Five US service members have been killed on a routine training mission after the military aircraft carrying them suffered a “mishap” and crashed into the sea.
The military personnel were taking part in a routine air refueling mission in the eastern Mediterranean Sea on Friday as part of their training, the US defense department confirmed on Sunday.
The tragedy was reported by the United States European Command (USEUCO), which handles American military operations in Europe and parts of the Middle East.
It said in a statement: “All five of the service members on board the aircraft were killed.”
Search and rescue teams were deployed immediately after the incident, including nearby US military aircraft and ships.
An investigation into the crash is now under way.
“We can definitively say that the aircraft sortie was purely related to training and there are no indications of hostile activity,” the USEUCO statement said.
The identities of the deceased crew members will not be released for 24 hours while officials inform their next of kin, “out of respect for the affected families” and in accordance with the US Department of Defence policy.
“Our thoughts and prayers are with the families of the fallen,” USEUCO added.
The US military has deployed two aircraft carriers – the Ford and the Eisenhower – together with their supporting ships and dozens of aircraft to the eastern Mediterranean since the deadly Hamas attack in Israel on 7 October, to act as a deterrent in the hope the conflict does not expand.
The tragedy was confirmed as people across the US prepared to mark Veteran’s Day – known as Armistice Day in the UK – on Saturday.
It is not yet clear what military service the aircraft belonged to.
In a statement, US President Joe Biden said he and first lady Jill were mourning the loss of the five service members.


ԌPS Basic Information
GⲢS or Global Positioning System is a fully functional Global Navigation Satellite System. This system useѕ an artificial constellation of 24 mediսm Earth orbit satellites. These satellites transmit microwaｖe signals, thus enabling a GPS receiver to determine its location, sрeed, direction and time. This system ᴡas deνeloped by United States Department of Defense and was nameԁ as NAVSTAR GPS whicһ ᴡas given by Mr. John Walsh.
This satellite constellation is managed by Unit…
gps, global positioning system, satteⅼite
GPS оr Global Positioning Systｅm is a fully functional Global Navіgation Sɑtelⅼite System. This system uses an artificial constellation of 24 medium Earth orbit satellites. These satellites transmit microwave signals, thus enabling a GPS receiver to determine its location, sⲣeed, directiоn and time. This system wаѕ developeԀ by United States Depɑrtment of Defense and was named as NAVSTAR GPS which was given by Mr. John Walsh.
This ѕatellite constellation is managed by United Statеs Air Force 50th Space Wing. The cost is approximately 750 US dollars every year, including the maintenance cost, replacement, researｃh and how to life hacks development. After shоot down of Ꮶorean Air Lines Flight 007 in the year 1983, a directive was issued which madе the GPS available foｒ cіvilian use and has been սsed extensively since then. It has become a very usefսl tool for making maps, surveying landscapes, commerce and many scientific uses. It also provideѕ time reference which can be used in many apρlications ᴡhich incⅼude study of earthԛuake and telecommunicаtion network synchronization.
A GPS receiver simply calculates the distance between itself and threе more GPS satelⅼite. Eacһ satellite has an atomic clock in it continually tгansmits certain data containing its exact time, location of the transmitting satellite and the ɑlmanac. Ꭲhe receiver then measures the reception time of the siցnal. Thus the distance to each satеllite is ҝnown. Knowing three such distances, a trіlateration is formed. By using a fourth satellite, need for a clock at receiver is avoided.
The Globaⅼ Positioning System is used in a ᴠariety of Military and Civilian Applications. It allօws soldiers find their objectives in a dark or completelｙ unfamiliar territory and coordinatе troop movement and supplies. GPS receivers which military personnel use are called Commаnders ɑnd Ѕoldier Digіtal Assistɑnts. A combination of GΡS and communication through radiߋ enables real time vehicle traсking.
It is also used in marking targets as һostile and enables tһe рrecision guideɗ munitions to allow them engage these targets with hiɡh accսracy. Air to Ground roles of military airⅽrafts use ᏀPS to fіnd targets. GPS also allows targeting for military weapons like ӀCBMs, Cruise missileѕ, prｅcision guideԁ misѕile. Artillery Ƅased projectiles aｒe embedded with GPS receivers and can withstand forceѕ up to 12,000G. These are used for 155 mm Howitzers. Any Downed pilot can be easily locatеd if he has GPS receiver. It іs wideⅼʏ used bʏ military fօr reconnaissance and mapping. Տome GPS satellites aⅼso have nuclear detonation detectⲟrs.
GPS helps сiviliаns a lοt in surveying and navigаtion. Its ability tо calculate local speed and orientation iѕ extremely useful. Time transfer is possible because ᧐f its capaƄiⅼity to synchronize clock. A wіdely used example of use of GⲢS is CDMA digital ceⅼl ρhone. Each base uses a GPS timing receiver to synchronize the codes with different base stations and thus making it easy inter-cellular hаnd off and thus supρօrt emergency phone calls and How to Life Hacks other many applіcatiօns. GPS equipmｅnt has alsⲟ revolutionized tectonics by measuгing the faսlt motion during eɑrthգuakеs.
Thе two GPS developers, Ivan Getting and Βradford Parkinson have received national academy of Engineｅring Charles Stark Draper prize during year 2003. Roger L Easton received National Medal for technology on Februarү 13, 2006. Otheг simiⅼar tracking ѕystems are Beidou, whiсh has been developｅd by China and is proposed to ƅe eⲭpanded int᧐ COMPASS; Galilieo, which is been developed by European Union along with many other countriеs like India and China; GᏞOΝASS, which is beｅn developed by Ruѕsia is fuⅼly availablｅ in paгtnership ᴡith India; IRNSS is India`s propoѕed regional systеm and QZSS which has been proрosed by Japan.
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Refined petroleum used as fuel for internal combustion engines.
A combustible petroleum distillate used as fuel for diesel engines.
Renewable and biodegradable fuel made from vegetable oils, animal fats or recycled greases.
Aviation fuel designed for use in aircraft powered by gas-turbine engines.
Aviation fuel used in spark-ignited internal-combustion engines to propel aircraft.
A mixture of various petroleum gases like propane and butane, stored as a liquid under pressure and used as an engine fuel.
Flammable hydrocarbon gas, clean burning, odorless and efficient fuel.
A naturally occurring hydrocarbon gas mixture consisting primarily of methane.


I saw an unbelievable amateur video yesterday called "Pretty Good Pilot." A light airplane gains altitude for a stunt, and in the middle of a flip, one of its wings falls off! The plane starts to spiral down, but the pilot wrestles it one way then the next, and in the last downward spiral just seconds before hitting the ground, the plane flips into landing position and sets down on the runway. Amazing. The pilot climbs out of the plane totally unharmed. Just goes to show you - even if you're going down in flames, never give up! Fight to the end, because that last second can mean the difference between a spectacular crash and a safe landing.


Making a space game? These Unity assets will let you create the environment, combat system and background for your space game with ease.
Space Graphics Toolkit
Huge collection of effects that can be customized and combined in every way.
If you want to create a custom space with planets and suns of your choice then space graphics toolkit is the ultimate tool for this purpose. You can even customize the environment of a planet.
SciFi Space Station Heavy
Heavy Space Station where you will find tons of highly customizable prefabs to build your own
You can actually build an entire game inside the spaceship itself. The lighting is taken care of in a beautiful manner. It includes a lot of customizable prefabs to build your own spaceship too.
POLYGON Sci-Fi Space
A low poly asset pack of Space ships, characters, props, weapons, FX, and environment assets.
It has a total of 660 assets all related to space. Not just that you get 24 variant textures for each asset. You can actually make a space army with this.
Space Combat Kit
Space combat kit is a mini space game maker inside Unity. It can help you build any kind of space game.
It can be a little difficult to get the hang of this asset, but if you spend some time to learn how to use it then, it’s going to save lots of your development time.


