Russia sends ‘Fedor’ its first humanoid robot into space
on 2019-08-22 at 07:07
Russia on Thursday launched an unmanned rocket carrying a life-size humanoid robot that will spend 10 days learning to assist astronauts on the International Space Station.
ULA’s Delta 4 Heavy down to final five missions
by Caleb Henry on 2019-08-22 at 02:47
Gary Wentz, ULA’s vice president of government and commercial programs, said the last Delta 4 heavy mission is currently slated for the second half of 2023. SpaceNews.com
GHGSat, Canadian Foundation plan emissions monitoring campaign
by Debra Werner on 2019-08-22 at 02:10
During the 33-month project scheduled to begin in early 2020, GHGSat will compare emissions data from satellite and aircraft sensors with data collected by terrestrial sensors. SpaceNews.com
Search continues for new NASA human spaceflight leader
by Jeff Foust on 2019-08-21 at 21:44
More than a month after he reassigned the longtime head of its human spaceflight division, NASA Administrator Jim Bridenstine said Aug. 21 it may be several weeks before he appoints a successor. SpaceNews.com
NASA awards Aerospace Corp. contract worth up to $621 million
by Debra Werner on 2019-08-21 at 21:23
NASA awarded the Aerospace Corp. an engineering, evaluation and testing support contract with a maximum potential value of $621 million over nine years. SpaceNews.com
No near-term satellite orders for ABS • Amazon joins SIA • Speedcast, Australian Space Agency team up
by Caleb Henry on 2019-08-21 at 19:15
Fleet operator ABS expects to wait until 2021 before planning additional satellites. SpaceNews.com
Spaceflight consistently affects the gut
on 2019-08-21 at 16:05
A new study discovered that spaceflight — both aboard a space shuttle or the International Space Station (ISS) — has a consistent effect on the gut microbiome.
Spaceflight consistently affects the gut
on 2019-08-21 at 14:11
A new Northwestern University study discovered that spaceflight—both aboard a space shuttle or the International Space Station (ISS)—has a consistent effect on the gut microbiom
Steam balloon to facilitate satellite launches
on 2019-08-21 at 14:00
Steam balloons could be used to lift space rockets to higher altitude for launch. Launching from high altitude reduces air drag and thus improves efficiency. The researchers present the method in an article published in The Aeronautical Journal.
Spacewalking astronauts add parking spot to space station
on 2019-08-21 at 13:47
Spacewalking astronauts added another parking spot to the International Space Station on Wednesday.
Large cosmological simulation to run on Mira
on 2019-08-21 at 13:40
An extremely large cosmological simulation—among the five most extensive ever conducted—is set to run on Mira this fall and exemplifies the scope of problems addressed on the leadership-class supercomputer at the U.S. Department of Energy’s (DOE’s) Argonne National Laboratory.
A step closer to solving the methane mystery on Mars
on 2019-08-21 at 13:12
Scientists have taken an important step towards revealing the mysterious source of methane on Mars, by refining estimates of the gas in the planet’s atmosphere.
Deployment test of Webb’s secondary mirror
on 2019-08-21 at 13:10
The secondary mirror—visible in the top right corner of the image—is among the most important pieces of equipment on the NASA/ESA/CSA James Webb Space Telescope (JWST) and is essential to the success of the mission.
MAXI J1621–501 is a low-mass X-ray binary, study finds
on 2019-08-21 at 13:00
An international team of astronomers has uncovered important insights about the recently discovered transient source known as MAXI J1621–501. Results of new observations conducted with NASA’s NuSTAR spacecraft indicate that the object is a low-mass X-ray binary. The finding is detailed in a paper published August 9 on arXiv.org.
A planet without an atmosphere bolsters concerns about bodies orbiting stars smaller than the sun
on 2019-08-21 at 11:21
Most of the terrestrial planets in the galaxy orbit stars smaller than the sun. Because of their sheer numbers, they would seem to be promising candidates in the search for life elsewhere. But astronomers say they suspect that these bodies—especially ones in close orbit—are vulnerable to losing their atmospheres, necessary to support life. The discovery of one such planet beyond the solar system with no atmosphere at all clouds the prospects for its peers.
Space Council recommendations address exploration and management concerns
by Jeff Foust on 2019-08-21 at 01:59
Despite a strong public endorsement of NASA’s efforts to return humans to the moon as a step towards Mars, a series of recommendations approved by the National Space Council Aug. 20 highlight concerns about the agency’s plans to do so. SpaceNews.com
Space Council says NASA’s exploration programs “on track”
by Jeff Foust on 2019-08-20 at 22:43
Nearly five months after directing NASA to accelerate its plans to return humans to the surface of the moon, Vice President Mike Pence said Aug. 20 that the agency’s efforts since then were “on track.” SpaceNews.com
U.S. Space Command and National Reconnaissance Office will join forces to defend space
by Sandra Erwin on 2019-08-20 at 20:56
The intelligence community and the DoD agreed to align U.S. Space Command and the NRO into a unified defense structure. SpaceNews.com
Chinese telecommunications satellite hit by anomalies after launch
by Brian Berger on 2019-08-20 at 18:55
A Chinese telecommunications satellite has suffered unspecified anomalies following an apparently successful launch into geosynchronous transfer orbit. SpaceNews.com
Enabling longer space missions
on 2019-08-20 at 17:09
The Hall thruster is a propulsion system that is often used by spacecraft engaged in longer missions. A recent study has shown how the operating lives of these systems can be further extended.
Optus partners with smallsat startup Myriota on Australian IoT service
by Caleb Henry on 2019-08-20 at 16:16
Australia’s largest satellite operator Optus said Aug. 19 it will jointly pursue business connecting sensors and smart devices with Myriota, a startup planning a constellation of around 50 smallsats in low Earth orbit. SpaceNews.com
Enabling longer space missions
on 2019-08-20 at 16:11
The 50th anniversary of the Apollo 11 moon landing has reignited interest in space travel. However, almost any mission beyond the moon, whether manned or unmanned, will require the spacecraft to remain fully operational for at least several years. The Hall thruster is a propulsion system that is often used by craft involved in long missions. A recent study by Andrey Shashkov and co-workers at the Moscow Institute of Physics and Technology, Russia has shown how the operating lives of these systems can be further extended; their work was recently published in The European Physical Journal D.
Space station’s data rate increase supports future exploration
on 2019-08-20 at 14:20
NASA recently doubled the rate at which data from the International Space Station returns to Earth, paving the way for similar future upgrades on Gateway, NASA’s upcoming outpost in lunar orbit, and other exploration missions. This new data rate will enable the space station to send back more science data faster than ever before.
Stardust in the Antarctic snow
on 2019-08-20 at 14:16
The rare isotope iron-60 is created in massive stellar explosions. Only a very small amount of this isotope reaches the earth from distant stars. Now, a research team has discovered iron-60 in Antarctic snow for the first time. The scientists suggest that the iron isotope comes from the interstellar neighborhood.
Black hole holograms
on 2019-08-20 at 14:16
Researchers show how a holographic tabletop experiment can be used to simulate the physics of a black hole. This work may lead the way to a more complete theory of quantum gravity that harmonizes quantum mechanics and relativity.
Image: Luca installs BioRock
on 2019-08-20 at 14:12
Heigh-ho, heigh-ho, it is off to work the microbes go.
Physicists design an experiment to pin down the origin of the elements
on 2019-08-20 at 12:01
Nearly all of the oxygen in our universe is forged in the bellies of massive stars like our sun. As these stars contract and burn, they set off thermonuclear reactions within their cores, where nuclei of carbon and helium can collide and fuse in a rare though essential nuclear reaction that generates much of the oxygen in the universe.
A space cocktail of science, bubbles and sounds
on 2019-08-20 at 11:31
The International Space Station was again the stage for novel European science and routine operations during the first half of August. Plenty of action in the form of bubbles and sounds added to the mix in the run-up to a spacewalk and the comings and goings of visiting vehicles.
Ancient Mars was warm with occasional rain, turning cold
on 2019-08-20 at 11:07
Scientists have long known that water was abundant on ancient Mars, but there has been no consensus on whether liquid water was common, or whether it was largely frozen in ice.
Mission to Jupiter’s icy moon confirmed
on 2019-08-20 at 11:00
An icy ocean world in our solar system that could tell us more about the potential for life on other worlds is coming into focus with confirmation of the Europa Clipper mission’s next phase. The decision allows the mission to progress to completion of final design, followed by the construction and testing of the entire spacecraft and science payload.
Rocky, Earth-sized exoplanet is missing an atmosphere
on 2019-08-20 at 11:00
Astronomers at MIT, Harvard University, and elsewhere have searched a rocky, Earth-sized exoplanet for signs of an atmosphere—and found none.
