My good ol’ buddy from high school (and JPL Media Producer) Stephen Epstein takes me on an extraordinary private tour of the NASA research and development center located in La Cañada Flintridge, California. I was humbled and in awe. Space out and ENJOY.
Click the pic of Curiosity n’ me below and GO:
WINE PAIRING: Since JPL is all about exploration of the universe, check out the Gold Medal-winning 2014 Marlborough Sauvignon Blanc from Odyssey wines. Otherworldly!


Satellites have become an indispensable part of modern communication, powering the functions of radio stations, television broadcasts, mapping, and simulcast coverage of live events in most parts of the world.
The first American satellite, Explorer 1, was launched into space on 31st of January 1958, during the height of the space age when the USSR and USA were competing to advance the studies and explorations of astronomical pursuits.
Soviet Russia had already launched Sputnik 1 & 2 by the time of America’s foray into satellite technology, spurring American space agencies to act decisively.
Explorer 1 was delivered into space by a US Juno Army rocket, also known as Jupiter-C. The satellite was originally intended to be launched with the Vanguard rocket by the US Navy but the device had exploded in its trial run, leading to the media satirizing the event as “Kaputnik”.
A main component on Explorer 1, called the cosmic ray detector, was invented by James Van Allen in the University of Iowa, which spotted the first discovery in space: radiation belts surrounding the Earth.
Scientists establish this as a major discovery, inferring the belt to be a natural buffer of the Earth, keeping out cosmic rays and making the planet hospitable for life.


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HP-24 - KITPLANES
Oct 27, 2013 & 0183;& 32;However, in the ’80s, this was sometimes what Experimental aviation looked like—and sometimes still does. Things have changed substantially since the Eaglet was designed. An example of just how far homebuilt sailplanes and motorgliders have come is Bob Kuykendall’s HP-24, a high-performance, 15-meter glider aimed at the Experimental market.评论数: 1
Home Canada Aviation and Space Museum
Aug 05, 2021 & 0183;& 32;About Canada Aviation and Space Museum Lo ed on a former military air base just five kilometers from the Prime Minister’s residence at 24 Sus Drive in Ottawa, the Canada Aviation and Space Museum focuses on aviation in Canada within an international context – from its beginnings in 1909 to today.
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Recognize someone for their military service in the Air Force with our stainless steel plaques. The plaques in this series are chrome plated, and have an engraved area for any details you provide.
The plaque measures 10.5 inches wide, 13 inches tall and .25 inch thick.
The back includes a keyhole to hang the award plaque.
This is part of our HERO series. Available for Army, Air Force, Marines, Firefighter, EMT, Police and Sheriff.


Description: As big as a bottle of water when folded, the Mavic Pro is the most portable, powerful and sophisticated UAV in DJI's portfolio. It boasts 7km wide video transmission system, the smallest 3-axis stabilization gimbal, the no-compromise 4K UHD camera. It can reach the speed of 18 m/s and even fly up to 27 minutes. Additionally, the redundancy of the sensor provides you with twice safer flight.
Main Features: - Wonderful portability The drone only weighs 743g and has the same size as a bottle of water when folded. - Unprecedentedly wide transmission range The brand new Ocusync system enables 1080P / 720P video streaming in the real time within the range of 7km. - Long-lasting thrill Impressively, the quadcopter moves 18 m/s and its flight can last for 27 minutes at a speed of 25 m/s ( 15.5 mph ) in no wind condition, which you'd never seen in a mini multirotor. - Exceptional reliability Armed with 4 vision cameras, it can detect obstacles 15m in front and avoid them while flying as quickly as 36kph ( 22 mph ). Similarly, with the sensor number doubled, the flight is twice safer than any other drone. - Precise positioning The Mavic Pro hovers accurately both indoors and outdoors thanks to its marvelous 3D vision positioning and GPS / GLONASS. - Intelligent flight modes The drone is omnipotent in offering all kinds of modes to meet your demands, such as ActiveTrack, Gesture Mode, Tripod Mode, Sport Mode and so on. You can turn on Gesture Mode and wave at Mavic Pro to take a selfie, resort to Tripod Mode to slow down the drone indoors ( less than 1 m/s ), or even keep the drone flying at a certain altitude above the uneven roads. - Truly flexible and immersive In addition to Tap to Fly via your mobile devices, the drone also supports control without hands. Therefore, after putting on DJI Goggles that come with two 85 degree FOV 1080P screens, you are able to fly and see like a bird.
Specifications: Aircraft Folded size: 198 x 83 x 83mm Diagonal size ( excluding propellers ): 335mm Weight ( including battery and propellers ): 1.62lbs / 734g ( excluding gimbal cover ), 1.64lbs / 743g ( including gimbal cover ) Max. ascent speed: 16.4 ft/s ( 5 m/s ) in Sport mode Max. descent speed: 9.8 ft/s ( 3 m/s ) Max. speed: 40 mph ( 65 kph ) in Sport Mode without wind Max. service ceiling above sea level: 16404 feet ( 5000m ) Max. flight time: 27 minutes ( 0 wind, at a consistent 15.5 mph / 25 kph ) Max. hovering time: 24 minutes ( 0 wind ) Overall flight time: 21 munites ( in normal flight, 15 percent remaining battery level ) Max flight distance: 8mi. / 13km ( 0 wind ) Operating temperature: 32 to 104 Deg.F / 0 to 40 Deg.C GPS mode: GPS / GLONASS
Radio Transmitter Operating frequency: 2.4 - 2.483 GHz Max. transmission distance: FCC Compliant: 4.3mi. / 7km; CE Compliant: 2.5mi. / 4km ( unobstructed, free of interference ) Operating temperature: 32 - 104 Deg.F / 0 - 40 Deg.C Battery: 2970mAh LiPo ( built-in ) Transmitter power ( EIRP ): FCC: less than 26dBm; CE: less than 20dBm Operating voltage: 950mA at 3.7V Supported mobile device size: 6.5 - 8.5mm thick, 160mm long, with Lightning, Micro USB ( Type-B ), USB ( Type-C )
Brand: DJI Type: Quadcopter Model: Mavic Pro Features: Radio Control Functions: Camera,FPV,Hover,Panorama Shot,Point of Interest,Selfie,Sense and Avoid,Slow down,Sport Mode,Tap to Fly,Visual Tracking,Waypoints Diagonal Length: 335mm Max Flying Height: 734g ( excluding gimbal cover ), 743g ( including gimbal cover ) Max Speed: 5 m/s in Sport Mode Max Ascent Speed: 3 m/s Max Descent Speed: 65 kph / 40 mph ( in Sport Mode without wind ) Built-in Gyro: Yes Kit Types: RTF Level: Advanced Level Age: Above 14 years old
Remote Control: 2.4GHz Wireless Remote Control Channel: Unknown FPV Distance: 7km / 4.3 miles Transmitter Power: Rechargeable Battery(included) Model Power: Built-in rechargeable battery
Camera Pixels: 12.71MP ( total pixels ), 12.35MP ( effective pixels ) Video Resolution: C4K: 4096 × 2160; 4K: 3840×2160; 2.7K: 2704 x 1520; FHD: 1920×1080; HD: 1280 x 720
Package weight: 1.965 kg Product size (L x W x H): 19.80 x 8.30 x 8.30 cm / 7.8 x 3.27 x 3.27 inches Package size (L x W x H): 26.00 x 26.00 x 12.00 cm / 10.24 x 10.24 x 4.72 inches
Package Contents: 1 x Aircraft ( Built-in Battery ), 1 x Transmitter, 6 x Spare Propeller, 1 x Charger, 1 x Power Cable, 1 x Connection Cable, 1 x Set of English Manuals
Product Safety Disclaimer:
We do not accept any responsibility or liability for misuse of this or any other product. All our products are extensively tested to comply with rigorous and strict QC standards. For certain products (e.g. toys, knives, etc.), we recommend proper supervision as we cannot be held liable for misuse or accidents.
Please ensure the RC device is correctly calibrated before first time use. Any damage caused by misuse and/or general wear and tear is not covered by the warranty.
Small Parts Disclaimer:
These toys contain small parts, not for children under 3 years in case of swallowing or choking . We do not accept any responsibility or liability for misuse of this or any other product.


2 edition of Precision controllability of the FY-17 airplane found in the catalog.
Precision controllability of the FY-17 airplane
Thomas R. Sisk
by National Aeronautics and Space Administration, Scientific and Technical Information Office, For sale by the National Technical Information Service] in Washington, D.C, [Springfield, Va
Written in English
|Statement||Thomas R. Siskand Neil Matheny.|
|Series||Hugh L. NASA technical paper -- 1677.|
|Contributions||Matheny, Neil W., United States. National Aeronautics and Space Administration. Scientific and Technical Information Office., Hugh L. Hugh L. Dryden Flight Research Center.|
|The Physical Object|
|Pagination||31 p. :|
|Number of Pages||31|
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Of men and women
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collection of acts and ordinances of general use, made in the Parliament ... 1640-1656
Continuity and change
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Macromolecules (Foundations of Modern Biochemistry)
Precision controllability of the FY airplane (NASA technical paper) [Sisk, Thomas R] on *FREE* shipping on qualifying offers. Precision controllability of the FY airplane Author: Thomas R Sisk. Buy Precision controllability of the FY airplane (NASA technical paper) by Thomas R Sisk (ISBN:) from Amazon's Book Store.
Everyday low prices and free delivery on eligible : Thomas R Sisk. University of Oklahoma Libraries. Services. Navigate; Linked Data; Dashboard; Tools / Extras; Stats; Share.
Social. Mail. r z feb 16 maradmin /16 msgid/genadmin,usmtf,/cmc washington dc avn app// subj/fy17 marine helicopter squadron one rotary wing and tiltrotor pilot selection panel//. Full text of "Technology Development for Army Unmanned Ground Vehicles" See other formats. The aircraft, they say, can be used for everything from precision agriculture to police work.
That made last week’s conference, held at a Washington, D.C., convention center, something of a beauty contest. NASA Astrophysics Technology Needs. NASA Technical Reports Server (NTRS) Stahl, H. Philip. JulyNASA Office of Chief Technologist (OCT) initiated an activity to.
Federal Register Vol. 83, No [FR Doc. Filed ; am] BILLING CODE P DEPARTMENT OF TRANSPORTATION Federal Aviation Administration 14 CFR Part 39 [Docket No. FAA; Product Identifier CEAD; Amendment ; AD ] RIN AA64 Airworthiness Directives; Learjet, Inc. Airplanes AGENCY: Federal Aviation Administration.
Emission Control Technologies for Thermal Power Plants. NASA Astrophysics Data System (ADS) Nihalani, S. A.; Mishra, Y.; Juremalani, J. Coal thermal power plants are o. Handling qualities of augumented aircraft. Full text of "Monthly catalog of United States government publications" See other formats.