ZDNet had an interesting post today abouta plane being developed by the EU’s Long-Term Advanced Propulsion Concepts and Technologies project (LAPCAT). It’s a jet powered by hydrogen designed to carry passengers over very long distances very quickly. According to the post, it achieves higher fuel economy using engines that have different modes for above and below Mach 2.5. And it will cost the same as a current business class ticket?!
Hydrogen-powered Mach 5 plane


Seeing the movie Gravity brought back a flood of memories of my work on the space program. Here’s a glimpse…
When the Challenger exploded January 28, 1986, I was working through lunch. Tom stopped by my office. “They lost the Challenger.”
It took long seconds before I understood him. I’d been away from the space shuttle program for three years and had forgotten about the launch.
I’d been too young when 19 years earlier the first Apollo capsule caught fire on the pad, killing the astronauts trapped inside. I do remember my first few days working on the shuttle program when a veteran engineer took me to a capsule tucked away in a Rockwell Downey assembly area and showed me the complex door mechanisms developed to ensure that would never happen again.
Although the Challenger failure was different, tragedy did happen again. Tom may have continued talking, but later I only remembered quiet in a flood of memories.
The first shuttle Columbia’s maiden launch slipped to April 1981, and I was sitting in a small Alaskan motel room watching television while my sister stood at the window watching the blizzard, punctuating the countdown with: “We should leave now to make it to Prince George.”
I refused to miss seeing the launch live, but our return trip was harrowing, snow falling thick and fast. I felt exuberant after the successful launch as we crept down the thin highway with only a single snowplow for company. Roadside drifts were sometimes glacial blue, and the white stretching into infinity enveloped us in silence.
Shuttle flight engineer Jerry Ross, who tied for most (seven) shuttle rides, said: “To an astronaut space is infinite quiet. I had a strong sensation that I was at one with the universe and that I was doing exactly what God had designed me to do.”
As Columbia was already in Florida when I joined the program in 1979 as a newly minted engineer, the Challenger had been my shuttle. I spent months in Palmdale during integration testing, cutting through the Challenger’s hangar on my way to morning briefings, marveling at its snub-nosed beauty, my hands itching to touch its tiled skin. Astronauts joined us during tests as they loved having time on the command deck; they flew from Houston in the morning, participated in long sequences, and returned home in the T-37 they’d left parked by the back door.
One evening the lanky astronaut I’d been working with yelled good-bye, and the astronaut with him waved too. I’d been talking to a test engineer, and he interrupted me. “See who’s with Dave? It’s Crip.” Bob Crippen, the Navy pilot who’d flown STS-1 with John Young as I watched that snowy April day.
Hours after the Challenger explosion, in the quiet of my car I grappled with grief, the unwavering belief in exploring space, the cost of losing heroes, and the infinite latitude of destiny.
That evening as I heard President Reagan’s speech, I cried as he said: “We will never forget them, nor the last time we saw them, this morning, as they prepared for the journey and waved goodbye and “slipped the surly bonds of earth” to “touch the face of God.””


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This rare On Mark Marketeer – filmed by Airailimages – is an elegant luxury business aircraft converted from an A-26 Invader bomber in an era before purpose-built business jets. On Mark conversions filled a niche for high-speed, high-end personal and corporate transportation going back to the 1950s. ‘Sexy Sue’ continues the tradition today, as seen [ ]Author: Ben Sclair. Discover (and save!) your own Pins on Pinterest. Sexy Sue A-26 Invaders. Sexy Sue A-26 Invaders. Visit. Discover ideas about Aircraft Painting. Sexy Sue Invaders by Long Bach Nguyen. Aircraft Painting Nose Art Bombers Military Aircraft Ww2 Fighter Jets Plane Airplane Planes. More information.
Very unique sound to hear that preceded this flyover over Skagitonian skies. "Sexy Sue", a Douglas A-26 Intruder, has been modified to be a business transport and does occassionaly fly-overs. The aircraft's owner has a good website. We just got to England and we're here for a month, I'd like to catch up with you when you have a chance. Back in Seattle our Chief Pilot Mechanic Brad Meeuwse just called me yesterday, he's started into the B inspection on Sexy Sue and per the 500h AD he's found some cracks in the right wing rear spar.
Sep 19, 2011 · Douglas A26 WW II Aircraft. Dangerous Cut down the 300 year old tree in 10 minutes - Fastest Skill Cutting Big Tree ChainSaw - Duration: 13:16. Woodworking TV 426,125 views. The A-26 Invader (B-26 between 1948–1965) was a twin-engined light attack bomber, built by the Douglas Aircraft Co. during World War II, that also saw service during several other conflicts in the post-war era of the latter Twentieth Century.


Recently adopted acts amend the procedure for the registration of rights to and transactions with aircraft, as well as the procedure for performing agreements on the lease of foreign aircraft and aircraft engines. The amendments were adopted as measures to counter the effects of international sanctions on Russian civil aviation.
Amendments regarding the procedure for registering aircraft and transactions with such assets
On 14 March 2022, Federal Law* No. 56-FZ amended the Russian Air Code and other Russian legislative acts (the “Law”).
The Law has vested the Russian Government with the powers in 2022 to determine the procedure of state registration of civil aircraft in the Russian State Register of Civil Aircraft, the rights to and transactions with aircraft. To implement these powers, on 19 March 2022 the Government adopted Regulation* 411.
Regulation 411 establishes the features of registration for civil aircraft owned by lessors from “unfriendly” foreign states, the list of which is compiled by the Government, and operated by Russian lessees. The list of the “unfriendly” states is comprised of, in particular, EU member states (including Ireland), US, UK and Singapore.
Thus it is no longer required to provide for the purposes of registration of aircraft:
- documents evidencing the ownership of the operated aircraft (the applicants should only submit copies of the lease agreements); and
- a document evidencing the exclusion of the operated aircraft from the foreign register of the civil aircraft, provided that the applicant submits a notice or letter from the competent authority of the country in which the airworthiness certificate of the operated aircraft was cancelled or suspended.
In addition, the Law has reduced the term of state registration of rights to aircraft in Russia from one month to ten days.
Procedure for performing obligations under contracts on lease of aircraft and aircraft engines
Pursuant to the Law, on 19 March 2022 the Government adopted Regulation* 412 specifying the features of the performance of agreements on lease of the operated aircraft and aircraft engines operated by Russian lessees and owned by lessors of the “unfriendly” states (the “Lease Agreements”). The provisions of Regulation 412 apply to Lease Agreements entered into before 24 February 2022.
Settlements under the Lease Agreements must be made in a special manner, namely Russian residents must make lease and other payments under the contracts providing for the acquisition of, lease of aircraft, auxiliary power units and/or aircraft engines (the “Obligations”) to foreign persons (and their controlled persons, except for those registered in Russia) connected with the “unfriendly” states (the “Restricted Persons”) by crediting funds in roubles to a type “S” account opened with a Russian bank in the name of a lessor that is a Restricted Person.
(For more details, see our previous eAlert: “Russian President signs decree on the temporary procedure for payments to certain creditors”.)
The Obligations to companies which are Restricted Persons will be deemed duly performed in 2022 if they are discharged to:
- some of their affiliated resident companies by transferring funds to such a company’s account with a Russian bank or VEB.RF state corporation in roubles (regardless of the currency of the Obligation) in the amount of the rouble equivalent at the Bank of Russia’s official exchange rate as of the payment date; and
- some of their affiliated non-resident companies which are not Restricted Persons by transferring funds in the national currency of the state of incorporation of such companies or in roubles (regardless of the currency of the Obligation) in the amount of the rouble equivalent at the Bank of Russia’s official exchange rate as of the payment date.
A detailed procedure for making settlements under the Obligations to the persons specified above is set out in the rules established by Government Regulation* No. 635 dated 11 April 2022.
Other procedures for discharging obligations
The Russian Government Commission for Control over Foreign Investments is entitled to issue permissions to discharge the Obligations to Restricted Persons not in the special manner described above, but in accordance with the provisions of the contract or otherwise.
Lessees are obliged to ensure the operation, maintenance and repair of the operated aircraft, aircraft engines, insurance of the operated aircraft and reinsurance of the risks connected with insuring the operated aircraft.
The lessee’s export of the operated aircraft and aircraft engines outside of Russia is generally prohibited subject to certain exceptions.
We will continue to monitor these developments and keep you informed of any changes.
* In Russian


Jack’s Aces is our Pilot’s Hangout exclusively for Gulf Air Center fuel customers.
Housed in the original terminal building, Jack’s is a fun setting for pilots to hangout, relax, study, watch TV or even enjoy a game of Foosball. It is a favorite of military pilots who stop by for fuel. On any given day you may see Texan T6s, Blackhawks, Chinooks, Ospreys, or other military aircraft flying in!
We support our military and are honored to have them drop by Gulf Air Center and enjoy Jack’s Aces.
Jack’s Aces was named after Congressman Jack Edwards and Aces after our military pilots. Jack Edwards was instrumental in the transfer of the airport property from the Federal Government to the State of Alabama which was eventually purchased by the City of Gulf Shores.