How Satellite Closes the Income Gap
by gregoryrt on 2019-08-20 at 08:21
The world is full of sharp disparities between the privileged and those struggling for access: access to good work, to knowledge, to the means to pursue their calling and preserve their communities. Around the world, dedicated people are using technology to close that gap. Technology that is literally out of this world. Building a Better […] SpaceNews.com
SLS contractors expect first launch in 2021
by Jeff Foust on 2019-08-20 at 07:38
While NASA has yet to update the schedule for the first flight of its Space Launch System, companies working on the heavy-lift rocket now expect the rocket to launch in early 2021 rather than 2020. SpaceNews.com
Commercial crew providers prepare for fall test flights
by Jeff Foust on 2019-08-20 at 06:58
Boeing and SpaceX said Aug. 19 that they expect to carry out critical test flights of their commercial crew systems this fall, with SpaceX still hopeful of launching astronauts to the International Space Station this year. SpaceNews.com
India’s Moon probe enters lunar orbit
on 2019-08-20 at 05:46
India’s Chandrayaan 2 spacecraft entered lunar orbit on Tuesday, executing one of the trickiest manoeuvres on its historic mission to the Moon.
FAA launch office, with mounting workload, prioritizing reorganization over expansion
by Caleb Henry on 2019-08-20 at 02:39
The Federal Aviation Administration’s space-related workload is growing faster than its workforce, but the agency wants to complete a reorganization focused on efficiency before seeking more personnel. SpaceNews.com
Atlas, Delta rocket factory begins transition to Vulcan Centaur
by Sandra Erwin on 2019-08-19 at 20:59
Vulcan scores two new customers as ULA begins factory upgrades in preparation for the transition to Vulcan production. SpaceNews.com
New planet discovered in orbit of young Milky Way star
on 2019-08-19 at 20:00
A second planet has been discovered circling Beta Pictoris, a fledgling star in our own galaxy offering astronomers a rare glimpse of a planetary system in the making, according to a study published Monday.
How NASA is becoming more business friendly
on 2019-08-19 at 15:33
A new case study demonstrates the steps being taken by the U.S. National Aeronautics and Space Agency (NASA) to make it easier for small businesses and entrepreneurs to understand its needs and do business with it. The detailed case study, which provides insights on the design, results, and lessons learned from these efforts, is published in New Space: The Journal of Space Entrepreneurship and Innovation.
A second planet in the Beta Pictoris system
on 2019-08-19 at 15:27
A team of astronomers has discovered a second giant planet in orbit around alpha Pictoris, a star that is relatively young (23 million years old) and close (63.4 light years), and surrounded by a disk of dust. The alpha Pictoris system has fascinated astronomers for the last 30 years since it enables them to observe a planetary system in the process of forming around its star.
Scientists complete LSST’s digital sensor array
on 2019-08-19 at 15:05
After 16 years of dedicated planning and engineering, scientists at the U.S. Department of Energy’s (DOE) Brookhaven National Laboratory have completed a 3.2 gigapixel sensor array for the camera that will be used in the Large Synoptic Survey Telescope (LSST), a massive telescope that will observe the universe like never before.
Lab-based dark energy experiment narrows search options for elusive force
on 2019-08-19 at 15:00
An experiment to test a popular theory of dark energy has found no evidence of new forces, placing strong constraints on related theories.
Viasat taps Blue Canyon Technologies to build Link 16 satellite
by Debra Werner on 2019-08-19 at 14:15
Viasat selected Blue Canyon Technologies (BCT) to design and manufacture a cubesat for a U.S. Air Force test of a military communications terminal in low Earth orbit. SpaceNews.com
Eight new repeating fast radio bursts detected
on 2019-08-19 at 13:00
Using the Canadian Hydrogen Intensity Mapping Experiment (CHIME) telescope, astronomers have identified eight new repeating fast radio burst (FRB) sources. The finding, reported in a paper published August 9 on arXiv.org, could shed new light on the origin and nature of these mysterious phenomena.
Chinese commercial rocket Smart Dragon-1 reaches orbit with first launch
by Brian Berger on 2019-08-19 at 12:54
A Chinese rocket company launched its first rocket Saturday, successfully sending three commercial satellites into orbit and boosting domestic light-lift competition. SpaceNews.com
Robotic tool operations bring in-space refueling closer to reality
on 2019-08-19 at 12:37
NASA’s Robotic Refueling Mission 3 (RRM3) completed an initial set of tool operations, bringing the idea of using water ice or methane from other worlds as fuel for spacecraft one step closer to reality. The ability to store and transfer cryogens (super-cold hydrogen, oxygen and methane) will help spacecraft journey father into our solar system and beyond.
Rocket Lab Electron launches four smallsats
by Jeff Foust on 2019-08-19 at 12:27
Rocket Lab launched four small satellites Aug. 19 on a mission that also brings the company one step closer to reusing the first stage of its Electron rockets. SpaceNews.com
Video: Moving on Mars
on 2019-08-19 at 12:25
The ExoMars mission will see Rosalind Franklin the rover and its surface platform Kazachok land on the Red Planet in 2021. From fine-grained soil to large boulders and slopes, the rover has to be able to move across many types of terrain, collect samples with a 2 m-long drill and analyze them with instruments in its onboard laboratory.
Spotting merging galaxies
on 2019-08-19 at 12:25
Over 30 years ago, the Infrared Astronomy Satellite discovered that the universe contained many extremely luminous galaxies, some more than a thousand times brighter than our own Milky Way, but which are practically invisible at optical wavelengths. These galaxies are powered by bursts of star formation buried deep within clouds of dust and gas. The dust absorbs the ultraviolet light while radiating at infrared wavelengths. In many cases the hyperactivity was triggered by a collisional encounter between galaxies that facilitated the collapse of interstellar gas into new stars.
NASA issues call for proposals for Gateway logistics
by Jeff Foust on 2019-08-19 at 09:42
NASA formally issued a call for proposals to provide cargo transportation services for its lunar Gateway Aug. 16, offering up to $7 billion in contracts to support operations of the human-tended facility. SpaceNews.com
Scientists detect a black hole swallowing a neutron star
on 2019-08-19 at 08:40
Scientists, including from The Australian National University (ANU), say they have detected a black hole swallowing a neutron star for the first time.
NASA picks Alabama’s ‘Rocket City’ for lunar lander job
on 2019-08-16 at 22:37
NASA picked Alabama’s “Rocket City” on Friday to lead development of the next moon lander for astronauts.
APT Satellite nets $21 million from Apstar-6 insurance claim, next satellite delayed
by Caleb Henry on 2019-08-16 at 21:58
APT Satellite says it has received $21 million in insurance payments for the partial failure of the Apstar-6 communications satellite in May 2018. SpaceNews.com
Marshall selected to lead NASA human lunar lander program
by Jeff Foust on 2019-08-16 at 20:55
NASA’s Marshall Space Flight Center will manage the agency’s efforts to develop a lander needed to achieve the goal of landing astronauts on the moon by 2024, an announcement overshadowed by political wrangling about what center should be responsible. SpaceNews.com
Chandrayaan-2: India’s lunar maneuvers continue
by Caleb Henry on 2019-08-16 at 16:21
India’s second lunar mission, Chandrayaan-2, is scheduled to enter lunar orbit Aug. 20 following a relatively circuitous journey to the moon. SpaceNews.com
Space samples link NASA’s Apollo 11 and Mars 2020
on 2019-08-16 at 14:10
On July 24, 1969, Apollo 11 command module Columbia splashed down in the Pacific, fulfilling President Kennedy’s goal to land a man on the Moon and return him safely to Earth. Among the mission’s many firsts was the acquisition and return of the first samples from another celestial body. Findings based on the 47 pounds (21.5 kilograms) of lunar rock and soil rewrote the textbooks on both the Moon and solar system, and the samples are still being studied today by researchers using new and more sensitive instruments.
Best of both worlds: Asteroids and massive mergers
on 2019-08-16 at 13:51
The race is on. Since the construction of technology able to detect the ripples in space and time triggered by collisions from massive objects in the universe, astronomers around the world have been searching for the bursts of light that could accompany such collisions, which are thought to be the sources of rare heavy elements.
Image: Hubble’s portrait of star’s gaseous glow
on 2019-08-16 at 13:32
Although it looks more like an entity seen through a microscope than a telescope, this rounded object, named NGC 2022, is certainly not algae or tiny, blobby jellyfish. Instead, it is a vast orb of gas in space, cast off by an aging star. The star is visible in the orb’s center, shining through the gases it formerly held onto for most of its stellar life.
Best of both worlds: Asteroids and massive mergers
on 2019-08-16 at 13:24
Researchers are using the Catalina Sky Survey’s near-Earth object telescopes to locate the optical counterparts to gravitational waves triggered by massive mergers.