Space Environmental Viewing and Analysis Network
|Sevan is largely continued within the framework of IHY. The IHY concluded in February, 2009, but was continued via the International Space Weather Initiative (ISWI).
ISWI is a program of international cooperation to advance the space weather science by a combination of instrument deployment, analysis and interpretation of space weather data from the deployed instruments in conjunction with space data, and communicate the results to the public and students. ISWI is a follow-up activity to the successful IHY 2007, but focusing exclusively on space weather.More...
The goal of the ISWI is to develop the scientific insight necessary to understand the science, and to reconstruct and forecast near-Earth space weather. This includes instrumentation, data analysis, modeling, education, training, and public outreach.
The SEVAN network consists of hybrid detectors registering charged and neutral components of secondary cosmic rays. The network detects changing fluxes of different species of secondary cosmic rays at different altitudes and latitudes, thus turning into a powerful integrated device used to explore solar modulation effects. To facilitate SEVAN network creation, Cosmic Ray Division (CRD) of the Yerevan Physics Institute
designs the basic SEVAN particle detector module, front-end electronics and advanced data acquisition system (ADAS). The CRD provides scintillator slabs, photomultipliers, electronics and ADS the host institutions.
The host institutions, provides steel frame of the detector, lead filter and scintillator housings. Host institutions also are responsible for providing SEVAN detectors with uninterruptible Internet connection and electricity. CRD provides multivariate data visualization and analysis tools (see ADEI interface in the left menu). The on-line data from all 7 operating SEVAN sites are posted on-line (see the left menu) and could be downloaded from ADEI.
Worldwide network of particle detectors SEVAN; 10 years ofoperation (A. Chilingarian, T. Karapetyan)
Croatian Activities in Solar-Terrestrial Physics (SCOSTEP/PRESTO NEWSLETTER) 2020 (Dragan Rosa, Mateja Dumbović)


Image Credit: NASA Goddard Space Flight Center /Scientific Visualization Studio
Published: October 18, 2022
The Moon moves right to left, passing through the penumbra and umbra, leaving in its wake an eclipse diagram with the times at various stages of the eclipse.
For more on the November 8, 2022 lunar eclipse
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I’m not happy when I need to fly somewhere.
I love going to new places and traveling, but I don’t like the security lines, the endless rules, or the cramped and stuffy quarters of the plane. Flying on a commercial airliner is our collective source of complaints.
But it felt different flying in a biplane. When I visited Orlando, I went to Fantasy of Flight, a museum with hangars full of World War I and II airplanes. The museum is owned by one man who just really likes aviation. If you’re ever around Central Florida, I recommend this museum. I’ve gone twice.
For a fee, Fantasy of Flight offers biplane rides through a third-party contractor. My boyfriend and I donned our caps and goggles and rode in a 1929 New Standard D-25, a plane made for joyrides.
I’m used to stuffy passenger cabins where you forget about the elements outside your window once you close the shade. In this open-cockpit plane, the wind whipped my face, and you were forced to notice everything. The views of marshes below, the oily residue from the propeller that coated your face, and the wind that made it too loud to speak (those movies showing people talking in open-cockpit planes are lying).
After a 15-minute ride, I could see why people adore flying and spend so much time and money to do it. (The woman who signed us up for the flight said it costs $10,000 to get a pilot license.) It’s exhilarating. The flight was a far cry from the cramped quarters of those commercial planes we all ride.
It isn’t often that we fly for fun.
Besides, flying in an 84-year-old biplane makes you feel like a time-traveler.


Royal Air Maroc Flights 2011-2018. All rights reserved.
We are authorized dealers for Royal Air Maroc based in UK. This Web Site should not be considered our representation of the Airline rather a means to provide options for worldwide flights and promotes sales.
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Founded in 1957, Royal Air Maroc is the national airline of Morocco with its headquarters situated in Casablanca. Royal Air Maroc mainly operates from Casablanca for its international flights from Morocco to Africa, Asia, North America and Europe along with a domestic charter network. The hub for Royal Air Maroc UK flights is Mohammed V International Airport in Casablanca (Morocco). Royal Air Maroc is facilitated with highly advanced air craft which contains more than 40 B 737 with a variety of Airbus A 321. Royal Air Maroc is the only African airline having Boeing 787 in its fleet. Royal Air Maroc made a record in 2008 of transporting 6.33 million passengers to their desired destinations. Royal Air Maroc contains a strong standing among the best airlines in Africa, Asia and Europe because of its excellent services.
Royal Air Maroc flies from London Heathrow & London Gatwick everyday.
Royal Air Maroc Flights & Deals:
Royal Air Maroc has a variety of cheap tickets, cheap deals and cheap flights particularly for Accra, Banjul, Conakry, Dakar, Freetown, Lagos, Lome, Niamey, Ouagadougou. Royal Air Maroc flights are considered to be safest & best cheap tickets options from UK. Royal Air Maroc becomes Africa's top grade Airline with a fleet of 45 Aircrafts and 41 Aircrafts on order.
Royal Air Maroc Routes:
Casablanca is the hub of Royal Air Maroc. Flights fly from Casablanca to the major destinations of Africa including Accra, Banjul, Conakry, Dakar, Freetown, Lagos, Lome, Niamey, Ouagadougou. Royal Air Maroc flights are considered to be the safest among all the Africian Airlines.
Royal Air Maroc UK Exclusive
Royal Air Maroc extends its services to all continents and their major destinations. Travelers can fly from Morocco to any country in Asia, Africa, North America, Middle East, Far East and Europe. Facilitating its customers with the lowest airfares, the airline has specially trained staff to serve the passengers with high quality services. Royal Air Maroc offers special discount deals, Last minute flights, special discounted business and economy class tickets to its customers without compromising on the service quality extended.
Royal Air Maroc Baggage Policy:
Royal Air Maroc Economy class passengers are allowed 1-Pieces of checked in baggage of 30 Kgs of hand lagguage.
Despite the increased costs of operating the airline, Royal air Maroc has proved to be consistent in providing cheapest flights to all its destinations. Cheap economy class tickets have always been a unique proposition of the airline. Royal Air Maroc UK has always been the pioneer in providing passengers with the best air fare deals for their African destinations with Royal Air Maroc.


Whether a home-built kit or off the shelf, Small Unmanned Ariel Systems (SUAS) functionality can range quite considerably in terms of ability, endurance and payload capacity. This course is designed to teach the capabilities and threats of commonly accessible drone technology.
What will you learn?
- Understanding Drone technology
- CAA Regulations
- Battery limits
- Drone threats
- Drone detection and counter measures
- Understanding Radio Frequency (RF)
- Drone mitigation
- Tools available for jamming, radar ballistic and capture
- Practical demonstrations
£395.00 + VAT


Space weather describes conditions in the region of space close to earth especially the presence of electromagnetic radiation and charged particles emitted by the sun that can affect technology with the potential to endanger human life or health. Space weather includes solar wind, solar flares, and coronal mass ejections. Solar flares affect the ionosphere with magnetic energy disrupting satellites, communication equipment, and radio navigation.
Heliophysics is the science of space weather. The earth’s magnetic field can be disrupted by solar flares and storms that create an electromagnetic pulse (EMP) damaging electronic devices, communication systems, power grids, and global positioning systems. Magnetic storms around our plant affect earth’s magnetosphere, upper atmosphere and disrupt our technology infrastructure. In addition to communication disruptions and power line surges, radiation hazards, orbital satellite degradation and oil pipeline corrosion are also impacted by magnetic storms.
U.S. Power Grid System
Space weather forecasting is conducted by NASA partnering with the National Oceanic and Atmospheric Administration (NOAA) and the information is available to the public through websites and apps. NOAA’s Space Weather Prediction Center is the nation’s official source for space weather solar and geophysical event alerts, watches, and warnings. They study the sun’s 11-year solar cycle, solar flares, CMEs, and the solar wind. NASA also maintains a fleet of heliophysics spacecraft to monitor the sun, geospace, and the environment between the sun and the Earth.
The Commission to Assess the Threat to the United States from EMP recently published a report with recommendations to protect the nation’s power grid and other critical infrastructure like high voltage transformers and the SCADA system.
State-Owned Facilities and Insured Value
Technological infrastructure affected by space weather
In the mid-1800's disruptions of the telegraph system by solar flares were recorded including one event on September 2, 1859 when telegraph service was disrupted for several days by a severe solar storm.
When radio was invented in the early 1900's operators noticed that the sun interfered with radio transmissions.
A geomagnetic storm CME ejected from the sun on March 9, 1989 caused transformer failure and the collapse of the Hydro-Québec power network on March 13, 1989 leading to a nine hour blackout that affected over 6 million people.
In the 1960's space weather caused problems including outages and loss of data for weather satellites. The term space weather was coined to define this solar activity.
Magnetic storms also cause:
- Aurora borealis, the northern lights, and aurora australis, the southern lights
- Communication disruptions
- Radiation hazards to orbiting astronauts and spacecraft
- Current surges in power lines
- Orbital satellite degradation
- Corrosion of oil pipelines
As society's reliance on technological systems grows, so does our vulnerability to space weather. The ultimate goal in studying space weather is to develop the ability to foretell events and conditions on the Sun before they reach Earth to warn the public and affected infrastructure about space weather events that may produce potentially harmful effects on society and the economy. If we can create a warning system with sufficient advanced notice and reliable accuracy then preventive or mitigating actions can be taken.