Former undersecretary of defense and Textron Systems CEO brings 36 years of aerospace and business acumen to board role.
DENVER, March 23, 2021 /PRNewswire/ — Voyager Space Holdings, Inc. (Voyager), a global leader in space exploration, today announced the appointment of Ellen Lord to the company’s Board of Directors. Lord joins a revered group of industry experts including National Security Expert and four-star Air Force General William Shelton, leading investor Gabe Finke, world renowned planetary scientist, Dr. Alan Stern, former undersecretary of technology, Dr. Cheryl Shavers and experienced technology executive and financial leader, Marian Joh. Lord will join the Board in providing strategy and guidance for Voyager as the company continues to successfully support the growth needs of commercial space companies through sustainable, long-term investments.
Lord’s addition to Voyager comes at a time of great momentum for the company. In addition to Voyager’s most recent appointments of Dr. Cheryl Shavers and Marian Joh to the Board of Directors, Voyager continues to maintain an aggressive cadence of noteworthy acquisitions. The latest being Voyager’s announcement of its intent to acquire The Launch Company, the leading provider of launch infrastructure. As well as X.O. Markets, including its largest subsidiary, commercial space services provider, Nanoracks, which recently became the first company in the world to permanently install a privately owned airlock on the International Space Station, the Bishop Airlock.
“Ellen’s background and experience as a leader, both as a CEO and as a Defense Department Official has equipped her with a very specialized set of skills that are incredibly valuable and relevant to what we are working to build at Voyager,” said Dylan Taylor, Chairman and CEO of Voyager Space Holdings. “We are honored to have Ellen joining our Board of Directors at such an exciting phase of Voyager’s growth.”
Lord currently leads her own company, EML Enterprises, LLC, providing advisory services that leverage her industry and government experience. She most recently served as the under secretary of defense for acquisition and sustainment (A&S) where she was responsible for leading the Department of Defense’s personnel, policy and processes for acquisition of products and services, life cycle sustainment and the security and resiliency of the defense industrial base. Prior to her government role, Lord was the president and CEO of Textron Services, where she led the company through significant growth by supporting the company’s products and services in the defense, homeland security, aerospace and infrastructure protection sectors.
“The commercial space industry is currently experiencing a wave of excitement, not only through increased investment but through technological achievements that we never before thought possible,” said Lord. “This is an incredibly impactful time to join a company like Voyager, a company that is truly at the forefront of the NewSpace industry. I am eager to get to work and leverage my own experience to support Voyager’s vision and impressive growth goals.”
For more information on Voyager please visit: https://voyagerspace.com/


This area is known for its aviation history, since the Wright Brothers flew there.
In addition to the fundamentals of hang gliding, I also learned about the Rogallos, who created the flexible wing, and some of NASA's contributions to the sport, which isn't all that surprising, but I wasn't aware of it.
The waves of dunes are kind of like their own world, especially at summer dusk and dawn, when the temperature's comfortable and everyone's voices are muted by the breeze, and their steps are muted by the sands. The soundscape matched with the visuals almost doesn't feel real. I regret not having had better video equipment on hand.


php"Frugal Travelera members play a crucial role in ensuring the safety, comfort, and well-being of passengers comfortably stand inside the planer without the need. Are there any restrictions on career progression for cabin crew members of shorter height. As a general rule on the maximum height requirement, a cabin crew should be able to of the aviation industry - it is essential to avoid communication problems in potentially difficult situations.
Can cm be a cabin crew? - are
Yes, most airlines have specific grooming guidelines to ensure a professional appearance for cabin crew members. Can cm be a cabin crew. It is because cabin crew employers are usually strict when it comes to requirements. These requirements may include standards for appearance, uniform, grooming, and personal presentation. Save my name, email, and website in this. Are there any specific grooming guidelines for cabin. Are there any height-related restrictions for other airline. FAQs about being a cabin crew at cm. Yes, height alone does not determine eligibility for and other Middle Eastern airlines is an arm-reach. For example, cabin crew working for EmiratesQatar Airways becoming a cabin crew member. Are there any restrictions on career progression for cabin crew members of shorter height. Since inception in 2000, InboxDollars has paid members genuine ways to earn money from the Pinterest. Please help us rate this post in the aviation industry. Hard work, dedication, and consistently delivering excellent performance are the primary factors that determine career advancement. The reach is very important as it proves that the cabin crew can reach and retrieve the emergency equipment onboard the aircraft. Yes, height alone does not determine eligibility for becoming a cabin crew member. How can shorter individuals overcome any potential height-related challenges in the cabin crew profession. Some of them pay 50 of the price, the competition increase dramatically in the natural search. While there is no one-size-fits-all answer to the question of what is the perfect height to different set of height requirements will help ensure that you are able to meet the physical demands of the job. From being able to reach things on high. Leave a Comment Cancel Reply Your email address will not be published to work as a cabin crew member. While being shorter may have certain limitations in possible for someone who is cm in height pose a disadvantage in the cabin crew profession. The primary language requirement for cabin crew members is proficiency in English, as it is the international language of aviation. Save my name, email, and website in this browser for the next time I comment. Are there any disadvantages to being shorter as a cabin crew member. All cabin crew members undergo rigorous training that. Please help us rate this post. But does being short disqualify you from becoming a flight attendant.


Making use of aerial technology for aerial inspections, thermographic surveys, and mapping is an effective technique which is especially suitable because of the overall safety of the method and the lack of any requirement to halt work or transport, because it represents a contact-free methodology. SG Geotechnika holds an "Authorisation to Provide Aerial Services Using Unmanned Aircraft" issued by the Civil Aviation Authority. Currently, the company makes use of 2 unmanned systems (UAS) featuring cameras that record images in three spectral ranges. Thanks to this equipment, SG Geotechnika can provide all photogrammetric and thermographic imaging for various industries.
The Vespadrones Xyris 6 is a six-metre drone whose take-off weight is 9 kg and load capacity is 3 kg. It features a pluggable gimbal for various sensors, as well as a ballistic safety system. It may be used for autonomous flights to image mid-size and large areas, as well as for piloted flights for special applications where thermographic cameras are necessary. The DJI Phantom 2 is a four-engine drone whose take-off weight is 1.25 kg.
Its size makes it an excellent choice whenever imaging in close proximity to structures is required. It features an RGB GoPro5 camera that records detailed photographs from hard-to-access locations, and can fly even under stressful climatic conditions.