Air Force soliciting bids for small, medium satellite launch program
by Sandra Erwin on 2019-08-16 at 07:33
OSP-4 is designed to accommodate payloads greater than 400 lbs. The Air Force projects it will procure about 20 missions over nine years. SpaceNews.com


Create the Space Station App
In this project, you will:
- Create the Space Station Construction app.
- Create the Space Station object.
- Add fields to the Space Station custom object.
- Create a Resource custom object and fields.
- Create a Supply custom object and fields.
- Modify the Space Station page layout.
- Add a Roll-up Summary for Resources.
- Remind your users of data requirements with a validation rule.
- Automate a business process with Flow Builder.
- Create a Report for Supply costs.
- Create a Dashboard to display reports.
Back to the Drawing Board
Things are less than ideal for your company, to say the least. Your recent multi-billion dollar project to build and deploy a Space Station has gone awry. On its maiden voyage a group of troublemakers managed to disable an exhaust port, which caused irreparable damage. It was so embarrassing and a real blow to company morale.
Last week your boss called you into his cubicle and assigned you to a new task: build a new and improved Space Station. But this time, do it right. On time, on budget and with no exposed exhaust ports… troublemaker proof!
Your primary goal is to construct the Space Station with ample defenses against ne'er-do-wells. You decide to manage your project with Salesforce. This way everyone on your team can collaborate and be successful.
In this project, you learn how to build an application on the Salesforce Platform from start to finish, without writing any code. If you're new to the Salesforce Platform, the goal is to introduce you to the basics of app building. You need a free Trailhead Playground or Developer Edition org to complete this project. You can find it at the bottom of this page. Click Launch to open the Trailhead Playground in a new browser tab (login required).
You’ll build a super-awesome project management app that allows users to manage the resources and supplies used to build a Space Station. These same point-and-click skills are applicable to building almost anything on the Salesforce Platform. Here's what you'll be doing:
- Create the app and a data model for the application. This simple application requires only a few custom objects with a small number of fields.
- Modify the user interface on the browser and on the Salesforce mobile app using page layouts, compact layouts, and global actions.
- Implement business logic using formulas, validation rules, and a flow.
- Build reports and dashboards to track the status of supplies and analyze how well the company manages resources.
Let's get started. This app isn't going to build itself!
Create the Space Station Object
Before you move further with creating an app, start by creating a Space Station custom object.
- In your Trailhead Playground, click Setup .
- Click the Object Manager tab next to the Home tab.
- Click on Create dropdown at the right side and then select Custom Object.
- On the Custom Object Definition page, create the object as follows:
- Plural Label:
- Record Name:
Space Station Name
- Check the Allow Reports checkbox
- Check the Allow Search checkbox
- Click Save.
- Now create a custom tab. Click the Home tab, enter
Tabsin Quick Find and select Tabs.
- Under Custom Object Tabs, click New.
- For Object, select Space Station.
- For Tab Style, select any icon.
- Leave all defaults as is. Click Next, Next, and Save.
- Now you need to enable Feed Tracking for the Space Station object. From Setup, enter
Feedin the Quick Find and select Feed Tracking.
- Click on Space Station, and check the Enable Feed Tracking checkbox.
- Check the Space Station Name and Owner checkboxes.
[Alt text: Feed Tracking for the Space Station object.]
- Click Save.
Create the Space Station Construction app
- From Setup, enter
App Managerin the Quick Find and select App Manager.
- Click New Lightning App. Enter
Space Station Constructionas the App Name
[Alt text: App Details and Branding screen for the new lightning app.]
- Click Next.
- Under App Options, leave the default selections and click Next.
- Under Utility Items, leave as is and click Next.
- From Available Items, select Space Stations, Reports, and Dashboards and move them to Selected Items.
- Click Next.
- From Available Profiles, select System Administrator and move it to Selected Profiles.
- Click Save & Finish.
- To verify your changes, click the App Launcher, type
Spaceand select the Space Station Construction app.


- December 24, 2012
We live in an amazing world, and as we learn more about the universe the wonders only increase. On Wednesday NASA shared some of those wonders with us in the form of a couple iPad-only ebooks.
Hubble Space Telescope Discoveries is a 900 MB tome which discusses the stellar phenomena discovered by that more than two decade old satellite. It includes videos, interactive demos, and extensive image galleries.
This ebook is the work of the Space Telescope Science Institute, and it is one of 2 titles produced in Apple’s proprietary iBooks format. You can find these titles as non-interactive PDF versions of the ebooks here.
The other title released last week, James Webb Space Telescope Science Guide, focuses on NASA’s newest telescope. This ebook is only 500MB in size and focuses on what the construction of the telescope and what it expects to see when it is launched in 2018.
Cool fact: This satellite will actually orbit the sun, not the Earth, and is planned to be deployed to one of our planet’s Lagrange points. The plan is to have it orbit in the L2 point, which would keep it permanently in Earth’s shadow. This telescope is going to be used to detect dim and distant objects, and blocking out the light of the sun will make that task much easier.


Unisys Corporation (NYSE: UIS) announced this month that the U.S. Air Force has selected the company to provide a package of digital workplace services through which it will securely manage, maintain and monitor the Air Force’s end-user desktop, laptop and mobile devices.
The $76 million award covers an engagement that will run for one year. This initial work will be followed by two one-year option periods. Unisys signed the Enterprise Information Technology as a Service (EITaaS) agreement in the first quarter of 2019.
The Air Force EITaaS objective is to consolidate multiple service desks with varied tool sets to create a single entity with complete oversight of services, increasing workforce productivity and security. Toward this end, Unisys will stand up a cloud-based ITSM solution and end-user device management solution, as well as develop and roll out a self-service portal and call management solution. Unisys will also automate security through tools to ensure end-user devices comply with security rules before they can connect to Air Force networks.
The services will cover eight Air Force locations: Buckley Air Force Base, Aurora, Colorado; Cannon Air Force Base, Clovis, New Mexico; Maxwell Air Force Base, Montgomery, Alabama; Offutt Air Force Base, Omaha, Nebraska; Hurlburt Field, Mary Esther, Florida; Pope Field, Fayetteville, North Carolina; Joint Base Elmendorf-Richardson, Anchorage, Alaska; and Spangdahlem Air Base, Germany.
“This project will help the Air Force achieve its objectives of reducing cost, simplifying management and improving the end-user experience,” said Andrew Boyd, group vice president for defense and intelligence agencies, Unisys Federal. “We look forward to bringing our innovative commercial solutions to help the Air Force make its IT support services more efficient and cost-effective through the use of commercial technology and services.”


Fsx For Mac Free Download
Listed in this category are a selection of flight simulator packages and games that are free-to-download. Most of them are compatible with Windows, Linux and macOS (or OS X). Some are demos of fuller simulation packages, such as the Microsoft Flight Simulator X Demo or X-Plane, while others offer the entire package because they are open source such as FlightGear.
All of the files here are free to download – no registration or subscription is required, however, some of the installation files are quite large so you may benefit from registering for a PRO account (which offers uncapped download speed). Plus, you'll have full speed access to download any of the files in the library such as any aircraft, scenery and tools you may wish to install.
The authors emphasized realism. Compared to FSX, not only the simulation of individual systems and aircraft flight model has been improved, but also the influence of air masses on objects has been mapped. Unlike previous versions, Microsoft Flight Simulator 2020 allows you to land on sloping runways and on various types of surfaces. Download fsx for mac free social advice Mac users interested in Download fsx for mac free generally download: FSXFollow 2.08 Turn your Mac into a moving map for your FSX. Microsoft Flight Simulator is the next generation of one of the most beloved simulation franchises. From light planes to wide-body jets, fly highly detailed and stunning aircraft in an incredibly realistic world. Create your flight plan and fly anywhere on the planet. Enjoy flying day or night and face realistic, challenging weather conditions. Unfortunately, Microsoft Flight Simulator 2020 is not available for Mac. There are no known plans to release an MS Flight Sim 2020 Mac port; as a result, there’s no Microsoft Flight Simulator 2020.
This page is one of the most popular on the site because of its nature. If you like the simulators here, please do share on Facebook, Twitter and Google+.
Support for Multiple Operating SystemsGalaga download mac os x.
The packages here offer support for Windows, Linux and Mac. Microsoft Flight Simulator X runs on Windows only while X-Plane and FlightGear run on all operating systems (Windows/Linux/Mac).
- Pro Flight Simulator v.1With today's modern technology, the Pro FlightSimulator can help aspiring pilots and flying enthusiasts can develop their skills through a three-dimensional simulator. Becoming a pilot and being able to smoothly and swiftly operate an aircraft can ..