Find the best hidden options to fly.
Only the best airlines flying directly to Malaga.
Get direct (non-stop) flight ticket from $122.
What is the cheapest ticket price to Malaga from Brussels?
The cheapest non stop flight cost nearly $122.
Do I need to change currency before flying to Malaga?
No, you don't need to change currency. You can use EUR in Malaga.
Will I arrive to Malaga Airport in Malaga?
Yes, flying from Brussels you can arrive only to Malaga Airport
How many airports I can fly from Brussels to Malaga?
There are 2 airports in Brussels that have direct flights to Malaga: Brussels Airport, Charleroi Brussels South Airport.
How long does it take to fly nonstop from Brussels to Malaga?
Usually it takes 2 hours and 45 minutes to get to Malaga.
What airlines flying nonstop to Malaga?
There are 8 airlines flying this direction: TUI fly Belgium, Ryanair, Vueling, Brussels Airlines, All Nippon Airways, Iberia, Etihad Airways, Air Canada.


Impeccable aircraft! Is the only description. From "Freestyle Aerobatics" in a Pits Special to an enjoyable scenic flight in a "Classic" V-Tail Bonanza. Please click on the individual links below for further info regarding each aircraft.
Come enjoy the thrill of flight. “The Flying co.” has a variety of classic aircraft available for scenic flights as well as adrenaline packed aerobatic experiences.
Flight is an indescribable experience! There is no way of explaining the sensation. Unlike airline flying the visibility is great and the scenery can be studied as it floats past below. For the less faint-hearted aerobatics is truly an out of this world experience. From the high performance Pits Special to more docile Cessna or just a ride in the sky with the Waco Biplane we ensure a smile and a memory of a lifetime!


On-Board Courier Services
What is an On-Board Courier (OBC)? An OBC is a person who transports goods on-board a commercial flight. These can be goods from any sort of industry. For example within the aviation sector, an OBC could be a perfect solution for an Aircraft on Ground (AOG) situation. Or within the healthcare industry an OBC could be a safe and secure manner of transporting lifesaving medication.
We offer on-board courier service within the U.S. as well as abroad for deliveries that you'd like hand-carried or escorted from pick-up through delivery. On-board courier services are preferred by companies sending confidential, time-sensitive or critical care deliveries. We can customize our on-board courier service to your specific requirements and always follow all FAA guidelines to ensure a smooth delivery.
Why On-Board Couriers?
- The fastest transportation method available.
- Safety guaranteed as delivery stays in one pair of hands.
- No loss of shipment.
- Simplified procedures.
TSA Certified Courier Agent


I’m currently on a 13hr flight from Los Angeles —> Auckland.
Long flights are tough. But here’s a few tips to help you survive…
1) Bring a small gift or some nice candy for your flight attendant 👩✈. They will be surprised and hook you up with free beers and other goodies throughout your flight. (Today I bought my attendant 3 small Ferrero Rocher chocolates – it works, trust me)
2) Right after take-off, pretend to be dehydrated and faint. Try to fall down somewhere near the back of the plane if possible. The flight crew will then move you to an empty row of chairs and pamper you while you sleep for the entire flight. (On most international flights the 2-3 back rows are kept empty for sick people and crew to sleep)
3) Most important tip: Always maintain a Positive Mental Attitude on long flights. If you think your flight is gonna suck, it will suck!
You got any tips to share? I’m all ears.
*Photo by Giuseppe Famiani


AAT Engineering Solutions GmbH supports you from the very beginning of development to integration on the aircraft, including supplier management.
You will have only one point of contact to receive your “turnkey“ engineering solution.
We support you in the following areas:
- Aircraft cabin redesign, configuration und certification
- Aircraft cabin and cabin systems (software and hardware) development and evaluation
- Aircraft Recycling: we organize the whole process of the recycling of your aircraft


Celebrating the anniversary of the Apollo 11 moon landing mission, the Commemorative Mission Crewneck presents the ‘Shrinking Globe, Expanding Universe” mantra alongside a seasonal commemorative mission screenprint graphic that can also be found on the Commemorative Mission T-Shirt.
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Size & Fit: Regular fit so stay true to size.


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Whether it's becoming a private or professional commerical pilot or flying for your first time, Maverick Aviation has you covered.
Robokai has been amazing for my 10-year-old son, who enjoys coding and engineering projects. The instructors are top-notch and do a great job creating a positive atmosphere for the kids. Highly recommend!
— Lindsay Hill Sherrard, RoboKai Mom
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Commercial drones will take to UK skies, as Covid accelerates disruptive tech in aerospace. Challenges posed by Covid are accelerating the willingness. There is not a requirement to hold a permission or license to fly a drone for commercial use, however, you may still need a certificate or an authorisation. PwC: Building Trust in Commercial Drones. mavic 2, drone, dynamicjpg. “Only 43% think industry is using commercial drones effectively”. UK Commercial Drone Market: Valued at around £ billion in , the market is expected to grow at a CAGR of 25% until Recreational Drone Usage: Over. Matrice RTK. Latest flagship commercial-grade drone with upgraded safety and stability design and the latest transmission technology.
Nationwide Drones is the UK's only consortium of professional drone operators, providing national coverage for all of your inspection, surveying and media needs. commercial drone operators for hire across the United Kingdom. Drone Safe Register™ offers instant quotes from professional pilots across the UK, direct. heliguy™, the UK's largest one-stop-shop drone provider, is perfectly placed to offer Full Stack, thanks to our years of experience, dedicated account managers. Drones for sale for all budgets, commercial and hobby drones. The best online drone shop in the UK. EDINBURGH DRONE COMPANY – How much does a commercial drone cost(UK)?. As drone enthusiasts, we thought we would share some knowledge we have picked up along. Buy Drones and UAV's online from UK based AlphaGeo. Find commercial drones, unmanned aerial vehicles and more, for professional, commercial and business. General Rules for Flying a Drone in the United Kingdom · Commercial drone operations in the U.K. require permission from the CAA. · Insurance is required for all. PROMOTE U.S. global leadership in advanced aviation. · ADVOCATE for the commercial use of drones by safely reducing regulatory barriers to enable this game-. Its Advancing airborne autonomy: use of commercial drones in the UK vision was launched today at the Farnborough Air Show. commercial-drones-in-the-uk. Share. UK Commercial UAV Guide. Best Commercial Drones to Buy in UK Commercial Drones Buying Guide, Find the Best Commercial UAV in UK for Business & Industry. RUAS is one of the leading innovators of commercial drone services in the industry, utilising high-quality aircraft and data processing.
The Drones market in the United Kingdom is projected to grow by % () resulting in a market volume of US$m in Find the perfect drone for your needs at Coptrz. Our extensive collection includes drones for every purpose, ensuring top-notch performance and reliability. Yes, it is legal to fly a drone over private property in unrestricted airspace in the UK. You must keep at least meters away from residential, recreational. Requirements to apply for a commercial license in the UK. Since December 31st, , you are not required to have a specific drone license to use your drone for. Building trust in drones. Drone technology presents a huge opportunity for both businesses and society. To deliver on this, it is important businesses see and. Its Advancing airborne autonomy: use of commercial drones in the UK vision was launched today at the Farnborough Air Show. commercial-drones-in-the-uk. Share. A top level guide to flying drones and model aircraft in the UK. However, all commercial drone flights require valid insurance cover. Any. Commercial Drones · DJI M RTK · Advanced / Enterprise Drones. £10, View Details · Parrot ANAFI Ai · Advanced / Enterprise Drones. £4, View. Drone operators must be at least 12 years old to fly independently; Drones are not permitted to fly higher than feet ( meters); Operators must maintain a.
The CAA Approved Commercial Drone Training Course to qualify for your GVC (was PfCO) and A2CofC online and at locations across the UK. Flyby Technology is the. Drone Industry Insights says the drone market in the United Kingdom is among the top in the world, with significant potential for growth. Recent estimates project that, by , drones will have a significant impact on the UK economy. The UAV industry is poised to increase the UK's GDP by £ Most drones that have seen action in Ukraine are loitering munitions – commonly referred to as 'kamikaze' or 'suicide' drones. They're designed to hover and. A commercial drone—also called a professional drone—is any drone that is used for work. This means that commercial drones include both those professional.
Our commercial drone insurance includes expert liability and hull protection for commercial drone users. UK-based support. Call us on or get a. The RAF began using MQ-9 Reaper drones in Afghanistan in October with the first British drone strike taking place at the end of May After a UK Reaper. Master the Unseen. Learn More · Buy Now. Enterprise Small Commercial Drones United KingdomEnglish. Middle East. UAEEnglish. North America. CanadaEnglish.