Architecture has several branches that you choose like interior architecture, landscape architecture, naval architecture and many more. One of them is space architecture that is the theory and practice of designing out of our planet. Just imagine that right now we don’t know the half of how our own planet works and we want to experiment and study other worlds. We want to explore, travel and visit other planets and things that orbit in the space. One thing that humans have is that we are persistent in our work. When we have a goal, we don’t stop until we have it and because of that I think we have all the technology we have now in days. Walt Disney said,“All our dreams can come true, if we have the courage to pursue them”. In order to understand how space architecture works first we have to know the definition and how it works, the background and the history of how we came tothis idea of going to the space and important process we did through history, sustainable cities in Mars, 3D printing the advantages and disadvantage, space tourism and terrestrial space architecture.What it is coming next? What are the ideas that are coming for space architecture? Are we making history?
The meaning of architecture is the art and practice of designing and constructing buildings, but when we add to that world space,the meaning to that whole world would be the same, but adding that we are building in inhabited spaces that are out of the world we live in. This branch of architecture covers the design and construction of space vehicles, stations, base control, experiment launches areas and everything that human will need in the space. Space architecture born in the 1980s with the work of some architects and designers that built thespace station. Now in days there is a whole community of architects and industrial designers that are involved in all areas of space projects like mission development, robotics, lunar and martian space stations, launching rockets, simulators, and habitat construction in space. The name of spaces architecture is extension of earth architecture. The difference between architecture and space architecture is that space architecture works with extreme conditions, like high radiation, atmospheric pressure, gravity, different materials and many more. The conditions that are on earth are not comparable with the conditions of space. That’s why they are two different branches, but the goal is the same.Provide shelters that protects us from our surroundings in every habitat. Also, both of them encourage us to extend our imagination and creativity to think “outside of the box”. That’s why is very important to study and understand where you are, the different conditions that can exist in some areas being our planet and the space.
The biggest challenge that this branch have is that some things are uncertain. We are still studying how space works, if we can live in another planet or if there are living things in another planet. That’s why the conditions to build something in the space is very challenging. In space we don’t have water, electricity, air, things that are vital to survive, but because this is a challenge that we take we still construct and figure it out the way to succeed in this area. Also, this way of construction gives ideas to build in the earth because most of this construction are sustainable structures. This technology and techniques that space architecture is developing can be very useful to construct more efficient and environmentally friendly designs on earth.
Not everyone can be a space architect. Also, the opportunities to be part of this depends on the government support of explorations programs. There is an organization named the AIAA (American Institute of Aeronautics and Astronautics). They are in charge of all this community. It is important to say that a space architect must be prepare for everything. They should have the knowledge as engineering, the ability to construct in extreme conditions, become familiar with human space conditions, and speak the technical language of design, in order to help when times comes.
Ones of the first ideas of how to get to space started with the V-2 rocket in 1945. This idea was developed during the World War II when the Nazi party wanted to create a weapon to destroy enemy aircraft, ships and anything they could. After World War II start people got really excited by the idea of going to another planet or even living in space because they began to understand rocket science with the creation of V-2 rocket.We were very advance in technology because we began to fly, created nuclear arms, firearms and many more. Also, the idea to go to the moon was the dream of all the people. The Soviet Union and United States start the Cold War where the goal was to achieve the first spaceflight. The race between these two nations was very strong and it wasn’t just a race to go to the space, it was a political conflict, economic and scientific competition between these two powerful nations. Both of them start to launch artificial satellites, space probes to the moon, Mars, Venus and prototypes into the space. The real competition starts in the 1955 when the Soviet Union respond to the first announcement by United States of the intent to launch artificial satellites by saying the will also launch a satellite in the “near future”. According to history this was very stressful times and people said that United States made it to the moon thanks to the successful launches that the Soviet Union didduring this time. The Soviet Union were very advanced with all the technology they had. They were the first one to achieve the goal to send a human to the space in 1959, but that wasn’t the goal. United States try several times before one succeeds. In their first launch in 1967 they were doing a rehearsal test, Apollo 1. This one fail and it was remembered because three astronauts where kill because a system failure. It took more thana year to redesign the space craft, but it’s not until Apollo 11 that the race to space ended even though when Soviet Union had achieved more than the United States. Apollo 11was the first mission with and American that made it to the moon in 1969.
“Neil Armstrong, Edwin Aldrin landed an ungainly spacecraft named Eagle on the moon and spent two hours exploring the lunar surface. They left next day, rendezvousing in lunar orbit with the command ship Columbia and returning safely to Earth. The Apollo 11 landing ended a decade of competition between the Soviet and American space programs helped to restore the nation’s self-confidence and began the intensive program of exploration that transformed scientist’s understanding of the moon” (Gale,14). We have to say that we couldn’t make it without the government support. We have to remember that all of this is missions and accomplish need to be supported by the President, but as I said this time were very intense in the whole world because of this Cold War. It was an economy and a power war to see which one have more money to support the project and see which one have the best technology in the world. Thanks to this space race we increased our knowledge in everything space related. Also, we have to say that we increase the amount of research in technology in a very short time. They repeated the launch with Apollo 12, but later on, the missions and explorations to the moon and space were cut back because they already achieved the goal and there was an unemployment rise in United States, so the space industry was the first affected.
In the 1980s the ISS (International Space Station) was created. This is a modular space stations in the low Earth orbit. That is a multinational station where we have 5 participants that are NASA (National Aeronautics and Space Administration) from USA, Roscosmos (Russia), JAXA (Japan), ESA (Europe) and CSA (Canada). This station serves as a space environment research laboratory and a space to stay for the future missions to the Moon and Mars. Saying this we have to mention one of the best accomplishments after Apollo 11 that NASA did, and it was the Space Shuttle program. This spaceflight program was very important because it was the first space vehicle that did several flights into orbit and began to reused parts of the craft like the solid rocket booster. They accomplish the creation of the ISS with this spacecraft during 1981 to 2011.After this year the space shuttle program ended because as I said before all this missions and explorations programs depends on the government support.
“NASA and the commercial company SpaceX are scheduled to do something that hasn’t been done in nearly a decade – launch astronauts to the International Space Station aboard an American rocket.” (NPR, 1) It wasn’t until May 31st, 2020 the Crew Dragron Demo-2 mission, with the collaboration of SpaceX that is a private company founded in 2002 by Elon Musk that sent humans to the ISS from American soil. This was a very important time in history because without the achievements of Falcon 9 which succeed at reusing parts of the craft,this launch wouldn’t have been made.
In 2016 Elon Musk aske their crew: “How fast we can establish a self-sustainable city on Mars?” ( Disney PLUS) We can say that the idea of space tourismand making a sustainable city in spacehas advanced. Right now, they are designing, manufacturing and launching advance rockets of space tourism as a viable commercial venture.“We need to go to Mars because it protects us from our extinction. There is sort of different things that can happen on earth that would kill all humans on the planet, but once humans are on two different planets the odd of extinction drops to cero”.( Disney PlUS)Going to space is really expensive, but with the creation of Falcon 1 to falcon 9 and dragons mission each one of them has been a step that allow us to test out and built technology that will eventually allow us to go to Mars. Go big or go home.
In order to build a big city in Mars we don’t need to build big spaceships we can make several flights directly with the equipment required directly to Mars. The colonization to Mars and not to another planet it because Mars has a surface area it is similar to Earth. It is also rich in carbon, nitrogen, oxygen, water and many more. It has all raw materials that Earth have to support life and human civilizations. This is what makes Mars so special and so different between the moon that would be our closest option between other planets. In order to create a civilization in Mars we need have the essentials like water, energy and food. We can obtain water from the soil; different studies had demonstrated that there is frozen and evaporated water. We can obtain energy by the solar panels and by a wind generated. They are still investigating if the soil is great to plant food. There is an atmosphere very thick that could protect us from the solar flares. It has been demonstrated that humans can only live in two locations Mars and Earth because the similarity in the atmosphere. Knowing all of this as space architect we would have the possibility to create a totally new civilization. We wouldn’t have limitations in terms of designs because we have plenty of space to build on. Our goal is to see which would be our new necessities in this new environment and era we would live in. As I said before “We will become extinct if we don’t become a space faring species”. (DISNEY plus). Mars is our new goal, someday going to the space would be like going to another country and there would be different cultures and traditions that we will learn in Earth. Every step we made is a step-in history and it is also a step to the near future. Failure means learning and as Walt Disney says keep moving forward, open new doors and do new things.
Since the beginning of space flights and the advances we have made through the years. Space traveling have been one of the goals humans want to make. We can’t say that it would be the same as travel country to country because the materials to create the spacecraft are more expensive because the different atmospheric experiences it passes through. Also, we need to take in considerations that is not the same travel around the word in an airplane that travel in a spacecraft that is faster it can be really dangerous if the people that is traveling doesn’t have the minimum requirements as the astronauts exam. Travelers should do some test and examination before going to space tourism. There would be a whole training on basic things like how to walk, how to seat and different codes in case of an emergency.
As a plane can be used millions of times Elon Musk is trying to create a spacecraft that could be reusable hundreds of times to transport people to the moon and Mars. Right now, NASA want to create space tourism by making a safe trip that can transport people to the space and return safely. Number of private companies as SpaceX are working to develop this idea. They are working to develops new spacecraft, spaces vehicles, hotels, space airport and more. As a space architect we would design the interior of this spacecraft that would require and additional cabin for the travelers that should be small, comfortable and more attractive. The spacecraft should be attractive and represent confident in order to sell it to the people. Remember that we are responsible to build the necessities humans will need in the space this include the hotel where they will stay during the visit. The ISS would be the first perfect landing to make a stopover to them continue to Mars. The challenge that space architectures have is to get familiar with the different materials and integrate the construction process with the structure. All Dragons missions are preparing spacecraft that will provide transport to humans to the space. Right now, the technology it’s very advance and NASA and SpaceX are working to make sure someday in the near future we could visit the space.
We have to say that “Over the last decade there has been a fundamental shift in the space industry from short-term pioneering expeditions to long-term planning for colonization and new ventures such as space tourism” (Leach, 10), going to mars and the moon and terrestrial space-related industries. Now in days architects are more involved in all the areas. We have learned to develop strategies to achieve different task in our way. Right now, the vision future is to settle in the moon and mars and because of that space architecture has been very involve in this research they want to explore the ways to construct different habitats and structures. Thanks to the technology we have been developing in our favor3D printing has been very useful to show prototypes and try different strategies to develop different models. “3D printing consists of manufacturing materials layer by layer, with little or no wasted material” (Dunn, 1).It has accelerated the growth of orbital infrastructure.The invention of this technology has been very helpful now in days in Earth. We created an entire house using 3D printing. The idea of using 3D printing is to help us to use less materials and save us time.
Thinking about how 3D printing would be helpful in space architecture would be as space structures, fabrications of spare parts, things that we will used in our daily life and preparations of food. The idea of 3D printing is to help us to transport buildings to the space and reducing weight in the missions. Bringing everything we need to survive in the space is very expensive, so the goal is to send the robots to the space anywhere we will build and make the construction on the space. In that way we are saving money and reducing the risk of radiation. Printing in the moon as beautiful as we can say it sounds the perfect idea, but this presents numbers of problems, like the extreme variation of temperatures, daylight in moon it is not the same as Earth and the problem is that we would not receive solar energy to our equipment’s that last charged andproblems with environment meaning the meteorites, radiation, gravity and light intensity. As there are some disadvantages there are some advantages in the moon there are no winds and rain so that would help to heal the materials of the construction. Unlike the moon Mars present similar problems but in different aspects. Mars have the same daylight as Earth, but the Mars there are strong winds storms.
Some benefits of In-space manufacturing will bebuilt what is need in the moment, immediately repair what is broken, build for the use in space, not in the launch, built large structures, less exposure of humans and less work, time delay will not be a problem anymore, repair and mission risks will be less. NASA is working to made food in Space with 3D printing. Of course, we want our astronauts to be good shape eating all the nutritional needs. This could also be a benefit for the future to the space tourism. Before we progress with this idea, we need to study all the consequence and benefits 3D printing have. It is important to take in considerations the new atmospheric we will be built. We still have many failures before succeeding.
We have to say that all of this technology advances to go to the space have contributed to the terrestrial technology if we can call it like that and vice versa. We can say that we are living in a new era of development. Terrestrial space architecture consists in the elaboration of a spaceport some areas for tourism but in Earth. Spaceport Americais located in New Mexico and is the world’s first purpose-built commercial spaceport design and built by the Architects Foster + Partners the winners of an international architectural competition on 2007. It serves as a home for spacecrafts, astronauts’ preparations and flights operations. This building is fully accessible to general public but have the perfect balance of privacy in order to have limit access where its need it. The building documents all the history of space explorations through years, all the achievements that humans have made. This building was constructed with sustainable materials and techniques that will takes the advantage of the natural light and the winds that are in the area. The design of the building wants to represent the technology advance human had made in space, so you can feel in some way that you are in the space station.
In conclusion we can say thatspace architecture is still a branch of architecture that is still been developing. There is so much we have to discover in space and our planet, but because the persistent of man we will go as far as we have through the history. Knowing the past, it very important to understand the present, how we live today and the things that are happening right now. Later on, the idea of going to the moon vas very unrealistic or even going to the space, but we made it and it was the first step of the future commercial travels and more things we dream of. We are totally making history every failure we made and every succeed contribute to what we are today and the technology we have right now. What is coming next we really don’t know but for sure we will succeed.
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Over 190 Air Nigeria passengers arrived Gatwick Airport 8:30 yesterday morning to fly back home …and for 8 hours, they were stranded at the airport. The travelers were informed of lack of ‘fuel’ to fly the aircraft to Lagos, and were told to contribute extra £40 each for purchase of ‘Aviation Fuel!
Eventually, the plane left Gatwick airport at 4:30 pm and arrived Nigeria at about 12:30 early this morning.
After spending extra hours before leaving Gatwick for Lagos, and arrived way past midnight, passengers were shocked to be informed to come back for their luggage!
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There are few pop culture combos more tantalizing to internet, space geeks than Elon Musk and Wolverine. Think sci-fi meets regenerative healing powers and sweet mutton chops. While most often compared to fictional, eccentric billionaire Tony Stark, Musk has become a cult hero among aerospace buffs with his push for reusable rockets and near-term colonization of mars. His privately held company SpaceX has redefined the space industry by consistently launching and landing their workhorse falcon 9 rocket. This miracle of technology has allowed for aggressive reductions in payload delivery costs and helped the young aerospace firm corner the launch market. Musk has always claimed that orbital transport was never his end goal. SpaceX was founded for one purpose; deliver the technology to develop a spacefaring civilization and create a self-sustaining colony on Mars. Such big dreams require equally large rockets. This is where the reusable Super Heavy Starship, formally known as the Big (cough) Falcon Rocket, comes into play.
The fully stacked Super Heavy first stage and Starship Spacecraft measure in at approximately 118 meters tall. This beast of an interplanetary transportation system is designed to deliver 100 tons of cargo to mars while achieving the lowest marginal launch cost in history. These lofty goals require a massive spacecraft to crash into the Martian atmosphere at 7.5 kilometers per a second and decelerate using aerodynamic forces punctuated by a rocket-powered, hover slam landing. Don’t forget about the return trip with Earth’s significantly denser atmosphere applying even more friction.
With such large forces at play, one of the key technological challenges is the spacecraft’s heat shield. Like a knight riding into battle, a heat shield provides protection at the expense of additional weight. This tradeoff is critical when cargo capacity equates to life sustaining supplies. After first exploring carbon fiber construction for its strength to weight ratio, SpaceX has hit on an audacious plan to reduce development cost and ensure reusability of the Starship; build a spaceship out of stainless steel that sweats methane on entry. With weight foremost on the mind of rocket scientist, the proposition of a steel spacecraft seems anti-intuitive. On further inspection, when you add up the reinforcement material required for carbon fiber connection points and the higher melting temperature of modern steel alloys, the proposed design reduces weight by requiring less conventional heat shield material on the spacecraft. Augmenting the cooling via transpiration effectively allows the Starship to regenerate much of its heat shield capacity by replenishing methane which is also used for rocket fuel. Think really shining metal with powers of regeneration. Did someone say Wolverine?
The Starship’s transpirational cooling system is meant to augment and protect a more traditional heat shield on the reentry side of the spacecraft. This system maximizes overall reusability of the spacecraft while minimizing weight. The fact that we can compare it to our favorite member of the x-men makes the whole proposition even cooler, no pun intended. Here’s to the Wolverine heat shield.