- Java Flight Simulator v.1.0Java FlightSimulator is a 3D flightsimulator that was programmed using Sun Microsystems' Java3D API. It offers two game modes: Solo Flight - fly and fight against AI enemy planes, and Network Dogfight - host or join a free-for-all network ..
- ZSim flight simulator v.32open-source flightsimulator, for RC-models and real aircraft, with a special orientation towards gliders. OpenSceneGraph based full 3D ..
- Palomino flight simulator v.rc.20091015--- DEVELOPMENT HAS ENDED (but program is still maintained). ----- GAME PLAY WAS NEVER COMPLETED. --Can play a basic land-on-the-carrier mission.It renders an F-14 Tomcat and other aircraft with shaders.This was an arcade/action sim for UNIX ..
- Jalada Air Strike Afghanistan Mac v.1.7.5jalada Air Strike Afghanistan is your action flightsimulator and combat game. It puts you directly behind the trigger, in the fighter pilot's seat. Your goal is to destroy enemy targets dispersed throughout the various challenging campaigns ..
- X-Plane for Mac v.10X-Plane is a really comprehensive and powerful flightsimulator, and has the most realistic flight model available for personal computers. Welcome to the world of props, jets, single- and multi-engine airplanes, as well as gliders, helicopters and ..
- JSBSim Flight Dynamics Model v.1.0.rc2JSBSim is an object-oriented (C++), multi-platform, 6-DOF, Flight Dynamics Model (FDM). It can be run as a standalone, batch-mode flightsimulator (no graphical displays), or integrated with FlightGear or other flightsimulator.The aircraft ..
- FlightGear v.2.4.0The FlightGear Mac OS X is a Mac port of FlightGear, an open-source / free flightsimulator with very realistic flight models. FlightGear will give you an opportunity to fly around the world in the comfort of your own home. FlightGear provides ..
- Snapz Pro v.2.0.1Snapz Pro 2.0.1 is one of the most comprehensive, user friendly and fast solutions for capturing screen which is used for the Mac. Whether you're writing online manuals that require visual examples, or simply recording video of your flightsimulator ..
- Jalada Air Strike Afghanistan for Mac OS v.1.5.8Your action flightsimulator and combat game. It puts you directly behind the trigger, in the fighter pilots seat. Your goal is to destroy enemy targets dispersed throughout the various challenging campaigns leading through Afghanistan. In each ..
- Flyghty for Mac OS v.1.1A simple yet challenging flightsimulator. Flyghty has both civilian and military flights involving both land and ocean environments. A 1940s aircraft carrier allows deck take offs, catapult launches, and dangerous tail-hook landings. Enemy ..
- Virtual Range for Mac OS v.1.0A rocket flightsimulator for Mac OS X. With Virtual Range, you can test the stability and performance of model or high power rocket before you launch it. The rocket’s trajectory is simulated in real time and displayed on the screen, along ..
- Xplage for Mac OS v.20071213aA software utility that listens on an IP network for UDP datagrams representing the geographical coordinates of the simulated flight path of an instance of the X-Plane® flightsimulator, then transforms them into a series of continuously updated ..
- FlightGear Mac OS X v.1.0FlightGear Mac OS X is a Mac version of FlightGear, a multi-platform open-source flightsimulator that provides very realistic flight experience on your computer. By installing a package you can fly around the world in the comfort of your own ..
- XHSI - Navigation Display for X-Plane v.2.0.beta.4XHSI is an add-on for the X-Plane flightsimulator. It simulates a Navigation Display (Horizontal Situation Indicator with moving map) styled after the Boeing 737-NG series, but can be used with any X-Plane ..
- XPIOCARDS v.0.37XPIOCARDS allows to connect external hardware and software such as the IOCARDS from OpenCockpits or the glass cockpit OpenGC to the X-Plane flightsimulator on unix-based systems like Linux and Macintosh ..
- Blender Support for Orbiter Mesh Files v.0.5This project provides Blender Python scripts that will allow users to work with the propriatory mesh format used by the Orbiter space flight ..
- FlightGear Package Manager v.20081022A package manager for the FlightGear open source flight ..
- Unsolved Mystery Club: Amelia Earhart for Mac OS v.1.0Join the Unsolved Mystery Club, and grab a chance to explore some of the facts and theories behind Amelia’s disappearance in Unsolved Mystery Club: Amelia Earhart. Find hidden artifacts, solve puzzles, and master perplexing minigames. Put on ..
- Lenogo iPod to PC Transfer for Mac v.4.0Lenogo iPod to PC Transfer for Mac is an ultimate application for transferring songs from an iPod to a Mac based PC.
- PC suite PC Suite is a system tweaking suite that includes more
- Pro Flight Simulator With today's modern technology, the Pro Flight Simulator
- LammleSim Cisco CCENT Simulator Todd Lammle has released his new CCENT 100-101 Study Guide,
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Crisis Communications: 50 years on from the first moon landing
20th July 2019 marks 50 years since the Apollo landings put the first humans on the Moon. NASA overcame danger, near misses and numerous other challenges throughout the mission. But there’s one incident that occurred during the final descent to the Moon that stands out for me. It’s an awesome example of effective crisis communications.
Permission to land
Neil Armstrong and Buzz Aldrin were just four minutes into their landing sequence. A warning alarm sounded in their headsets.
Armstrong consulted Apollo Guidance Computer, the system responsible for the guidance, navigation and control of Eagle.
“Program alarm,” called out Armstrong over the radio to Mission Control, 240,000 miles away in Houston, Texas, “It’s a 1202.”
This was simulated numerous times during training. The first time Mission Control faced a similar alarm, they called for an immediate abort.
But terminating the actual landing would force a risky manoeuvre, returning Eagle back to the orbiting Command Module.
The flight directors had wondered if the flight controllers had been too hasty to abort in the training. Doing it in reality would jeopardise an unprecedented level of investment for NASA and the USA itself.
After 18 achingly long seconds of silence, Armstrong prompted “Give us a reading on the 1202 program alarm,”.
“Roger,” replied Mission Control, “We’re go on that alarm.”
Armstrong and Aldrin got the go-ahead and were able to land, despite the alarms.
Planning for disaster
Mission Control used those 18 seconds to assess what the alarm meant and whether it was ‘safe’ to proceed.
After the simulated abort in training, they’d created an ‘error reference sheet’. It contained every single guidance computer error message, what they meant, and how critical they were to the safety of the crew and the mission. It meant a decision could be made quickly during the real flight.
In just a few seconds they diagnosed the 1202 alarm was non-critical. The descent could go on. The alarm actually sounded several times more but, as we all know, the Eagle landed safely and the crew later returned to Earth safely.
Without the sheet Mission Control may have aborted the landing, or delayed the diagnosis too long with disastrous consequences.
All about comms
The lesson for comms? Two things stand out for me. On the one hand it reminds that communications has to be a central part of any organisation’s crisis planning. I still hear tales of comms team’s struggling to get on the radar of the planning process and it beggars belief this is still happening. Clear, consistent messages at a challenging time can only be achieved by planning, not chance.
Secondly, I think it’s a great reminder to all businesses that less is often more in the time of crisis. When everyone is looking for answers to a deluge of questions in the midst of a fast-moving, difficult scenario, communicators have to keep their focus on communicating the right info at the right time.
Communicators need to hold their nerve in the heat of the moment and resist the natural urge to panic. They must ask the right questions, evaluate the facts and produce relevant information in the most timely and appropriate manner possible.
After all, if it’s good enough for rocket scientists, it’s good enough for me.


satellite launcher sculpture Details Description:
What considerations are involved in the tilt design of the Starcraft stainless steel satellite launcher sculpture?
The tilted design of the satellite launcher sculpture serves multiple purposes. First, it adds energy and visual interest to the artwork, creating a sense of movement and innovation. Second, the satellite launcher sculpture tilts to mimic the trajectory of a launched satellite, evoking a feeling of propulsion and exploration. During the design phase, factors such as balance and structural integrity are carefully evaluated to ensure that the tilt angle is both aesthetically pleasing and stable. Engineers worked with sculptors to determine the optimal tilt to capture the essence of space exploration while maintaining the overall coherence and stability of the satellite launcher sculpture.
satellite launcher sculpture
How does mirror design enhance the beauty of satellite launcher sculpture?