See table for salaries.
Average Air Pilots’, Flight Engineers’ and Flying Instructors’ Salary in Canada
The table below details the hourly wages for Air Pilots, Flight Engineers and Flying Instructors.
The Canadian national occupation classification code (NOC) for this role is 2271.
Job titles and exact duties vary in this occupation and examples of some job titles are: airline pilot, flying instructor, flight engineer, helicopter pilot and test pilot.
According to the latest figures, the highest hourly average (median) wages are earned in Saskatoon / Biggar, Saskatchewan at $45.19 per hour and the lowest average (median) wages are earned in Vancouver / Lower Mainland Southwest, British Columbia at $27.97 per hour.
A typical full-time annual salary for this occupation is in the region of $60,000 – $80,000.
Employment prospects for airline pilots, flying instructors and flight engineers are good in Canada. The government forecasts that there will be too few job seekers to fill job vacancies in this profession for the near future. Fuel costs play a large part in determining expansion demand for this profession.
Average Hourly (Median) Wages for Air Pilots, Flight Engineers and Flying Instructors in Canada
$ per hr
$ per hr
$ per hr
|Calgary – Alberta*(1)||23.22||28.87||62.50||2017|
|Edmonton – Alberta*||23.22||28.87||55.23||2017|
|Vancouver / Lower Mainland Southwest – British Columbia||15.39||27.97||51.92||2013|
|Winnipeg – Manitoba||18.27||36.20||62.50||2015|
|Fredericton / Oromocto – New Brunswick||17.94||34.00||56.41||2013|
|Halifax – Nova Scotia||21.35||35.00||72.12||2015|
|Toronto – Ontario(1)||17.55||36.54||70.43||2016|
|Ottawa – Ontario||17.55||36.54||70.43||2016|
|Windsor / Sarnia – Ontario||17.55||36.54||70.43||2016|
|Kitchener / Waterloo / Barrie – Ontario(1)||17.55||36.54||70.43||2016|
|Prince Edward Island||–||–||–||–|
|Montreal – Quebec||15.50||40.87||48.08||2016|
|Saskatoon / Biggar – Saskatchewan(1)*||28.37||45.19||84.92||2011|
The 2018 full-time average hourly wage rate for technical occupations related to natural and applied sciences, which includes air pilots, flight engineers and flying instructors, is $32.47. The 2018 corresponding median weekly wage rate is $1,190, giving an approximate full-time annual salary for this employment group of $62,000.


New flight service from Detroit to Mexico City
ROMULUS, Mich. (WXYZ) – Aeromexico is launching a new daily, nonstop service between Detroit Metropolitan Wayne County Airport and Mexico City, Mexico. It starts April 1st, 2017. New daily service to Monterrey, Mexico (MTY) will begin May 1st, 2017.
There will be a ribbon cutting ceremony April 3rd to ring in the new flight service. It will hapen at 3pm at the Westin Hotel at Metro Airport.
Aeromexico Flight 430 from Mexico City is scheduled to arrive in Detroit at 2:20 p.m. on April 3rd. The Airport Authority Fire Department will greet the aircraft with a traditional water cannon salute as the plane taxis to Gate A-28 at the McNamara Terminal.


Okay…I’m back. Did you miss me? I am happy to report that we have a new computer power cord that so far hasn’t been eaten by Wrigley. We’ll see how long this one lasts. Anyway, as you know, last Monday was our one year wedding anniversary. To celebrate we went on a hot air balloon ride! We were supposed to go on one during our honeymoon, but it was canceled because of bad weather. So the husband had the great idea to try again for our anniversary. We were worried because it rained all weekend…but amazingly on Monday it was perfect weather for a balloon ride.
Getting ready to blow up the balloon. The pilot that took us up works for remax on the side, so he used their balloon for this trip.
Then they switch to the heat. I was a little nervous for the husband….I was scared he was going to catch on fire! (But he was fine.)
This was the scary part. The team has to hold the balloon down while the pilot completes the inflation. I was nervous he was going to fly away! This photo was snapped right before they gave me the signal to climb in.
And in a matter of a few seconds we were up in the air! It was a really smooth take off. These people came to see us off. They just pulled over when they saw the balloon and got out to watch!
The balloon right after we landed. They had the other team members (aka, the “chaser crew”) follow us from the ground so they could be there to help with the landing. The pilot never knows exactly where he will land, it all depends on the wind speed and direction. We learned you have to be really in to the weather and navigation to be a hot air balloon pilot!
The landing was a little bit bumpy. We landed in a field out in front of a Marriott hotel. The chaser crew helped bounce us to a good spot and then held down the balloon down so we could get out.


— OR —
BAE Systems is a global defence, aerospace and security company employing around 88,200 people worldwide. The company’s products and services cover air, land and naval forces, as well as advanced electronics, security, information technology, and support services.
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A few days ago I posted about how a Le Mans racing team copes with a wheel falling off.
Here is a variation from the world of aviation with a surprising twist.
The landing gear on many airliners is unsafe for landing on soft grass in an emergency because it DOESN'T break
New Scientist blog
Whilst we are talking about aircraft there is a gem of an idea buried halfway down this article, along with a link to a great video of a 777 landing in a crosswind.
Test pilots don't just check what happens if something breaks - they also check what happens if something breaks and the pilot does the wrong thing in response!
You know, the way we check what happens if a dual power supply fails and the engineer takes out the wrong one to repair and then design a procedure to stop it happening for real.


State Of Cybersecurity Industry: Software Transparency in Aviation Infrastructure E07
Transparency in aviation infrastructure is fundamental to the safety and reliability of modern air travel. As software has become critical to aviation safety and reliability, the need for similar transparency has become more evident. Join us as we discuss how the introduction of Software Bills of Materials (SBOM) supports our shared interest in safe and reliable aviation infrastructure.
The panelists include Tony Cole, Chief Technology Officer at Attivo Networks, Inc. , Doctor Chris Wood, Lockheed Martin Fellow and Michael Yelland, Chief Security Research Officer. The panel will be moderated by Evgeniy Kharam, VP of Cybersecurity Solution Architecture.
Event Type: Webinars
65 International Blvd. Suite 202 Toronto, ON, Canada. M9W 6L9


The European Innovation Council (EIC) Pilot has been funding multiple projects dealing with New Space technologies over the years.
Aerospace, Internet of Things, telecommunications, Earth observation, agriculture: these are only few of the domains that the funded companies are revolutionising thanks to their disruptive work. Here there is an overview of some of these innovation actors and their – literally – out-of-this-planet technologies.
Arralis products are now used in both terrestrial and space environments and its partners include the world’s largest aerospace, automotive, defence and communications companies.
Arralis designs are highly focused on the development and production of extremely complex, integrated microwave assemblies including antennae, up and down-converters and demodulators. The high-resolution radars and antennas Arralis produces find application in several domains such as autonomous vehicles, satellite communications, helicopter landing, space science and military defence.
Iceye provides easy and flexible access to Earth observation data. Its satellite constellation provides the users with accurate images of the desired location updated every hour. Furthermore, it makes it possible to look at the planet’s surface no matter the weather or lightning conditions.
Iceye’s technology has now found diverse applications on both land and sea. Pipeline monitoring, flood mapping, prevention of illegal fishing, oil spill monitoring and coastal security are just few of the domains that benefit from Iceye’s innovation.


“As SpaceX’s launch cadence and manifest for missions from Florida continues to grow, we are seeking to expand our capabilities and streamline operations to launch, land and re-fly our Falcon family of rockets,” SpaceX spokesman James Gleeson said in a statement.
The company is fresh off the debut of an enhanced version of its Falcon 9 rocket, called Block 5. SpaceX launched and landed its first Falcon 9 Block 5 on May 11, with Musk announcing plans for this new rocket to achieve a host of new milestones for SpaceX, including launching and landing the same rocket twice in 24 hours – as early as next year.
SpaceX is aiming for at least 24 launches this year, on pace to shatter its record 18 successful launches completed in 2017. The company has already completed 11 launches – including the debut of Falcon Heavy, the most powerful rocket in the world. President and COO Gwynne Shotwell told CNBC in May the company expects lower demand in 2019, with about the same number of launches expected as 2017.