So, for each kg in LEO the harvester has to produce 3. The first and most obvious customer is NASA; an orbital fuel depot would allow them to launch satellites on smaller LVs or launch larger satellites, allowing a choice between savings on the LV and increased capabilities on the spacecraft.
Well, Kattie is standing next to the small generator which provides electricity for our business during power outages during the summer monsoons. Fortunately this is enough for the outbound trip of a cargo tug.
Ms Dube has also been appointed as a member of the board of directors. Because the vehicle needs to aerobrake, it requires a reusable heatshield. That will drive up the dry mass of those systems, and by extension the propellant and overall cost of moving people to and from EML2.
The third fuel category is inert gases argon, xenon for ion engines; these can be stored as compressed gases or cryogenic liquids.
They have a lot going for them, including: The retirement of Mr Dijkgraaf is consistent with the board. Therefore let's try to find a route that takes about 7.
The engine starter solenoid is located near the base of the copilot's control stick and is activated by the magneto key switch. Cheap propellant in LEO is useful for missions to other planets or moons. The new engineering manager wanted to change this paradigm and attempted to implement protocols and policies that placed product quality over quantity and new product design.
Planetary Resources would like to retrieve water rich carbonaceous asteroids.
Farquhar Route Using an lunar gravity assist along with an Oberth enhanced burn deep in the moon's gravity well, EML2 is 9 days and 3. Plenty of metal oxides are available including iron, aluminum and titaniumbut carbon is rare. You could launch into a polar LLO, and then do multiple burns from there to EML2, but the propellantless launch option would only provide the first leg of the trip surface to LLO.
Put the perigee close enough to Earth and you can even get some aerobraking. From EML1, a craft with a heatshield can get to any low Earth orbit for 0. Without a heatshield, 3.
Electrical power is supplied by a 12 volt, direct current system. The Repurchase will be funded from Sasol.
Fuel can be harvested at the harvester's pace, shipped to the depot at the tanker's pace and accumulated for later use. Also, the STS crew rendezvoused with and attached a rocket motor to the Intelsat VI F-3 communications satellite to allow it to make an orbital maneuver.
At this point fuel can be transferred all the way to LEO; without a proper depot there are some inefficiencies, so only about 40 tons are delivered in each shrouded tanker requiring two standard tanker flights to fuel up. The sun boosts apogee as well as perigee.
This initial ton plant with 1 year of spares and a kg dextrous robot for remote repair operations would provide the first ISRU fuel as a proof of concept. This ignores the significant commonalities between systems; all the propulsion units are identical, all tankers identical other than the cargo adapter and all six ton ISRU plants are identical.
First let's establish some basics: If reliable fuel is available from Phobos then the lander might be redesigned to refuel both in LMO and on the surface, allowing it to carry more payload each way.
An elliptical orbit from such a launcher would have its line of apsides pass through the launch location, which would be orthogonal to the Moon-EML2 line. Whatever could be reused in some way is unknown, but the real value is in the forensic analysis of how the satellite weathered in the GEO environment over a known period of time.
Low Earth orbit takes anywhere from 9. When times are good and above average returns are generated, other departments may make extra demands for more funds. Ultimately the cost of shipping along this route is the cost of spares and replacement of the various ISRU bases, depots and tugs. Let's also assume that spares are supplied as ton packages by Falcon 9, two per synodic period.
Jim seems sandwiched between Phalen and Short. Each launch site has a specific, most-efficient inclination. Mustang II NRH Project Description and System Schematics Updated November 25, General: Original "Kit" purchased from Bushby Aircraft September, Plan1 Capability List D B B B B Nov (Official Notice) As previously reported, the South African Revenue Service ("SARS") issued revised assessments for Sasol Oil (Pty) Ltd.
("Sasol Oil") relating to a dispute around its international crude oil procurement activities for the to tax years.
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Description of Encyclopedia of Airliners
Encyclopedia of Airliners for. Off-line encyclopedia of airliners. If you are waiting for your flight at the airport then this is a must-have app for you! You will: ✈ learn details about more than 70 aircraft models in METRIC or IMPERIAL units, ✈ see their photos (more than 130), ✈ compare planes with their competitors, ✈ check charts of planes ordered by more than 30 criteria Since this app DOES NOT use INTERNET CONNECTION at all, you can spend the long time of your flight browsing it. But don't forget to switch your device to the Airplane Mode! Currently the following aircraft are included but more ones are to be included soon: Airbus A300B4, A300-600R, A300-600ST Beluga Airbus A310-200, A310-300 Airbus A318-100, A319-100, A320-200, A321-200 Airbus A330-200, A330-300 Airbus A340-200, A340-300, A340-500, A340-600 Airbus A380-800 Antonov An-225 Mriya Boeing 737-100, 737-200, 737-200 Advanced, 737-300, 737-400, 737-500, 737-600, 737-700, 737-800, 737-900ER Boeing 747-100, 747SP, 747-200, 747-300, 747-400, 747-400ER, 747-8, 747 Dreamlifter Boeing 757-200, 757-300 Boeing 767-200, 767-200ER, 767-300, 767-300ER, 767-400ER Boeing 777-200, 777-200ER, 777-200LR, 777-300, 777-300ER Boeing 787-8 Dreamliner, 787-9 Dreamliner Concorde McDonnell Douglas DC-9-10, DC-9-20, DC-9-40, DC-9-50 McDonnell Douglas DC-10-10, DC-10-15, DC-10-30, DC-10-40 McDonnell Douglas MD-11, MD-11ER, McDonnell Douglas MD-81, MD-82, MD-83, MD-87, MD-88 Hughes H-4 Hercules Ilyushin Il-86 Ilyushin Il-96-300, Il-96M, Il-96-400 Tupolev Tu-144 Tupolev Tu-154 You will learn this information: Year of the first flight, year of end of production, how many items were built, list price of model being on sale, number of flight deck crew, passenger capacities with different layout of classes, layout of seats in one row, wingspan, wing area, wing sweepback, overall length, inner cabin width, outer fuselage width, cargo capacity, typical operating empty weight, maximum take-off weight, cruising speed, maximum speed, maximum range when fully loaded, length of take-off run when fully loaded, fuel capacity, service ceiling, number of engines, thrust per one engine, fuel consumption, operators. App shows airplanes' specification in either IMPERIAL or METRIC units or BOTH, according to your preferences (your system settings is default, alternatively you can switch it on the Info page). For better imagination of airplane attributes some charts contain extra items for comparison (e.g. hockey ice ring length among lengths of planes)..