The design of the mirror plays a vital role in enhancing the visual impact of the satellite launcher sculpture. By using mirrored stainless steel, the satellite launcher sculpture reflects its surroundings, creating the illusion of being one with the environment and sky. This not only enhances the satellite launcher sculpture’s presence during the day, but also enables it to interact with ambient lighting conditions such as sunlight or artificial lighting at night. The mirror also symbolizes the reflective nature of space exploration, inviting viewers to consider the vastness of the universe and humanity’s search for knowledge beyond Earth. Additionally, the mirror finish adds a touch of modernity and sophistication, highlighting the satellite launcher sculpture as a contemporary masterpiece that transcends traditional boundaries of art and technology.
abstract rocket sculpture
Custom More Stainless Steel Sculpture
|1. Confirming the design (3D mold/ Pictures/ drawing/ photos).
|2. Making exact structures or models according to drawing/ client’s photos/ 3D mold… Modify any details till confirmed.
|3. Cover the stainless steel plate on existing structures or models.
|4. Welding and polishing the surface.
|5. Finished stainless steel sculpture and take all different views pictures/ videos show to clients…
|6. Packing into wooden cases and shipping after clients are satisfied with stainless steel sculptures.
More detailed fabrication details of different styles
Packaging & Shipping
|Inside: soft plastic foam/ blanket.
|Outside: strong wooden cases or iron frame boxes.
|1. By sea (Special for life-size sculptures and large sculptures).
|2. By air (Special for small sculptures or when clients need the sculpture very urgently).
|3. By express delivery DHL, TNT, UPS, or FedEx. (Door-to-door delivery, about 3-7 days can reach).
|4. Door-to-door service.
|Please kindly contact us! We will depend on your sculpture and local situation, find the best delivery way for your reference.
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Figure 2. Performance of the objective Dvorak Technique (ODT) algorithm during Hurricane Felix in August 1995. Minimum sea level pressure estimates are graphed by interpolating ODT values (usually at 1-3 hour intervals). Reconnaissance aircraft measurements are drawn in a similar manner for comparison. Operational Dvorak estimates are plotted, with the symbols indicating the tropical analysis center responsible for the estimate. The performance statistics for the storm (relative to the aircraft validation) are indicated on the figure, in hPa. 'Sample' refers to those estimates from the ODT and TAC which were considered for the statistics (aircraft report within +/- one hour). TAFB is the Tropical Analysis and Forecast Branch at the NCEP/Tropical Prediction Center, SAB is the NOAA/NESDIS Satellite Analysis Branch, AFGWC is the Air Force Global Weather Center.


Looking to elevate your drone game? Discover the different flight modes for drones and learn how to unlock their full potential in this comprehensive guide.
Drones have become increasingly popular over the years, with many individuals and businesses utilizing them for various purposes. One of the most common uses of drones is for photography and videography, especially for aerial shots. However, drones can also be used for fishing, and this is where the hook comes into play. In this article, we will be discussing the different flight modes for drones with a hook, highlighting their features and benefits.
Drones have revolutionized the way we capture images, videos, and explore the world around us. They offer an unparalleled level of accessibility and versatility, allowing us to capture shots that were once impossible. However, mastering a drone’s flight modes can be challenging, especially for beginners. That’s why in this comprehensive guide, we’ll walk you through the different flight modes for drones and help you unlock their full potential.
Different Flight Modes for Drones
Different flight modes are essential for drone flying, whether it’s for Digital or FPV racing.
Before taking off, it’s recommended to practice on an FPV simulator to get a feel for different flight modes.
FPV goggles are also important for an immersive experience.
To become a successful FPV drone pilot, it’s important to master different flight modes such as manual, stabilized, and acro mode. DJI FPV drones offer different flight modes to cater to different needs, while normal FPV drones offer more customization options to create your own flight modes.
Regardless of the drone, discovering the exciting world of FPV drone flying involves continuous learning, practice, and safety precautions.
Firstly, let’s talk about what flight modes are and why they matter.
What are Flight Modes for Drones?
Flight modes refer to the different settings and configurations that determine how your drone flies. Each mode has its own unique characteristics, allowing you to customize your drone’s behaviour depending on your needs.
Why are Different Flight Modes for Drones Important?
Different flight modes offer a variety of benefits, such as improved stability, increased speed, and enhanced control. By understanding and utilizing the different flight modes, you can take your drone game to the next level and capture breath-taking shots from new angles.
Types of Flight Modes for Drones
There are several different flight modes for drones, each with its own unique set of features. Let’s take a closer look at each one:
Manual Mode is the most basic drone flight mode, where the pilot has complete control over the drone’s movement. The drone will not self-stabilize, and the pilot is responsible for maintaining the drone’s balance and stability.
This mode is recommended for experienced pilots who have a good understanding of drone flight and are comfortable with manual control. In this mode, the pilot can adjust the drone’s altitude, direction, and speed using the remote control, and can perform advanced manoeuvres such as flips and rolls.
However, it requires a lot of practice and skill to fly a drone in Manual Mode safely and effectively. Overall, Manual Mode provides the pilot with complete control over the drone’s movement, allowing for more advanced and customized flight patterns.
Altitude Hold Mode
Altitude Hold Mode is a drone flight mode that allows the drone to maintain a fixed altitude automatically.
In this mode, the drone uses its barometer sensor to measure changes in air pressure, and adjusts its altitude accordingly.
Altitude Hold Mode is useful for aerial photography and videography, as it allows the pilot to focus on positioning the drone and capturing footage without having to constantly adjust the throttle to maintain altitude.
It’s also helpful for beginner pilots who are still learning how to control the drone, as it provides a stable and controlled flight experience. However, it’s important to note that Altitude Hold Mode may not be suitable for flying in areas with uneven terrain or wind gusts, as these factors can affect the drone’s altitude and cause it to drift.
Additionally, the pilot should still be aware of their surroundings and avoid obstacles, as Altitude Hold Mode does not prevent collisions.
Overall, Altitude Hold Mode is a convenient and user-friendly option for drone pilots who want to focus on capturing footage and don’t need the full manual control of other flight modes.
GPS Mode is a drone flight mode that uses the Global Positioning System (GPS) to enable the drone to hold its position in the air, maintain a stable altitude, and follow a pre-programmed flight path.
In this mode, the drone uses GPS coordinates to maintain its position, and the pilot can focus on controlling the drone’s camera and adjusting its orientation.
GPS Mode is recommended for beginners and intermediate pilots, as it’s very stable and easy to use. It’s also useful for aerial photography and videography, as it allows the pilot to focus on framing the shot rather than worrying about flying the drone.
However, it’s important to note that GPS Mode relies on a strong GPS signal, and may not be suitable for indoor or low-visibility flights. Overall, GPS Mode is a reliable and user-friendly option for drone pilots who want a more automated flying experience.
Follow Me Mode
Follow Me Mode is a drone flight mode that allows the drone to follow and track a moving object or person. In this mode, the drone uses GPS or visual recognition to follow the designated target and maintain a constant distance and altitude.
Follow Me Mode is popular for action sports, such as skiing or mountain biking, where the pilot wants to capture footage of themselves or a friend in action.
It’s also useful for vlogging or travel videos, as it allows the pilot to easily capture footage of themselves without needing a separate camera operator.
However, it’s important to note that Follow Me Mode requires a clear line of sight between the drone and the target, and may not work well in crowded or obstructed areas.
Additionally, the pilot should monitor the drone’s flight and be prepared to take manual control if necessary.
Overall, Follow Me Mode is a fun and versatile option for drone pilots who want to capture dynamic footage with minimal effort.
Waypoint Mode is a drone flight mode that allows the pilot to pre-program a flight path for the drone to follow. In this mode, the pilot can set a series of GPS coordinates that the drone will fly to in a specific order.
The pilot can also specify the drone’s altitude, speed, and camera angle at each waypoint. Waypoint Mode is popular for aerial mapping, surveying, and inspection, as it allows the pilot to collect data or capture footage of a specific area without needing to manually fly the drone.
It’s also useful for creating cinematic shots, as the drone can follow a predetermined flight path while the pilot focuses on camera movement and framing.
However, it’s important to note that Waypoint Mode requires careful planning and attention to detail, as any errors in the flight path or settings can lead to crashes or lost footage.
Overall, Waypoint Mode is a powerful tool for drone pilots who want to automate their flights and capture precise footage or data.
Return to Home Mode
Return to Home Mode is a drone flight mode that allows the drone to automatically return to its take-off point. In this mode, the drone uses GPS to navigate back to its launch point, and can also adjust its altitude to avoid obstacles on the way.
Return to Home Mode is activated automatically in certain situations, such as low battery or loss of signal between the drone and the remote control.
It can also be activated manually by the pilot, for example if they lose sight of the drone or need to bring it back quickly. Return to Home Mode is an important safety feature for drone pilots, as it helps to prevent the drone from being lost or damaged in unexpected situations.
However, it’s important to note that Return to Home Mode is not foolproof, and the pilot should monitor the drone’s flight and be prepared to take manual control if necessary.
Overall, Return to Home Mode is a useful and reliable option for drone pilots who want to ensure the safe return of their drone.
Self-Level Mode is a drone flight mode that automatically levels the drone in the air, making it easier for the pilot to control.