Quest for Human Flight
Background of Wapolabs
Since 2020, Wapolabs, a beacon of innovation in research and development, has embarked on a pioneering journey to turn the centuries-old dream of human flight into reality. With a dedicated team of scientists and engineers, Wapolabs is not just a company; it’s a crucible where the future of human travel and exploration is being forged. Collaborations with top universities and research institutions amplify their quest, making Wapolabs a vanguard in this extraordinary field. The “Can Humans Fly Wapolabs” initiative stands as a testament to their dedication and innovative spirit.
The Research of Wapolabs
At the heart of Wapolabs’ endeavors are groundbreaking prototypes, designed for human flight. These marvels have been rigorously tested in varied conditions, including simulated zero-gravity environments. Beyond the technical marvels, Wapolabs is deeply invested in understanding the broader implications of human flight – from safety to economic impacts, opening a realm of possibilities for humanity.
The Future of Human Flight
Potential Implications of Human Flight
Imagine a world where boundaries blur – where distance and time shrink, making the farthest corners of the earth accessible. Human flight promises a revolution in travel: faster, more efficient, and astonishingly versatile. It’s not just about reaching destinations; it’s about reshaping the entire concept of movement, reducing environmental impact, and unlocking new avenues for recreation and discovery.
Challenges Associated with Human Flight
With great innovation comes great challenges. The paramount concern is safety – ensuring the well-being of passengers in skies untamed by such technology. Durability and cost-effectiveness are also crucial factors that Wapolabs is diligently addressing, ensuring that this revolutionary technology is not just a fantasy, but a feasible reality.
Towards the Skies
The journey to actualize human flight is multi-faceted. It involves refining technology for utmost safety and reliability, reducing costs for wider accessibility, and establishing regulations for responsible usage. Wapolabs stands at the forefront of these efforts, ensuring that the dream of human flight is realized in a way that benefits all.
Impact of Wapolabs
Economic and Environmental Paradigm Shift
Wapolabs’ venture into human flight isn’t just about conquering the skies; it’s about reshaping our world. The economic implications are vast, offering a potential decrease in transportation costs and a new industry brimming with opportunities. Environmentally, the move towards sustainable human flight could significantly reduce the carbon footprint of air travel, aligning with global efforts for a greener planet.
Human Flight and Society
The societal impact of human flight technology is profound. It has the potential to redefine urban design, decrease commuting times, and enhance emergency services. This technology could bridge remote areas, bringing them closer to essential services and opportunities. In essence, human flight could redefine the very fabric of how societies operate and interact.
Unleashing Human Potential
New Horizons in Recreation and Tourism
Wapolabs isn’t just looking at human flight as a mode of transportation; it’s envisioning a new era in recreation and tourism. Imagine soaring above landscapes, experiencing the world from a bird’s-eye view – a thrilling prospect that could revolutionize leisure activities.
The agility and speed of human flight technology could be a game-changer in search and rescue operations. Quick response times and access to hard-to-reach areas could save lives, making Wapolabs’ technology not just innovative, but humanitarian.
Challenges and Opportunities
One of the significant hurdles in realizing human flight is navigating the complex web of aviation regulations. Wapolabs is actively engaged with regulatory bodies, aiming to establish a safe and legal framework for human flight operations.
Overcoming Technical Challenges
The path to perfecting human flight involves overcoming numerous technical challenges. These include enhancing battery life for longer flights, improving aerodynamics for smoother travel, and developing robust materials to withstand various environmental conditions.
Public Perception and Acceptance
Gaining public trust and acceptance is crucial. Wapolabs is dedicated to educating and demonstrating the benefits and safety of human flight, aiming to integrate this technology seamlessly into everyday life.
Wapolabs at the Forefront
A Vision for the Future
Wapolabs is not just developing a technology; it’s nurturing a vision of the future. A future where distances shrink, where the skies become a pathway to unexplored opportunities, and where human potential is unleashed in ways never imagined.
Partnerships and Collaborations
To realize this vision, Wapolabs is collaborating with a wide range of stakeholders – from technology partners to regulatory authorities, and from academic institutions to environmental groups. These collaborations are vital in creating a holistic, well-rounded approach to bringing human flight into reality.
Wapolabs’ journey is one of constant evolution. With each prototype and each test, the company moves closer to making human flight a safe, efficient, and sustainable mode of transportation and exploration. This ongoing research and development are the cornerstones of Wapolabs’ commitment to innovation and excellence.
FAQs Related to Can Humans Fly Wapolabs
What is the current stage of Wapolabs’ human flight technology?
Wapolabs has developed several prototypes, each advancing closer to practical human flight, under rigorous testing conditions.
How does human flight technology impact the environment?
One of the goals is to minimize environmental impact, potentially offering a more sustainable alternative to current modes of air travel.
Is human flight safe?
Safety is the top priority. Wapolabs is dedicated to developing technology that ensures the utmost safety for passengers.
What are the potential applications of human flight?
Apart from transforming travel, human flight can open new avenues in recreation, rescue operations, and exploration.
How soon can we expect human flight to become a reality?
While timelines are subject to technological advancements and regulatory approvals, Wapolabs is making significant strides towards making human flight a near-future reality.
Human flight stands at the cusp of transforming how we perceive and experience travel and exploration. Wapolabs, with its relentless pursuit of innovation, has laid the groundwork for this new era. The journey ahead is laden with challenges, but the vision of a world transformed by human flight makes every effort worthwhile. The “Can Humans Fly Wapolabs” project symbolizes not just the capability to fly; it’s about transcending limits and soaring into a future filled with endless possibilities.


DOCUMENTING FLIGHT & REALIZING A DREAM
A personal documentation of my flight training and private pilot experiences. My name is Erick Lizenby and I am a Private Pilot who loves everything Aviation. This website is dedicated to General Aviation and everything that it entails. If you like this website, or the videos please follow us on social media using the links below. Thanks for visiting and I look forward to connecting with you!
Latest YouTube Video
Happy New Years! 2017 was an awesome year as I was able to accumulate over 40 hours of flight time as a private pilot. Having acquired my license in November of 2016, I was eager to get off the ground and explore! This particular flight was the first time I had flown in extremely cold temperatures. At takeoff the temp was 5 degrees, and the windchill had it down to -10. Flying in winter is fun but with it comes a whole new set of challenges! – Erick Lizenby
A live stream will periodically show when in flight or important events happen. Live stream will include cockpit audio, and views from the air. In the mean time feel free to check out my edited professional GoPro videos from YouTube channel.


The most unusual webcams (i.e. cameras transmitting live view to the internet) are undoubtedly the ones that are not on Earth at all! The International Space Station (ISS for short) is probably known to you – its launch in 1998 was a great event, and due to its research and prestige, it often appears in the media. Thanks to the development of technology in recent years it has also become possible to place a camera transmitting live image to the Internet on the space station! Actually, it is about several cameras placed on the station’s shell, thanks to which we can, without leaving our home, observe the breathtaking view of the Earth moving as if under our feet, as well as watch the cosmic walks of astronauts performing various works outside the station. This is undoubtedly a great attraction not only for space lovers – who is not curious what the Earth looks like from orbit? Since you cannot connect to the ISS for approx. 45 minutes a day, sometimes you are unlucky to watch pre-recorded footage. But is it really bad luck? Check out the cameras below!
ISS Live Camera
ISS – space station camera
ISS Space Walk – ISS Live Camera
Earth visible from the ISS
Can you see your native country from the ISS?
What do you think about such cosmic views? Share your impressions in the comments!


An anonymous Tumblr user asks, “What are the options for long distance travel in S&S? Is there something similar to the Drift?”
There are three types of space travel in S&S. The first is short range or orbital travel which is measured in a unit called Arcs. This is also the measurement used for spaceship combat.
The next type uses a unit called the Galarc (1,000,000 arcs). This distance is used for travel within star systems from planet to planet or from one star system to another close one. Often this travel takes days and will constitute the majority of travel time.
Finally, there is Faster Than Light travel which uses wormholes to launch the ship to another place in space (usually another Wormhole). This is how ships can traverse across the vast distances of space between galactic sectors. Wormholes are dangerous when not heavily regulated by a wormhole gate (a sort of space station that stabilize them and forces them to launch ships to the same place each time. The Galactic Coalition helps keep space traffic safe by helping monitor these Wormhole Gates.


Focus Fieldtrip Report
When: February 23, 2018
Where: Burns & McDonnell
Who: Astronaut Jack Fischer
What: Question & Answer Session
Why: Jack Fischer returned from almost 6 months in the International Space Station and we
wanted to learn about his experience in space and as an astronaut.
All the students in the Focus Program were invited to participate in this amazing question and answer presentation with Jack Fischer. It was exciting to learn about living in space, and learning that one of the most frustrating and difficult things for Astronaut to master in space was working with experiments and remembering that all materials need to be secured as everything floats in space! Thank you, Burns & McDonnell, for this inspiring opportunity!!


Flying Cross is published by the airmen of the Holy Cross Air Force ROTC unit and do not reflect official views of the Unit or the government. Articles in this issue discuss a new shoulder patch designed specifically for Holy Cross, the upcoming Presidential election, plans for the joint Air Force-Navy Ball, the formation of a drill team, Air University and recruitment for an Air Force band.
This is the only known extant issue. If you possess or have any information about other issues, please contact email@example.com.
Air Force Reserve Officers Training Corps, College of the Holy Cross, "Flying Cross, c. 1952" (1952). Flying Cross. 1.


Established in 1957, the Olympic Air Airlines is a national airline from Greece and runs direct air flights to several destinations around the globe out of Greece. Olympic Air Airlines runs out of the following locations: Athens International Airport, Thessaloniki International Airport, Rhodes International Airport.
Olympic Air operates flights to nearly 40 domestic and international airports covering many large or medium cities, especially Crete, Larnaca, Thessaloniki, Rhodes, Santorini (Thira) and Mytilene.
Gain access to the Olympic Air Airlines website, along with flight ticket bookings, flight schedules, live Olympic Air flight status, Olympic Air flight fare deals, airfare vouchers, Olympic Air Airlines’ Travelair Club frequent flyer program and latest announcement about Olympic Air Airlines from this web site.
Other resources made available from this webpage contain Olympic Air Airlines luggage allowances, Olympic Air Airlines telephone numbers as well as airline offices contact information around the globe and Olympic Air Airlines jobs.
Being a top international airline, Olympic Air Airlines in addition provide, Web check In for passengers to confirm their flight ticket 4 hours ahead of flight departure, pre-book their flight seating together with flight meals which are available on Olympic Air flights.
Olympic Air Airlines tickets are generally arranged from major travel agents, online flight comparison websites in addition to Olympic Air Airlines offices worldwide. Olympic Air Airlines office telephone numbers around the world are listed here.
Olympic Air International Lounge is an airport lounge operated by Olympic Air Airlines offering private meeting rooms, telephone, facsimile, wireless Internet access as well as other business services. Airport lounges such as the Olympic Air International Lounge has provisions to boost level of comfort for example free of charge beverages and snack foods. At Olympic Air Airlines airport lounges, travelers will also find more comfortable seating, quieter surroundings and much better access to customer care representatives than in the airport terminal.
Olympic Air Airlines fleet operates approximately 24 airplanes and provide more flight routes through code share arrangements with other partner air carriers as well as alliances like "Star Alliance".
This web page is here to provide general information about the Olympic Air Airlines and has no affiliation with the Olympic Air Airlines or any Olympic Air Airlines’ subsidiaries. To find out more click on About Us
or Disclaimer Statement
All trademarks including that of Olympic Air Airlines remain property of their respective holders, and are used only to exclusively illustrate the products or services being supplied. Their use in no way implies any sort of relationship between Web Hosting Company Pty Ltd and the holders of said trademarks. No recommendation of Web hosting Company Pty Ltd or our products or services is expressed or implied by the mention of such trademarks.