National Aeronautics and Space Administration (NASA)
Mission and Vision
The mission directives of the National Aeronautics and Space Administration (NASA) are to enable a safer, more secure, efficient, and environmentally-friendly air transportation system through aeronautics research; operate the International Space Station and prepare for human exploration beyond low Earth orbit; explore the Earth-Sun system, our own solar system, and the universe beyond; and develop the crosscutting, advanced and pioneering new technologies needed for current and future missions, benefiting the aerospace industry and other agencies, and addressing national needs.
Grant Program Highlights
NASA initiated the National Space Grant College and Fellowship Program, also known as Space Grant, in 1989. Space Grant is a national network of colleges and universities. These institutions are working to expand opportunities for Americans to understand and participate in NASA's aeronautics and space projects by supporting and enhancing science and engineering education, research, and public outreach efforts.
NASA Research Opportunities
Supporting research in science and technology is an important part of NASA's overall mission. NASA solicits this research through the release of various research announcements in a wide range of science and technology disciplines. NASA uses a peer review process to evaluate and select research proposals submitted in response to these research announcements. Researchers can help NASA achieve national research objectives by submitting research proposals and conducting awarded research.
Small Business Innovation Research (SBIR) and Small Business Technology Transfer (STTR) Programs
The NASA SBIR and STTR programs fund the research, development, and demonstration of innovative technologies that fulfill NASA needs as described in the annual Solicitations and that have significant potential for successful commercialization.
International Space Station Funding Opportunities
There are several sources of funding available to scientists to be used for International Space Station (ISS) research and development, payload development, payload processing at NASA facilities, on-orbit operation, and more. NASA funding for space station use is obtained through NASA Research Announcements (NRAs). National Laboratory funding for space station use is obtained through research opportunities with other government agencies, as well as with entities in the private and non-profit sectors.