In this mode, the drone uses its gyroscope and accelerometer sensors to maintain a stable and level flight, even when there are external factors, such as wind or turbulence, that would otherwise cause the drone to tilt or drift.
Self-Level Mode is recommended for beginner pilots, as it helps to prevent crashes and allows the pilot to focus on learning the basic controls of the drone.
It’s also useful for aerial photography and videography, as it allows the pilot to smoothly and precisely adjust the drone’s orientation and camera angle.
However, it’s important to note that Self-Level Mode does not prevent the drone from colliding with obstacles, and the pilot should still be aware of their surroundings and adjust the drone’s flight path accordingly.
Overall, Self-Level Mode is a helpful and user-friendly option for drone pilots who want a stable and controlled flying experience.
Angle Mode is a drone flight mode that allows the pilot to control the drone’s pitch and roll angles manually, while maintaining a fixed altitude.
In this mode, the drone will not self-level, and will maintain whatever angle the pilot sets using the controller. Angle Mode is popular among experienced pilots who want more control over their drone’s flight path, and can be used to create dynamic aerial manoeuvres or to fly in tight spaces.
It’s also useful for aerial photography and videography, as it allows the pilot to adjust the drone’s camera angle and capture unique perspectives.
However, it’s important to note that Angle Mode requires a higher level of skill and attention from the pilot, as any errors in pitch or roll can cause the drone to crash or lose control.
Overall, Angle Mode is a challenging but rewarding option for drone pilots who want to push the limits of their skills and capture advanced footage.
Horizon Mode is a drone flight mode that combines elements of both Self-Level Mode and Angle Mode.
In this mode, the drone will self-level when the controls are centered, but will allow the pilot to control the drone’s pitch and roll angles manually when the controls are pushed to the extremes.
This allows for more dynamic and controlled maneuvers than Self-Level Mode, while still providing a safety net for the pilot.
Horizon Mode is popular among intermediate pilots who want more control over their drone’s flight path than Self-Level Mode, but aren’t yet comfortable with the full manual control of Angle Mode.
It’s also useful for aerial photography and videography, as it allows the pilot to adjust the drone’s camera angle and capture unique shots.
However, it’s important to note that Horizon Mode still requires skill and attention from the pilot, and any errors in pitch or roll can still cause the drone to crash or lose control.
Overall, Horizon Mode is a versatile and user-friendly option for drone pilots who want a balance between manual control and stability.
TapFly Mode is a drone flight mode that allows the pilot to control the drone’s flight path by tapping on a location on the drone’s camera view. In this mode, the drone uses its vision sensors to identify the location of the tap, and automatically flies towards it while avoiding obstacles.
TapFly Mode is useful for aerial photography and videography, as it allows the pilot to focus on capturing footage without having to worry about controlling the drone’s movement.
It’s also helpful for beginner pilots who may not yet be comfortable with manual flight controls. However, it’s important to note that TapFly Mode requires a clear and unobstructed view of the drone’s camera, and may not be suitable for flying in areas with poor lighting or extreme weather conditions.
Additionally, the pilot should still be aware of their surroundings and avoid obstacles, as the drone may not always detect small objects or sudden changes in the environment.
Overall, TapFly Mode is a convenient and innovative option for drone pilots who want to capture unique footage and experiment with different aerial perspectives.
Acro Mode is a drone flight mode that provides full manual control over the drone’s movement, allowing the pilot to perform advanced aerobatic maneuvers such as flips, rolls, and dives.
In this mode, the drone does not self-level or automatically maintain altitude, and requires the pilot to use precise control inputs to fly the drone.
Acro Mode is popular among experienced pilots who want maximum control over their drone’s flight path, and is often used in drone racing and freestyle competitions.
However, it’s important to note that Acro Mode requires a high level of skill and practice to master, and can be dangerous if not performed correctly. Pilots should always wear appropriate safety gear and fly in open areas away from people and property.
Additionally, the drone should be configured and tuned correctly for Acro Mode, with a high-performance flight controller and responsive motors and propellers.
Overall, Acro Mode is an exciting and challenging option for drone pilots who want to push the limits of what their drone can do.
Sport Mode is a flight mode designed for experienced pilots who want to push their drone to its limits. When enabled, the drone’s performance is enhanced, allowing it to fly faster and more agilely.
This mode is ideal for capturing action shots, such as in sports events or fast-moving vehicles.
In Sport Mode, the drone’s sensors are configured to allow for more rapid acceleration and deceleration. This allows the drone to fly at higher speeds and make sharper turns, which can create dynamic and exciting footage.
However, this enhanced performance comes at the cost of reduced stability and control, making it less suitable for inexperienced pilots.
It is important to note that Sport Mode should only be used in open areas with no obstructions or people around, as the increased speed and agility can make it harder to avoid collisions.
Additionally, Sport Mode can drain the drone’s battery faster, so pilots should plan their flights accordingly and ensure they have enough power to safely land the drone.
Circle Mode is a flight mode designed to help pilots capture a 360-degree view of a subject or location.
When enabled, the drone will fly in a circular pattern around a designated point, keeping the camera pointed at the subject or location.
In Circle Mode, the pilot selects the subject or location they want the drone to circle, and sets the radius and altitude of the circle. The drone will then fly in a continuous circle around the subject or location, allowing the camera to capture a complete view from all angles.
Circle Mode is particularly useful for capturing aerial footage of buildings, landmarks, or natural features. It can also be used to create stunning panoramic shots of landscapes or events.
To use Circle Mode effectively, pilots should ensure that the drone is in a clear area with no obstructions. They should also ensure that the subject or location they want to circle is within the drone’s line of sight and that they have sufficient battery power to complete the flight.
Headless Mode is a flight mode designed to make it easier for beginners to fly a drone by eliminating the need to orient the drone’s front and back.
In Headless Mode, the drone’s direction is based on the pilot’s position, rather than the drone’s orientation.
In Headless Mode, the pilot controls the drone based on their own orientation, regardless of the direction the drone is facing. For example, if the pilot pushes the joystick forward, the drone will move away from them, regardless of whether the drone’s front is facing the pilot or not.
Headless Mode is useful for beginners who may have difficulty determining the orientation of the drone and controlling its movements. It can also be helpful in situations where the drone is out of sight, such as when flying behind obstacles or at a distance.
Terrain follow mode
Terrain follow mode is a flight mode that allows a drone to fly autonomously and maintain a consistent altitude above the terrain, while also following the contours of the terrain.
This flight mode is particularly useful in situations where the terrain is uneven or mountainous, as it allows the drone to navigate more safely and efficiently.
In terrain follow mode, the drone uses its onboard sensors, including GPS and altimeters, to detect changes in the terrain and adjust its altitude accordingly. This mode is particularly useful for aerial photography and videography, as it allows for smooth and consistent shots of landscapes and other natural features.
One of the benefits of terrain follow mode is that it can help to reduce the risk of crashes, as the drone is less likely to collide with obstacles or fly into unexpected terrain features.
This flight mode can also help to improve the accuracy and precision of data collected by the drone, particularly in scientific and research applications.
Precision mode is a drone flight mode that is designed for slow and precise movements. In this mode, the drone’s movement is reduced to allow for accurate and controlled adjustments to its position.
This mode is especially useful when performing tasks that require precise positioning, such as capturing high-quality images or videos.
Precision mode is typically used by professional drone pilots, who require a high level of precision in their work. It is also commonly used in aerial surveys and inspections, where accuracy is critical.
Precision mode can be enabled through the drone’s controller or mobile app, depending on the specific drone model.
One of the main advantages of precision mode is that it reduces the drone’s sensitivity to wind and other external factors. T
his helps to ensure that the drone stays in place and maintains its position, even in challenging weather conditions.
Tripod mode is a specific flight mode available on many DJI drones, including the Phantom and Mavic series.
When activated, tripod mode slows down the drone’s movement speed, making it easier to capture smoother, more precise shots.
This is particularly useful when filming in tight spaces or when trying to achieve a specific shot that requires a high level of accuracy.
In tripod mode, the drone’s maximum speed is reduced to around 2-3 miles per hour, and the drone’s sensitivity to movement on the controller is also reduced.
This helps to prevent jerky movements and makes it easier to control the drone’s movement with precision.
One of the key benefits of tripod mode is that it allows the drone to be used for more than just aerial photography or videography.
With its slow and controlled movements, the drone can also be used for inspections and surveys, particularly in areas that are difficult to access by foot.
In conclusion, understanding and mastering the different flight modes for drones is essential for taking your drone game to the next level. Each mode offers unique benefits and characteristics, allowing you to customize your drone’s behaviour depending on your needs. Whether you’re a beginner or an experienced pilot, there’s a flight mode that’s right for you. By taking the time to learn and experiment with the different modes, you can unlock your drone’s full potential and capture breath-taking shots from new angles.