drone digital photography is the capturing of video clip as well as still pictures by a remote-controlled or autonomously flown aerial vehicle (drone), called a remote aerial car (RUAV) or, more normally, as a drone. Drone digital photography allows the capture and playback of visual information that may or else not be feasible for specialist videographers and other human photographers. The term “drone digital photography” describes the application of push-button control flight operations to the surveillance of areas not obtainable to the public. A fantastic example of drone photography was used during the World war battlewagon Wisconsin in the US. A German U-boat struck the Wisconsin and also was rejected by the US ship. Regardless of the probabilities, the Wisconsin team managed to movie the whole interaction. This amazing video was later used in flicks and commercials, as well as has actually turned into one of the specifying photos of this important era of globe history. Aerial drones have additionally been utilized in war and peace time to take images and record occasions. For example, throughout the Hamas conflict in the summer of 2021, drones flew over the battling area to photo damage and also to record the aftermath. Israeli pressures additionally utilized these flying gadgets to scout out the target area before introducing a battery of missiles right into it. This kind of drone photography has boosted in appeal with noncombatant and armed forces organizations due to their capability to lower the number of casualties due to manned operations. As an example, as opposed to utilizing fighter planes to strike targets, the drones are able to locate and also shoot at a distance. Using airborne images, Google Maps can analyze and also highlights better pictures of a place or landmark. Drones can fly over specific landscapes and also take images at different elevations. They can also fly in specific areas as well as comply with a set path. They can browse via a structure or follow a person from factor A to point B. All of this is implemented by the capability for a drone to navigate making use of expert system. Utilizing drone photography, filmmakers can record activity series with a higher degree of accuracy than with a human. It is much easier to establish where the shot should go because of the greater range of an airplane can fly. The structure of a things can be made a lot more intriguing as well as appealing with the use of the appropriate tools as well as software application. This consists of the ability to control illumination and fpv strategies. As the usages for aerial digital photography expands, so too will certainly the number of companies offering this service. In addition to supplying drone digital photography for business objectives, firms may begin offering this solution for individual reasons. Children might use them to capture special memories, or amateur videographers may delight in the liberty as well as creativity they can develop with this type of cam. The selection is entirely approximately the customer. If you have an interest in either taking part in aerial photography or in creating your own personal video clips and photos, you might wish to consider this amazing brand-new modern technology. By using today’s cutting edge modern technologies as well as software application, drone usage offers a way to obtain premium quality shots that would not have actually been feasible without using these flying makers.


It was a fantasy in Plane Racing Madness to fly a heavily modified jet that is essentially a deadly weapon.
In this three-dimensional plane racing game, you will battle against other players in their aircraft. You will have to choose an airplane model at the beginning of the game. Each airplane model will differ in a specific set of technical characteristics. Furthermore, we will give your aircraft weapons. On the screen in front of you, both your aircraft and the aircraft of your opponents will then be visible as they fly through the sky. The many various kinds of obstacles that will be positioned on your route must be avoided while you fly along a predetermined course. You can navigate this process using the map.
How to play
- Player 1: Arrows, X, C, and n is one of two players.
- Player 2: W, A, S, and D


NASA Graduation: Major Jasmin Moghbeli
| Marine Corps Combat Development Command | January 13, 2020
Class of Astronauts
The 2017 Class of Astronauts poses for a portrait with Texas Senators John Cornyn and Ted Cruz at the Johnson Space Center in Houston, Texas. In the front row (from left) are, NASA astronauts Jonny Kim, Jessica Watkins, Kayla Barron, Jasmin Moghbeli, Loral O'Hara, Zena Cardman and Raja Chari. In the back row (from left) are, Canadian Space Agency (CSA) astronauts Joshua Kutryk and Jennifer Sidey-Gibbon, NASA astronaut Frank Rubio, Senators John Cornyn and Ted Cruz and NASA astronauts Matthew Dominick, Bob Hines and Warren Hoburg.
This is the first class of astronauts to graduate under the Artemis program and are now eligible for assignments to the International Space Station, Artemis missions to the Moon, and ultimately, missions to Mars.
Astronaut Jasmin Moghbeli
asmin Moghbeli was selected by NASA to join the 2017 Astronaut Candidate Class. She reported for duty in August 2017 and having completed the initial astronaut candidate training is now eligible for a mission assignment.. The New York native earned a Bachelor of Science degree in Aerospace Engineering with Information Technology at the Massachusetts Institute of Technology and a Master of Science in Engineering Science degree in Aerospace Engineering from the Naval Postgraduate School. Moghbeli, an AH-1W Super Cobra pilot and Marine Corps test pilot, has over 150 combat missions and 2,000 hours of flight time in over 25 different aircraft. She is also a distinguished graduate of the U.S. Naval Test Pilot School in Patuxent River, MD
Major Jasmin Moghbeli graduated from the NASA program being the 2nd female active duty officer astronaut in the Marine Corps.
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Marrakech hot air balloon
We will take you on a hot air balloon flight with a memorable view of the Berber villages. This activity is provided by the most experienced and professional pilots in the country, with a guaranteed professional service.
You will feel the excitement of a sparkling, festive hot air balloon flight over Marrakech’s traditional landscapes. Marrakech Balloon gives you an appointment for a half-day adventure in a hot air balloon in Marrakech just after sunrise.


Here are 7 airport runway close calls just this year
Transportation Secretary Pete Buttigieg acknowledged on Wednesday that there has been an “uptick in serious close calls” at U.S. airports, after reports emerged of another near collision at a Washington, D.C., airport last week.
“Initial information suggests that more mistakes than usual are happening across the system, on runways, at gates while planes are pushing back, in control towers, and on flight decks,” Buttigieg said at a Federal Aviation Administration (FAA) safety summit.
There have been at least seven close calls this year confirmed by the FAA or the National Transportation Safety Board (NTSB), and Buttigieg has said the U.S. is on track to have more than 20 close calls in 2023.
Here are seven close calls on U.S. runways so far this year:
Jan. 13: John F. Kennedy International Airport
A Delta Air Lines flight was forced to abort its takeoff midway at New York’s John F. Kennedy International Airport in January as an American Airlines flight crossed the same runway. Air traffic controllers scrambled to alert both flights, which eventually halted about 1,400 feet from one another.
According to a preliminary report from NTSB, the American Airlines flight crossed the runway without prior clearance from air traffic control.
Jan. 23: Daniel K. Inouye International Airport
The Daniel K. Inouye International Airport in Honolulu saw a near collision in late January when a United Airlines flight improperly crossed a runway as a cargo plane was attempting to land, the FAA said.
The two planes came within about 1,100 feet of each other. However, no “evasive action” was ultimately needed as the cargo plane was able to exit the runway early, according to an NTSB report on the incident.
Feb. 4: Austin-Bergstrom International Airport
A FedEx cargo plane nearly landed on a runway at the Austin-Bergstrom International Airport in Texas last month as a Southwest Airlines flight was preparing to take off.
The FedEx pilot halted his landing and initiated a climb-out after an air traffic controller cleared the Southwest flight to depart from the same runway. The cargo plane was ultimately able to circle around and land several minutes later.
Feb. 16: Sarasota Bradenton International Airport
An Air Canada flight was cleared to take off from the same runway that an American Airlines flight was authorized to land on at Florida’s Sarasota Bradenton International Airport in mid-February.
The American Airlines flight discontinued its landing when the planes were about 3,100 feet apart, in response to a notification from air traffic control, according to the FAA.
Feb. 22: Hollywood Burbank Airport
A Mesa Airlines flight “executed a pilot-initiated go-around” in late February as a SkyWest Airlines flight was taking off from the same runway it was preparing to land on at the Hollywood Burbank Airport, formerly known as Bob Hope Airport, according to NTSB.
Feb. 27: Logan International Airport
A private charter jet nearly collided with a JetBlue plane at the Boston Logan International Airport late last month after the private jet took off without clearance as the passenger plane was preparing to land on an intersecting runway, according to the FAA.
Despite being instructed by air traffic control to wait on the runway while the other flight landed, the private charter plane began a takeoff roll, forcing the JetBlue plane to take “evasive action,” the agency said.
March 7: Ronald Reagan Washington National Airport
In the latest close call, a Republic Airways flight crossed a runway without clearance at D.C.’s Ronald Reagan Washington National Airport last week and blocked the path of a United Airlines flight that had been cleared to takeoff, according to the FAA.
An air traffic controller canceled the United flight’s takeoff clearance after noticing the situation. The Republic Airways pilot reportedly had been cleared to cross another runway but turned on the wrong taxiway, the FAA noted in a statement to The Hill.
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The realms of fashion and space exploration may seem worlds apart, but in recent years, we have witnessed an intriguing convergence of these two seemingly disparate fields. Fashion brands, driven by innovation and a desire to push boundaries, have embarked on groundbreaking collaborations with space missions, sending their products beyond the Earth’s atmosphere. Let’s explore the extraordinary partnerships between Chanel, Reebok, and Omega, and their forays into space, showcasing how these collaborations are shaping the future of fashion and technology.
Chanel: Defying Gravity, Redefining Cosmetics
In 2017, the prestigious fashion house Chanel joined forces with the French space agency, CNES, to embark on a unique experiment. Their mission was to explore the effects of space travel on cosmetic products. Specially designed Chanel lipstick and other cosmetic items were sent to the International Space Station (ISS) to investigate how microgravity and radiation impact the texture, color, and fragrance of these products. By venturing into space, Chanel aimed to gain invaluable insights that could revolutionize the development of durable and reliable cosmetic formulations, pushing the boundaries of beauty both on Earth and beyond.
Reebok: Stepping into the Cosmos with the Floatride Space Boot
In 2008, Reebok, renowned for its athletic footwear, undertook a groundbreaking collaboration with Space Adventures, a private space tourism company. Together, they created the “Reebok Floatride Space Boot SB-01,” a high-performance space boot tailored to meet the demands of astronauts in the microgravity environment.
Developed in close partnership with former NASA astronaut Alan Shepard, the SB-01 boots offered stability, comfort, and protection during space missions. These innovative boots underwent rigorous testing on the ISS, ensuring their functionality and suitability for the challenging conditions of space travel. Reebok’s audacious leap into space demonstrated their commitment to pushing the boundaries of footwear technology and providing astronauts with the utmost performance and reliability.
Omega: Timeless Elegance, Bound for the Stars
For decades, Omega has stood as a symbol of precision and sophistication in watchmaking. However, their journey into space began in 1969 when NASA extensively tested various watches for their durability and reliability. The Omega Speedmaster Professional, also known as the “Moonwatch,” emerged triumphant, becoming the first watch worn on the moon during the Apollo 11 mission.
This historic moment cemented the Speedmaster’s status as the official watch for NASA’s manned space missions. Since then, Omega watches have accompanied astronauts on numerous missions, including the Apollo program and space shuttle missions. The brand’s ongoing collaboration with space exploration not only showcases their technical prowess but also highlights their commitment to adventure and the pursuit of excellence.
The collaborations between fashion brands and space missions highlight the remarkable intersection of fashion, technology, and scientific exploration. Chanel’s cosmetics experiment, Reebok’s space boot development, and Omega’s enduring association with space travel demonstrate the progressive spirit of these brands as they venture into uncharted territories. These collaborations not only propel fashion and technology forward but also contribute to scientific research, pushing the boundaries of innovation and shaping the future of space exploration. As fashion and space continue to converge, our world eagerly awaits the next extraordinary partnerships that will further blur the lines between these seemingly disparate worlds.