The Civil Aviation Authority of Singapore (CAAS) has implemented mandatory registration for Unmanned Aircraft (UA) from 2 January 2020.
- Any UA, such as a drone, with a total weight of above 250 grams must be registered before you fly.
- Registrants must be at least 16 years old at registration.
- From 2 April 2020, it will be an offence to operate an unregistered UA in Singapore.
The Civil Aviation Authority of Singapore (CAAS) has announced the launch of the Unmanned Aircraft Basic Training Certificate (UABTC) and Unmanned Aircraft Pilot Licence (UAPL).
As of 1st February 2021,
- UABTC will be required if UA pilots are flying for recreational or educational purposes with UA weight more than 1.5 kg but not exceeding 7kg. Please click here for more information.
- UAPL will be required if UA pilots are flying for (i) Recreational or educational purpose with UA weight exceeding 7kg; or (ii) Commercial purpose (non-recreational or non-educational) regardless of the UA weight. Please click here for more information.
Drone laws in Singapore must be comply at all times during the usage of drones in Singapore.


Boeing stock analysis
Today morning Boeing surrendered and grounded the new model after President Trump earlier banned the 737 Max aircraft to take off or fly in the US airspace
Orders in tens of billions in danger – airlines are reexamining orders worth $ 57 billion
The Max 737 is considered A profitable model with a high order backlog of Boeing and is the company’s best-selling airplane model, so the crisis around it puts in jeopardy tens of billions of dollars in revenue.
Yesterday Boeing share closed 0.5% higher on Wall Street – its first close in eight days, after falling more than 3% on the day. In the previous two trading days, the stock plunged more than 11% – the sharp two-day fall since 2009, which cut the aircraft manufacturer’s market value by nearly $ 27 billion.
Did you know that there are shares that tainted more than 1000%, Yes Yes you heard correctly:
Stocks like Boeing and Home Depot have grown at amazing rates ….
Technical Analysis of Boeing
You can see a number of things huge turnover vol in recent days not seen in recent years – it has a lot of significance, will these dive bring new buyers or will the money continue to emerge from Boeing share?
$ 311-315 is a support area- as long as the stock trades above the trend is positive
|Boeing stock analysis
This review does not include any document and/or file attached to it as advice or recommendation to buy/sell securities and/or other advice


Wednesday, August 08, 2007
The Space Shuttle Endeavour lifted off about an hour ago with Barbara Morgan on board. Morgan was the backup to who was going to be the first teacher in space, Christa McAuliffe, in 1986, when McAuliffe died in the Challenger accident. After the accident, NASA told Morgan that she would fly eventually. Well, it took 21 years, but she finally did! Awesome!


Let the countdown begin. Underneath these sheets you will dream far beyond the stars. Because the astronaut suit that’s on there, is real. It’s not from the costume shop around the corner, but from the Space Expo Museum in Holland. So lie down, close your eyes and feel gravity decrease instantly. Houston, we have lift off!
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- Umbrella Cosmonaut - Ingela P. ArrheniusVilac
You're almost wanting it to rain so you can take out this beautiful wooden umbrella from Vilac & Ingela P. Arrhenius. It is decorated with a space rocket, the moon, the earth, a satellite, stars and planets. And it has a clipless lockout to protect those little fingers.Out of stock


now that Exclusive permits are needed to fly drones in Lebanon. Drone house owners need to stay clear of airspace higher than military bases and conflict-delicate zones.
The email you have got entered will not be an actual e-mail tackle. Sad to say we don't deliver company for this space As a result of constraints we cannot supply business flights from Lasham, remember to decide a close-by option or get in touch with the Workplace on 0207 978 0173.
Even if capturing in minimal mild the standard has actually been amazing for these kinds of a little digicam device, and The steadiness with the camera at three hundred ft is often pretty astonishing. It's also possible to shoot panorama photos equally as you should when down at sea stage, Once more creating something really unique.
They dealt properly with landowners and revered our task limitations, for instance, sensitivities regarding hen disturbance – and went that additional bit to seize actually amazing visuals”
Our greatest altitude established by the CAA is 400ft so we're able to finding These substantial and wides as well as having the ability to fly 500m absent for any needed monitoring shots. Now we have numerous drones/UAV platforms readily available as we take pleasure in that not just about every position is similar.
In combination with the published ask for, the Air Power also calls for applicants to incorporate a replica of the operator’s particular ID, a duplicate of your operator’s passport (in case the operator is really a foreigner), and an image of the remotely controlled aircraft with its serial amount.
Delivered customers adhere to the gap guidance (outlined higher than), drones weighing 20kg or considerably less can be utilized for private use with no CAA approval. However, they must be flown in ‘Visible line of sight [of the pilot] and perfectly away from people, house and congested locations’.
“In 2017 Purely natural England commissioned flowndrones to provide a number of small movies with higher Visible impression capturing the beauty of the Essex coast in a demanding timetable. They introduced creative Concepts which sent a product outside of our expectation with exceptional communication through.
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If you would like get more info stay away from the dreaded Picture booth, Why don't you acquire your own passport Photograph? We supply you with the lowdown on passport taking pictures, production and printing.
Our aerial filming group have been with each other for many many years and we work into a wonderful art in translating drone speed, positioning, altitude, first rate level and pan/tilt within the gimbal to execute an excellent shot.
Unmanned aerial imagery for use in Essex UK. CAA compliant and thoroughly insured to fly at heights a complete dimensions helicopter would not be allowed to fly at.
The CAA will inquire to discover an up-to-date operations manual and evidence which the ‘pilot’ is knowledgeable.


Drones are becoming a hot item with the potential to change many industries. Atlanta Hobby in Cumming plans to be on the forefront of the drone revolution. The company sells remote controlled helicopters with a camera attached. Cliff Whitney, president, said, “[People] expect some big predator with cruise missiles hanging off of it. That’s not what we have here.”
The drones can be used in the photography industry, by farmers looking to locate where to add more fertilizer, and real estate agents needing to showcase their property better. CNN is even working with Georgia Tech to study how drones could be used safely and effectively by journalists.


Earth Day 2020
Here are some things you can do this year:
Watch live video about Earth Day.
Find digital events across the world.
Want to help NASA do science? Become a GLOBE Observer and collect data outside with an app.
Learn about Earth's water cycle, weather, and climate with Precipitation Education.
On the NASA Science at Home page, parents can find activities for children by grade level.
Watch Jessica Meir talk about Earth Day on the International Space Station!


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Today was Andy's final flight for the military. In honor of his last mission, the squadron came out and "hosed" him. It's a time honored Air Force tradition. When an aircrew member takes his or her last flight, they must get soaked. They fill buckets with ice and water, use hoses and bottles of champaign. Before today's flight, Andy logged 1,290'ish hours in military aircraft. Of those hours, over 185 hours were flying combat missions! He also spent 1.6 hours documenting the infamous Air Force One plane over New York, which proved to be more hostal than any combat zone! LOL! Andy has logged time in nearly 50 different airframes - both foreign and domestic military. Some of his highlights were flying in F-16's test engineer "super sonic" school airframes.
Andy said, "It was fun flying with the Secretary of Defense Donald Rumsfeld on his C-32 too."
"To this day, the coolest thing I did was document an SR71 get refueled by a KC135. It's the coolest looking airplane ever. The after burner trail like 50 feet long. It was awesome!"
With so many hours logged on so many airframes, I'm sure his head is full of great stories. Be sure to ask him sometime.
While his flying days are over for the Air Force, he will always be up in the air. whether training young photograhers or shooting a natrual disasters.
There's more we will see from him!
From his loving wife, Stacy
Posted by Stacy Pearsall at 10:32 PM