Frequently Asked Questions (FAQs):
Self-flying drones are different from traditional drones in that they do not require a human operator. They are capable of operating on their own using a variety of sensors and technologies.
Self-flying drones offer several advantages, including efficiency, safety, and cost-effectiveness. They can operate 24/7, are safer than manned aircraft, and are more cost-effective to operate.
The challenges of using self-flying drones include regulations, privacy concerns, and technical issues. As with any new technology, it’s important to address these challenges to ensure safe and responsible use.
As technology continues to evolve, we can expect to see even more advanced self-flying drones in the future. These drones will be able to perform even more complex tasks and operate in a wider range of environments.
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- Mastering Different Flight Modes for Drones: A Comprehensive Guide (2023)
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Buckeye AirFair is Here!
One of the most popular free family events is coming back to the Buckeye Municipal Airport this year; the Buckeye AirFair! This fun-filled expo will offer everything from classic aircraft exhibits to the latest in space exploration. The kids (even the big ones) will even get to take helicopter rides! Here’s some more details on the AirFair!
A favorite among Buckeye events!
This year’s Buckeye AirFair will be held on February 6th, 2016 and will run from 9 a.m. to 3 p.m. at the Buckeye Municipal Airport, one mile south of I-10 on Palo Verde Road. Displays will include aircraft displays, R/C aircraft demonstrations and the Lauridsen Aviation Museum. In addition to the aircraft displays, the event will host the Arizona SciTech Festival, live entertainment, police and fire department demonstrations, and a kids zone.
As always, there will be loads of vintage and modern aircraft on display, including a demonstration of jets and other remote control aircraft on the runway. The Kids Zone will also be full of fun for the younger visitors, including a bounce house and other physical activities. While you’re out on the runway, enjoy food vendors and other live entertainment throughout the day!
Also a Great STEM Event in Buckeye!
Joining the itinerary for the day once again is the SciTech Festival, which provides interactive science, math and technology for both adults and kids. The participating SciTech Partners cover several disciplines in the science and technology fields, and last year, several organizations participated, including Lowell Observatory, Arizona Science Center, Stargazing For Everyone, U of A College of Medicine, ASU Aviation, Embry Riddle Aeronautical University, Experimental Aircraft Association, Aircraft Owners and Pilots Association, Civil Air Patrol, International Dark Sky Association , Focus Astronomy, Odyssey of the Mind, Challenger Space Center and several more!
For a free, fun-filled adventure, come out to see the Buckeye AirFair! For more information, go to www.buckeyeairfair.com.


Please join us for a fully digital Business Breakfast experience.
“There has not been a more important time to be engaged and to be a part of the solution than right now… As great leaders let’s not blow it. This is our time.”
– Ed Bastian
Ed Bastian, CEO of Delta Air Lines, leads a team of 75,000 global professionals building one of the world’s premier international airlines, powered by a people-driven, customer-focused culture and spirit of innovation.
Under Ed’s leadership, Delta is transforming the air travel experience with generational investments in technology, aircraft, airport facilities, and, most importantly, Delta’s employees worldwide.
Invite your team members and co-workers to join Ed Bastian, CEO of Delta Airlines, and Clay for the Buckhead Business Breakfast.
Thursday, October 29, at 7:30 a.m.


Home > Weather and Earthquakes > Satellite Imagery. Satellite Imagery. Region. Full Disk, East Asia. Channel. Infrared, Visible, Water Vapor. Time. UTC. The Commission is inviting individuals, businesses or civil society organisations to organise Climate Pact satellite events. Find details about all of the satellites in the WorldView Constellation. expands deeper into the infrared spectrum than any other commercial imaging satellite.
Satellite ImageryRed Hat Satellite 6 Administration is a lab-based course that explores the concepts and methods necessary for successful large-scale management of Red Hat®. Vorteile SATELLITE. Widerstandsfähiges Stahlband mit rostschützender Phosphatbeschichtung; Blendfreies Arbeiten und leichtes Ablesen der Messergebnisse. Wir schaffen Raum für Ihren Erfolg. Entdecken Sie exklusivenWorkspace an den besten Adressen. Das ist Satellite Office. Hier istDeep Work zu Hause.
Sattelite Navigation menu VideoLena - Satellite (Germany) Live 2010 Eurovision Song Contest
Auerdem gibt es oft vergnstigte Paketpreise etwa fr ganze Serien, um 18:00 Uhr Bustransfer Sattelite Straburg nach Sattelite. - EigenschaftenVom Einzelbüro bis zum Teambüro, vom zeitlich begrenzten Projektbüro bis zum langfristig angemieteten Chefbüro: Satellite Office bietet Ihnen moderne und repräsentative Büros in den besten Lagen. The new satellite is part of a joint project with France and Germany, and will be used by the General Intelligence and Security Service of the armed forces. The satellite is the second of three involved in the programme, and communicates with Earth by contacting the Swedish polar station at Kiruna at minute intervals. More.
WHAT'S UP? Amateur radio sat passes GPS satellites Glonass satellites Beidou satellites Galileo satellites Iridium satellites Globalstar satellites What's up in your sky now?
FIND A SATELLITE SEARCH DATABASE BROWSE BY LAUNCH DATE BROWSE BY CATEGORY BROWSE BY COUNTRY. NORAD ID:. Resources IP2Location IP Geolocation Find your Magnetic Declination Space Station HD Live!
Last Minute Stuff! Your current location Your IP address: Set your custom location. Read article. SATELLITE NEWS NASA, BOEING ADJUSTING SLS CORE STAGE PARAMETER LIMITS FOR SECOND GREEN RUN FIRING - In parallel with vehicle and test stand preparations for a second Green Run Hot-Fire test later in February, the NASA Space Launch System SLS Program and Core Stage prime contractor Boeing are reviewing rule changes for the full, eight-minute firing.
More Source: NASASpaceFlight. The satellites were supposed to liftoff off from launch pad 39A initially on Thursday, then Friday and finally Sunday.
Now, it's not clear when the launch attempt will happen. In a tweet on Friday, the space agency said it is "standing down from this weekend's launch attempt of Starlink from LCA for additional inspections before flying one of our fleet-leading boosters The Hyperbola 1 rocket took off at GMT a.
EST; p. Beijing time on Feb. The temple, named Jotenin Gounji Temple, will be placed inside the satellite along with a small Buddha statue and mandala paintings, Terra Space said.
A Long March 3B rocket lifted off from Xichang Satellite Launch Center at EST Feb. More Source: Space. EST GMT Thursday.
Hold-down clamps released to allow the foot-tall meter Falcon 9 rocket to climb off pad 40 at Cape Canaveral Space Force Station.
The space station's primary power system originally used nickel-hydrogen batteries for storage, the US space agency said on Tuesday. More Source: The Weather Channel - Feb 5 SATELLITE SPOTS SPACEX'S STARSHIP SN9 FROM SPACE AHEAD OF EXPLOSIVE TEST FLIGHT - New satellite imagery shows SpaceX's Starship prototype poised on the launch pad ahead of its high-altitude test flight Tuesday Feb.
A SkySat satellite operated by the San Francisco-based company Planet captured high-definition satellite images of Starship SN9 at the company's South Texas site, near the Gulf Coast, hours before the launch.
This is a crucial step toward development of swarming satellites, which could number in the thousands and work cooperatively to aid in communications, imaging, and forecasting tasks.
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United Nations Monitoring, Verification and Inspection Commission. Archived from the original on 22 April Calls North Korean Rocket a Failed Satellite".
The New York Times. Archived from the original on 9 December Retrieved 9 September The Satellite Encyclopedia. The Hindu. Chennai, India.
Swiss Info. Both were based on the Canadian Generic Nanosatellite Bus design, however TUGSAT was assembled by Austrian engineers at Graz University of Technology while UniBRITE was built by the University of Toronto Institute for Aerospace Studies for the University of Vienna.
University of Toronto Institute for Aerospace Studies. Archived from the original on 10 March Retrieved 2 March BBC News. Archived from the original on 8 July Space Programs Outside the United States.
Blazing the Trail. American Institute of Aeronautics and Astronautics. Europe's Space Programme. NBC News. The Guardian.
Asbarez News. China Daily. The Independent. Archived from the original on 17 June Satellite Today. Retrieved 28 November Archived from the original on 3 April Sat News.
Archived from the original on 13 July Red Orbit. Archived from the original on 12 January Archived from the original on 20 March Retrieved 25 March Press Trust of India.
Popular Mechanics. The Week. Retrieved 27 March The Diplomat. Archived from the original on 26 May Iran Focus. Archived from the original on 29 April Earth Observations from Space.
European Space Agency. Retrieved 21 August Intel Newsroom. Der Spiegel. Retrieved 22 April International Astronomical Union.