GMAS Takes to the Air
Students from GMAS Aviation Course offered by the School have completed their practical flight test at Bunbury Aero Club with chief flying instructor Leith Williams. Students were required to demonstrate stall recovery, steep turns, take offs, flying compass headings and setting the aircraft up for landing configuration. The comments from students ranged from ‘awesome’ to ‘one of the best experiences of my life’.
Students are offered Aviation as an elective in Year 10 at Georgiana Molloy Anglican School where they can if they choose, partake in three scenic flights. In Year 11 students are offered either a practical flight test in an aircraft or the use of a simulator to complete the first part of the course. Students undertaking the Year 12 course put all they have learned into use. They are required to submit a flight plan and navigate in an aircraft.
Photo from left to right
Chief flying instructor Leith Williams,
Jake Nolan, Sam Foster and Ashley Gower


Rising View Aerial Drone Video & Photography
Rising View are one of the UK’s leading operators of Unmanned Aerial Systems (or drones) with full aerial permissions granted from the CAA.
We have offices in Glasgow, Edinburgh, Aberdeen and Dundee so can cover all of your needs in Scotland and also travel all over the United Kingdom.
We provide premium aerial media solutions using the latest Unmanned Aerial Vehicles (UAV) drone technology, offering a combination of stunning HD aerial filming and breathtaking aerial photography for a variety of different projects throughout the UK.
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E-ART-H is 20% off!
Software: Blender 2.7+
This course is delivered in PDF and source blend file.
You’ll learn the basics of Freestyle line set, object data manipulations, advance post-processing setup (render layer and compositor nodes).
Result of this course animated
[Video at 120MB size].
The Earth in 3000 AD is fully tracked. Nothing you do is unknown. On the surface of the Earth a triangular grid (formed by hundreds of towers) tracks your movements, and has the ability even to locate you up to hundreds of meters below sea level.
Some of the super rich by-pass this mass surveillance by going to space, forming the “Free Ring.” Hovering around Earth’s low orbit. Some think they are getting too powerful. Large corporations and governments on the surface see this as a massive air space security threat, so they have started the “Alliance of High Orbit Defense Network” [AHODNx], a tight green sphere of air space surveillance.
The race is on.


Liberty Robo-Lions Join with Astronauts to Celebrate Marylandís Place in Space
Release Date: 5/27/2009 9:33:55 AM
The Liberty High School Robotics Team, also known as the Robo-Lions, will help “Celebrate Maryland’s Place in Space” on Saturday, May 30, 2009, from 10:00 a.m. to 4:00 p.m. at the Baltimore Convention Center. They will join over 100 exhibitors, astronauts, NASA’s Goddard Space Flight Center, The Johns Hopkins Applied Physics Laboratory, and many others to honor the contributions that have been made in the areas of space science.
The Robo-Lions, who were sponsored in part by NASA the past three years, will be participating in the thrilling robotics competition which will just be one of the many activities during the fun-filled day. There will also be multimedia presentations, astronauts, interactive exhibits and more. Part of the Robo-Lions’ mission is to help create a world where science and technology are celebrated. Saturday’s events are sure to do just that while offering fun for all ages.
For additional information, visit http://mdplaceinspace.jhuapl.edu/MDinSpace/index.php.


Nick Clegg and Vince Cable open £100m Rolls-Royce factory
Originally published by UK Liberal Democrats
The factory will produce essential plane engine fittings and will make parts used to power aircraft made by Airbus, Boeing and Bombardier.
The new factory will safeguard hundreds of highly-skilled manufacturing jobs in the North East, providing economic security for the future and ensuring this highly advanced work does not go to overseas competitors.
During the visit, Nick and Vince also announced £45m joint government and industry funding for three projects led by Rolls-Royce through the Aerospace Technology Institute to develop new technology for low-carbon aircraft engines.
The £45m funding will be used for research and development to reduce carbon emissions by using lightweight composite materials to make Rolls-Royce engines.
"We should be really proud that the UK is the number one aerospace industry in Europe and a world leader in innovation.
"The highly skilled workers at the new Rolls-Royce factory are leading the charge for innovative technologies that are made in Britain. And the government's investment of £45m alongside industry will help to ensure the UK continues to build and design the planes of the future.
"I am working hard in the coalition to ensure that aerospace continues to boost growth in the North East and across the country, building a stronger economy and doing it fairly."
"The UK is at the forefront of the global aerospace industry, and investments such as this new factory from Rolls-Royce will help to keep us there. The projects that we are funding through our aerospace industrial strategy will ensure that Britain develops the efficient and environmentally friendly aircraft of the future, while keeping highly-skilled manufacturing jobs here in Britain."


ISRO’s first human mission, Gaganyaan, India’s manned space flight mission was announced by Prime Minister Narendra Modi, during his speech on the occasion of Independence Day. Two men and one woman will be part of the crew. The spacecraft will be placed in the Earth’s orbit at around 300 to 400 km. The mobile technologies would cost less than INR 10,000 crores. The manned space flight project has been in operation since 2004 and will bear fruit before the 75th anniversary of independence in 2022. The spacecraft will have the best security systems to protect it.
ISRO unveils the path to liftoff
India’s first Human mission, ‘Gaganyaan’ will send three astronauts, including a woman, for seven days in a low orbit around 300 to 400 kilometers. It will provide R&D to develop the latest mobiles in the country. The mission will make India the fourth nation in the world to launch a manned spaceflight mission. The three-stage heavy launcher ISRO GSLV Mk III will be used to propel Gaganyaan into space. It is expected that the program will be completed in 2022. The first unmanned flight will be carried out within 30 months. The mission will be to send a team of three people to space for seven days. According to the schedule, the first and second ISRO unmanned flights will be put into orbit within 30 and 36 months from August 2018, while the third, which will be the first human spacecraft, will be put into orbit by the 40th month. Development of Gaganyaan will be a boost to mobile technologies used in the country.
The first human mission, Gaganyaan modular system, weighing almost seven tons, has been developed by ISRO, as the orbital module is a combination of the service module and the crew module. The crew module in which the astronauts live has a diameter of 3.7 meters and a height of 7 meters.
The unprecedented India’s first Human mission (space flight) will be the result of a collaboration of ISRO with universities and other public and private organizations and help create employment for 15,000 people and focus on new tech-advanced areas. The latest tech will improve the scientific and technological level in India and contribute to the execution of the national project with help of universities.
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In the intricate world of precision engineering, complexity is not a hindrance—it’s a challenge that ignites innovation. As industries demand increasingly intricate and unique components, CNC machining parts manufacturers rise to the occasion, harnessing their expertise to navigate complex geometries with finesse. Among these manufacturers, those in China stand out, offering custom CNC machining services that excel in handling intricate designs and complex shapes. In this article, we explore how CNC machining parts manufacturers tackle complex geometries and how China’s CNC machining factories are at the forefront of this intricate art.
The Art of Complexity:
Complex geometries define the modern landscape of manufacturing. From aerospace to medical devices, industries seek components that transcend traditional shapes, unlocking new possibilities in performance, efficiency, and design.
1. Multi-Axis CNC Machining:
Complex geometries often require multi-axis CNC machining, a capability that allows the manipulation of a component from various angles. CNC machining parts manufacturers utilize advanced machines with multiple axes of movement to produce intricate shapes that traditional machining methods cannot achieve.
2. CAD/CAM Precision:
Custom CNC machining begins with precise computer-aided design (CAD) and computer-aided manufacturing (CAM). CNC machining parts manufacturers leverage these tools to translate complex designs into intricate tool paths, guiding the CNC machine’s movements to create the desired geometry with pinpoint accuracy.
3. Innovative Tooling Solutions:
Complex geometries demand innovative tooling solutions. CNC machining parts manufacturers collaborate with tooling experts to design and create specialized tools that can access tight spaces, intricate contours, and hard-to-reach areas, ensuring every aspect of the geometry is accurately machined.
4. Simulations for Optimal Paths:
Before the machining process begins, CNC machining parts manufacturers use simulations to analyze and optimize tool paths. This ensures that the tool movements are efficient and effective, minimizing material wastage and reducing the risk of errors.
5. Custom Fixturing and Work holding:
Complex geometries often require custom fixturing and work holding solutions to secure the component during machining. CNC machining parts manufacturers engineer these fixtures to accommodate the unique shape of the component, ensuring stability and precision during the machining process.
6. Tolerance Management:
Navigating complex geometries demands tight tolerance management. CNC machining parts manufacturers meticulously calculate and maintain tolerances throughout the machining process to ensure that each intricate feature aligns with the design specifications.
7. Material Expertise:
Different materials behave differently during machining, especially when dealing with complex shapes. CNC machining parts manufacturer in China, with their expertise in a diverse range of materials, choose the right material for each complex geometry, considering factors like machinability, hardness, and thermal properties.
8. Collaborative Engineering:
Collaboration is paramount in handling complex geometries. CNC machining parts manufacturers work closely with engineers, designers, and clients to understand the intended function and performance requirements of the component. This collaborative approach ensures that the manufactured part meets both design and functional expectations.
9. Prototyping and Iterative Design:
Complex geometries often require iterative design and prototyping. CNC machining parts manufacturers create prototypes to test the feasibility of the design, identify potential challenges, and refine the geometry before proceeding to full-scale production.
10. China’s Expertise in Complex Geometries:
China’s CNC machining factories are renowned for their prowess in handling complex geometries. With a combination of advanced machinery, skilled technicians, and a commitment to precision, these factories excel in producing components that push the boundaries of design and performance.
In the intricate dance of precision engineering, complexity is a canvas on which innovation paints its masterpiece. CNC machining parts manufacturers, armed with advanced technology, expert craftsmanship, and a dedication to pushing the limits of what’s possible, navigate complex geometries with grace and precision. From multi-axis machining to collaborative engineering, every step in the process is a testament to their commitment to excellence. China’s CNC machining factories, at the forefront of this intricate art, demonstrate that in the realm of complex geometries, there are no limits—only endless possibilities waiting to be crafted into reality.