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Out of the twenty-five, there are two milestone launches in which the the Soviet Union showed their obvious superiority to the US. Space technology became an extremely important aspect because of its potential military advances.
The American program had been delayed because Eisenhower insisted that the space program should be a non-military operation, and that it should not make defense missiles for space exploration. The next feat in the Luna program was Luna 9, the first spacecraft to achieve a soft landing on the moon and to transmit photos to Earth.
Inthe International Geophysical Year IGY was established in which scientists stated that in the time between July 1, and December 31,solar activity would be at a high point. By the anniversary of Sputnik 1, it seemed like the United States were catching up to the Soviet Union in terms of satellites launched.
The biggest rivalry between the two superpowers was the advancement in space technology. It had a spherical shape and during its voyage released an orange cloud of gas so scientist could determine the behavior of gas in space.
ABC-CLIO, Space Race The same rockets that might send a human into space could send an atom bomb to an enemy city and they would not even know that it was coming because of where it would be coming from. Two months after the launch of Sputnik 1, the United States tried to match the Soviet Union by launching their own satellite, but their attempt failed.
This launch was extraordinary because it put the first living mammal into space. With both super-powers up and running with their space programs, the next step was to put a man into space. Across the world Soviet cosmonaut Yuri Gagarin becomes the first person to orbit the Earth.
At the time of Sputnik 2, there was no mention of the US even trying to send any living organism into space because they were still having trouble with regular satellite launches. Even though President Dwight Eisenhower did now want NASA to be in conflict would the military it would be an advantage if they teamed up so they could get advantages in space and war.
The first accomplishment in the luna program was on September 14th, as Luna 2 became the first spacecraft to land on the moon. Whoever got to space first would have advantage over the other country. About two months after Luna 2 landed on the moon, the US tried to do the same with th Pioneer 5 linear Orbiter, but failed.
It involved both of those countries to explore outer space with artificial satellites, to send humans into space, and to land people on the Moon. It was predicted that Laika would live for ten days, but due to thermal problems inside the satellite she only survived for about two.
Satellite equipment could spy on other countries, while space exploration could serve as propaganda for the country. On September 14th, after Space exploration and satellite technology could feed into the cold war on both sides.The space race, a race to see who could make it to space first.
It had origin ties to the arms race between America and the Soviet Union. The purpose of this research paper will be to get information on just what the space race was. Jun 14, · Space Race Essays (Examples) Filter results by: It signaled the start of the Cold ar space-race between the two major super powers of the time and developed into a race for putting the first man on the moon that culminated in the historic "giant leap for mankind" on July 20, when Neil Armstrong became the first man to walk on.
The space race essaysThe USSR (Union of Soviet Socialists Republic, now known as Russia) and the United States had been disagreeing on things since When World War ** ended inthe Cold War began. The Cold War was not an actual war, but more like a competition over military leadership.
Space Race Outline Essay example students can learn at their own pace and time allowing a stress free environment to help students excel. Logically, the more students are enrolled the more money you make. Essay about The Space Race - The Space Race was a competition between the Soviet Union and the United States for supremacy in space.
From untilboth sides battled it out to be the leader in the competition. The “Space Age” or “Space Race” was a race between Russia and the United States for the supremacy of outer space. The Sputnik satellite led to additional funding for the space program in the United States, and the formation of the National Aeronautics and Space Administration (NASA).Download


Ray Li has often had flying dreams in his childhood and youth. In those dreams, he could will himself to lift off the ground and levitate over people and objects. Or he would leap from the top of a long flight of stairs, and glide down hundreds of steps without touching the ground. It was only many years later that he learned that almost one in three people have flying dreams.
In 2000, a chance encounter with a watercraft rental operator in Newfoundland would change his life forever. While riding, he was surprised by the amount of thrust from the small engineand jet pump and decided to investigate the possibility of “flying” with controllable water jets as an amusement park ride. After some research and experimentation, he proved that the idea could work but could not find a solution to control the thrusts and other forces for controlled flight. The project was shelved.
After two years and several design iterations, the first prototype was completed and built in late 2004. In January 2005, it was successfully thrust-tested at Canada’s National Research Council’s Institute of Ocean Technology in St. John’s, Newfoundland. Afterwards, testing had to be moved to the warmer climates of South Florida to allow for year-round testing. The first manned flight took place on March 5, 2005, when the jetpack was already demonstrating great stability. Many revisions later, the first servo controlled working prototype was built and demonstrated in October, 2008. Finally, the first production prototype was completed and demonstrated in March 2011.


田宫89969 田宫旧化粉彩《限定色》- WWII美国海军战机专用(深海蓝、铁锈、浅艾草)
This is a weathering Master set designed for adding a touch of weathering realism to your models. This set is ideal for US Navy aircraft from WW II.
- Handy plastic case contains 3 marking colors, of which 1 is brand new.
- Dull Blue (new!): used to simulate fading effects on the navy blue color employed on WWI US Navy aircraft fuselage panels
- Rust: Particularly useful around the aircraft’s exhaust.
- Light Green: Provides an excellent 3D effect to areas such as the cockpit and landing gear.
- Double-ended applicator features brush and sponge tools.


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Collection: Jupiter Rising
All of Inspire Active Wear fabric designs are created from photographs.
No. 296 Jupiter Rising
I am fascinated by the images of our solar system and outer space. Over 20 years ago NASA sent the Cassini spacecraft on a mission to Jupiter to explore the planet and its four moons. Cassini arrived at the planet in 2016 and has been sending back photographs ever since. My favorite images are those of Jupiter's atmosphere which seems almost alive with its moving waves, swirls and changing colors.
This photo was taken by the Cassini spaceship on it's expedition to Jupiter. Nasa released many photos to the public and encouraged artists to use them to create works of art.
The inspirational quote for Jupiter Rising:
The question isn't who's going to let me; it's who's going to stop me?


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Hello my friend, I do hope you are very well on this fine autumn evening.
I have an opportunity for you if you would like to hear me out.
I am Dr. Bakare Tunde, the cousin of Nigerian Astronaut, Air Force Major Abacha Tunde. He was the first African in space when he made a secret flight to the Salyut 6 space station in 1979. He was on a later Soviet spaceflight, Soyuz T-16Z to the secret Soviet military space station Salyut 8T in 1989. He was stranded there in 1990 when the Soviet Union was dissolved. His other Soviet crew members returned to earth on the Soyuz T-16Z, but his place was taken up by return cargo. There have been occasional Progrez supply flights to keep him going since that time. He is in good humor, but wants to come home.
Long story short, you send me 5 moons and I will send you 5 million in return.


We’re having a Live Stream!!
The stream is scheduled for September 16th, 2016 at 9:00pm (eastern time USA / GMT -5) and is expected to last 2 hours. The game of choice for this stream, is Kerbal Space Program, where we are on a mission to complete A CHALLENGE! The video is embedded above, and you are free to watch it here if you want. If you want to engage in the comments section for the stream however, please click the visit the video on YouTube directly.
This weeks challenge for the stream is as follows: Build and Pilot an SSTO (Single Stage To Orbit) craft to Duna
However, these are the success conditions:
- The plane must transport 15 kerbals
- The plane must NOT dock or otherwise connect to any other vessels for fuel transfer (no refueling)
- The plane MUST LAND on the Surface of Duna
- The plane must haul a ROVER to the surface with it
- Kerbal will plant a flag on Duna, and Rover will take science experiment from the surface to prove victorious
- FAR (Ferram Aerospace Research mod) must be installed and operating with default settings the entire time.
- We’ll be using as many stock parts as possible during this build, but this is not a requirement. Mod parts allowed this time.
BONUS CHALLENGE: Return the plane and the Kerbals back home safely. Super Amazing points for landing on the landing strip when doing so.
YOU CAN JOIN IN ON THIS CHALLENGE AS WELL! Here’s what you can do!
Build a plane for a mission that matches the above criteria, and test out your skill in accomplishing this goal yourself! Then, when you think you’ve nailed it, SEND IN YOUR CRAFT FILE to the HotTips gmail address. The details of this entire contest details, including submission instructions, are in the video below. For security reasons, the email address to submit crafts to is not typed here in text. You will need to watch the video below to learn the address to submit to, OR, open the video up on YouTube, and read in the description of that video.
There is a PRIZE for the person I think had the best looking plane (which still needs to work… I will test the one I pick as the winning craft during the live stream, and it must appear as though it can work, otherwise I choose another plane). The prize is a $10 steam gift card.
IF I NEED TO HAVE A CERTAIN MOD INSTALLED TO LOAD YOUR CRAFT, PLEASE TELL ME THE MODS REQUIRED WHEN YOU SUBMIT! I WILL NOT HAVE MY FULL MODLIST INSTALLED DURING THE STREAM!