You'll get 6 pieces of space theme pattern stamps including space station, moon walker, explorer badge, space shuttle, galactic space shuttle and Mars rover. Add space elements to leather projects, make interesting gifts, handicrafts, it is also perfect for classroom activities and more.
- Works on vegetable-tanned leather.
- Product includes: space pattern stamps (6) and stamp handle (1).
- Marble slab recommended as work surface to get the best impression.
- Stamps are compatible with Hefty Handle.
- Size: 27cm (1-1/16") x 30cm (1-3/16")
- Pack Size: SET


Black Knights Rocket Club - Amateur rocket club
- Views: 691 134
It doesn’t matter if you fly small model rockets or the big birds. Launching High Power Rockets requires more preparation than launching “model rockets.” Not only is a larger field needed, but FAA clearance must be arranged well in advance of the launch date. The Tripoli Rocketry. The Portland State Aerospace Society (PSAS), a student project at Portland State University, launched a rocket out in the Oregon desert on July.


It seems that many people from the Orlando area want to see the full eclipse. After receiving numerous inquiries about a Via Airlines flight from Orlando to Nashville our executive team is looking into adding this flight. The final decision will be made today.
The proposed ‘solar eclipse’ flight will depart on the morning of Monday, August 21, 2017, from the private terminal at Orlando-Sanford, FL airport to Nashville, TN and return the same day in the afternoon.
If we will indeed schedule the flight, it will be available to book starting midnight tonight. Please, no need to call us with inquiries on this flight until it is actually scheduled. Reservations are obviously first to come first serve.


Chinese officials say rocket debris landed in the Indian Ocean
Debris from the Chinese Long March 5B rocket landed in the Indian Ocean early Sunday morning local time, authorities say.
The rocket fragments landed at 2.65 degrees north latitude, 72.47 degrees east longitude, right over the Maldives, at 2:24 a.m. local time, according to the China National Space Administration. The debris descended at a speed of 18,000 miles per hour, leaving no known injuries. It was not immediately clear how many pieces of debris were destroyed and recovered at the scene.
“An ocean reentry was always statistically the most likely. It appears China won its gamble (unless we get news of debris in the Maldives),” astronomer Jonathan McDowell said after the debris apparently landed. “But it was still reckless.”
The debris, which is the core stage of the Long March 5B rocket, entered Earth’s orbit after authorities began sending parts to construct China’s space station, which is scheduled to be completed by the end of 2022. China is expecting 10 more launches to carry additional parts of the space station, according to the Guardian.
Previous reports pinpointed possible debris landing locations in New York, Madrid, and Beijing in the Northern Hemisphere and southern Chile and Wellington, New Zealand, in the Southern Hemisphere. Forecasts about where exactly the fragments would land were vague because the debris was orbiting the Earth roughly every 90 minutes.
The expected fall of the 22.5-metric-ton piece of space debris led some to express concern about potential damages.
“I think, by current standards, it’s unacceptable to let it reenter uncontrolled,” McDowell said. “Since 1990, nothing over 10 tons has been deliberately left in orbit to reenter uncontrolled.”
Despite the concerns, the Defense Department vowed on Wednesday not to shoot down and break up the 46,000-pound debris.
“There are too many factors to take into account this early, such as the atmospheric conditions and the exact angle of the object as it enters the atmosphere,” a Space Command spokesperson said.
Most debris will burn on reentry and is highly unlikely to cause any harm, China’s foreign ministry said on Friday.
White House press secretary Jen Psaki declined to commit to the United States seeking compensation from China if the debris made contact with inhabited land, but she did encourage international partners of the U.S. to promote “responsible space behaviors.”


John Glenn Friendship 7 Day
Published: Thursday, November 17, 2011
Updated: Friday, November 18, 2011 08:11
COLUMBUS, Ohio (AP) — Every Feb. 20 starting in 2012 would be "John Glenn Friendship 7 Day" under a bill passed by the Ohio Senate.
The day would mark the 50th anniversary of Glenn's space flight orbiting the earth — the first for the United States. The bill cleared the Senate Tuesday and now goes to the House.
Bill sponsor Sen. Tom Sawyer says Glenn's flight led to an "era of epic heroism."
Glenn served as a U.S. Marine Corps pilot in World War II and the Korean War before joining NASA and orbiting the earth three times in his spacecraft, the Friendship 7 — a flight featured in the 1983 film "The Right Stuff."
After resigning from the space program in 1964, Glenn served Ohio in the U.S. Senate from 1974 to 1999.
"The most important thing we can do is inspire young minds and to advance the kind of science, math and technology education that will help youngsters take us to the next phase of space travel."
"I wish that every flight received this same kind of attention. Each flight deserves it."
— John Glenn, Muskingum University alum


Twin rocket boosters for NASA’s Space Launch System (SLS) that will power Artemis missions to the Moon have arrived at the agency’s Kennedy Space Center in Florida. The two motor segments, each comprised of five segments, arrived at Kennedy’s Rotation, Processing and Surge Facility (RPSF) on June 15, 2020, by train from a Northrop Grumman manufacturing facility in Promontory, Utah. The booster segments will remain in the RPSF for inspection prior to processing until it’s time to move them to the Vehicle Assembly Building for stacking on the mobile launcher. This is the first piece of flight hardware to arrive at Kennedy by train for the Artemis program, but NASA’s Exploration Ground Systems (EGS) can expect to receive additional hardware soon, including the Launch Vehicle Service Adapter and the rocket’s core stage. NASA is working toward an Artemis I launch date in 2021, keeping the program moving at the best possible pace toward the earliest possible opportunity.
Sunday, October 24, 2021


Mrs. Seema Srivastava
General Manager Commercial
Air India – Proud to be Indian, Proud to be Global
India’s national carrier, Air India occupies a special place in the global and Indian aviation. It pioneered aviation in India and its history is synonymous with the history of Civil Aviation in India.
A proud member of Star Alliance – the largest global alliance of airlines – Air India has a vast and ever growing international and domestic network. Air India flies to 41 destinations abroad. International network includes USA, Europe, Gulf, South East Asia, Far East, Australia and South Asian Sub Continent regions.
Domestic network with 69 online stations offers connectivity to each nook and corner of India, be it the cosmopolitan and extremely happening metros, most state capitals, tourist havens like Goa, Rajasthan, Kerala, places in Northeast and more.
Today Air India flies one of the youngest, state-of-the-art fleet of aircraft comprising the twin-aisled Boeing B777s, B747s, the B787 Dream liner and the narrow body Airbus A321s, A320s and A319s.
Direct Non-Stop flights to USA (New York, Newark, Chicago, San Francisco), Europe (London, Birmingham, Frankfurt, Paris, Rome, Milan, Vienna, Moscow), Far East (Tokyo, Shanghai, Hong Kong), South East Asia (Singapore, Bangkok) and Australia (Sydney, Melbourne) is the hallmark of Air India operations to above destinations.
‘Features packed’ Boeing 787 Dream liner aircraft services all the above stations except destinations in USA.
Air India has a robust and rewarding loyalty program, the ‘Flying Returns’ with attractive benefits. The combined strength of 28 airlines under the Star Alliance banner facilitates Flying Returns members to accrue and redeem their frequent flier points on any of the Star carriers, travel seamlessly across countries and continents and use airport lounges.
The comfort of Non-Stop flights, highly competitive fares, gourmet meals and the traditional Indian hospitality of our cabin crew make Air India the first choice when flying to / from India.