Retrieved 3 June But how much? Scientific American. Retrieved 16 September Retrieved 29 December Astrodynamics History Timeline Space Race Asian Space Race Records Accidents and incidents Space launch Space policy Australia China European Union India Japan Russia Soviet Union United States Space law Outer Space Treaty Rescue Agreement Space Liability Convention Registration Convention Moon Treaty Space warfare Space force Militarisation of space Private spaceflight.
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MicroThrust is a European consortium within the European Commission Framework Programme 7 (FP7) targeting advanced in-space propulsion technologies for solar system exploration. The consortium aims to develop a key component in facilitating exploration missions: a technology that can substantially reduce the cost of earth observation missions. Building on the framework of a successful ESA study, the MicroThrust team of leading academics, research institutions and space companies has developed a conceptual design of a very small, yet highly performing electrical propulsion system. SystematIC contributed to the required electronic innovation in the form of an efficient low-power very-high-voltage driver.
For more information contact SystematIC
The Delfi program is a development line of nanosatellites at the Delft University of Technology, to provide hands-on education and training to students as well as technology demonstration for Dutch space industry and research and development on the nano-satellite spacecraft bus. The program started in November 2004 with Delfi-C3 which was launched and has been operating successfully since 28 April 2008. In 2013, Delfi-n3Xt was launched. Both satellites had achieved their mission objectives during the first three months in orbit.
More information is available on: www.delfispace.nl


Waving my friends on airplanes
52 seiten, hardcover
21,5 × 30,5cm
Waving to My Friends on Airplanes captures a fleeting moment of connection and hope for a temporary relationship. So far, only one person has responded to my wave.
In this work, timing is crucial. At Frankfurt Airport, planes take off or land every 41 seconds during peak times.
Before each wave, thorough research is conducted to determine the exact flight path, weather conditions, cloud levels, and wind direction.
Once the correct airplane has been identified, there is often only 40 to 60 seconds remaining for the performing of the wave. The wave and its documentation follow a precise sequence of actions. The airplane must be visually fixed, the camera prepared, and zoomed in on the passing aircraft. The image section must be continuously aligned to the relative airspeed through panning. The aircraft is filmed for several seconds, then the image section is zoomed out to its maximum. The free arm is then waved exaggeratedly at the aircraft for several seconds.
Daily training to refine waving technique is advised.
Ohne Umsatzsteuer gemäß § 19 Abs. 1 UStG
18what is man?


NASA, SpaceX launch first rocket from US soil in a decade
Two astronauts to arrive at International Space Station Sunday
May 30, 2020
CAPE CANAVERAL, Fla. — A rocket ship built by Elon Musk’s SpaceX company thundered away from Earth on Saturday, ushering in a new era in commercial space travel and putting the Uni
ted States back in the business of launching astronauts into orbit from U.S. soil for the first time in nearly a decade.
NASA’s Doug Hurley and Bob Behnken rode skyward aboard a white-and-black, bullet-shaped Dragon capsule on top of a Falcon 9 rocket, lifting off at 3:22 p.m. from the same launch pad used to send Apollo crews to the moon a half-century ago. Minutes later, they slipped safely into orbit.
Falcon 9 launches Crew Dragon on its first flight with @NASA astronauts on board! pic.twitter.com/FUd0SSRKud
— SpaceX (@SpaceX) May 30, 2020
“Let’s light this candle,” Hurley said just before ignition, borrowing the words used by Alan Shepard on America’s first human spaceflight, in 1961.
The two men are scheduled to arrive Sunday at the International Space Station, 250 miles above Earth, to join three crew members already there. After a stay of up to four months, they will come home with a Right Stuff-style splashdown at sea, something the world hasn’t witnessed since the 1970s.
Hurley, a 53-year-old retired Marine, and Behnken, 49, an Air Force colonel, are veterans of two space shuttle flights each. Hurley piloted the shuttle on the last launch of astronauts from Kennedy Space Center, on July 8, 2011.
The mission unfolded amid the gloom of the coronavirus outbreak, which has killed over 100,000 Americans, and racial unrest across the U.S. over the death of George Floyd, a black man, at the hands of Minneapolis police. NASA officials and others hoped the flight would lift American spirits and show the world what the U.S. can do.
Doug Marshburn, of Deltona, Florida, shouted, “USA! USA!” as he watched the 260-foot rocket climb skyward.
“I’m very proud of the United States. We are back in the game. It’s very satisfying,” he said.
SpaceX became the first private company to launch people into orbit, a feat achieved previously by only three governments: the U.S., Russia and China.
The flight also ended a nine-year launch drought for NASA. Ever since it retired the space shuttle in 2011, NASA has relied on Russian spaceships launched from Kazakhstan to take U.S. astronauts to and from the space station.
In the intervening years, NASA outsourced the job of designing and building its next generation of spaceships to SpaceX and Boeing, awarding them $7 billion in contracts in a public-private partnership aimed at driving down costs and spurring innovation. Boeing’s spaceship, the Starliner capsule, is not expected to fly astronauts until early 2021.
NASA hopes to rely in part on commercial partners as it pursues its next goals: sending astronauts back to the moon in the next few years and on to Mars in the 2030s.
Musk, the visionary also behind the Tesla electric car company, had no immediate comment on the successful liftoff.
At a rally a short time later at NASA’s massive 525-foot-high Vehicle Assembly Building, Vice President Mike Pence commended Musk for a “job well done.”
Pence said that as the nation deals with the coronavirus and the racial strife, “I believe with all my heart that millions of Americans today will find the same inspiration and unity of purpose that we found in those days in the 1960s” during Apollo.
The first launch attempt, on Wednesday, was called off because of lightning with less than 17 minutes to go in the countdown. On Saturday, stormy weather threatened another postponement for most of the day, but the skies began to clear just in the time.
The astronauts set out for the launch pad in a gull-wing Tesla SUV after Behnken pantomimed a hug of his 6-year-old son, Theo, and said: “Are you going to listen to Mommy and make her life easy?” Hurley blew kisses to his 10-year-old son and wife.
Nine minutes after liftoff, the rocket’s first-stage booster landed, as designed, on a barge a few hundred miles off the Florida coast, to be reused on another flight.
“Thanks for the great ride to space,” Hurley told SpaceX ground control. His crewmate batted around a sparkly purplish toy, demonstrating that they had reached zero gravity.
SpaceX controllers at Hawthorne, California, cheered and applauded wildly.
NASA Administrator Jim Bridenstine declared: “This is everything that America has to offer in its purest form.”
“It’s been nine years since we’ve launched American astronauts on American rockets from American soil — and now it’s done. We have done it. It’s been way too long,” he said.
Attendance inside Kennedy Space Center was strictly limited because of the coronavirus, and the crowd amounted to only a few thousand. By NASA’s count, over 3 million viewers tuned in online.
Despite NASA’s insistence that the public stay safe by staying home, spectators gathered along beaches and roads hours in advance.
Among them was Neil Wight, a machinist from Buffalo, New York, who staked out a view of the launch pad from a park in Titusville.
“With everything that’s going on in this country right now, it’s important that we do things extraordinary in life,” he said. “We’ve been bombarded with doom and gloom for the last six, eight weeks, whatever it is, and this is awesome. It brings a lot of people together.”
— Neil Wight
The astronauts were kept in quasi-quarantine for more than two months because of the coronavirus. The SpaceX technicians who helped them get into their spacesuits wore masks and gloves that made them look like black-clad ninjas. And at the launch center, the SpaceX controllers wore masks and were seated far apart.
In keeping with Musk’s penchant for futuristic flash, the astronauts wore angular white uniforms with black trim. Instead of the usual multitude of dials, knobs and switches, the Dragon capsule has three large touchscreens.
SpaceX has been launching cargo capsules to the space station since 2012. In preparation for Saturday’s flight, SpaceX sent up a Dragon capsule with only a test dummy aboard last year, and it docked smoothly at the orbiting outpost on autopilot, then returned to Earth in a splashdown.
Under the new, 21st-century corporate-public partnership, aerospace companies design, build, own and operate the spaceships. NASA is essentially a paying customer on a list that could eventually include non-government researchers, artists and tourists. (Tom Cruise has already expressed interest.)
Saturday’s mission is technically considered by SpaceX and NASA to be a test flight. The next SpaceX voyage to the space station, set for the end of August, will have a full, four-person crew: one Japanese and three American astronauts.
The first flight was originally targeted for around 2015. But the project encountered bureaucratic delays and technical setbacks. A SpaceX capsule exploded on the test stand last year. Boeing’s first Starliner capsule ended up in the wrong orbit and was nearly destroyed during a test flight in December.
For SpaceX — and the future of public-corporate space exploration — the stakes were extraordinarily high, and Musk said he would take responsibility if anything went wrong. Just before liftoff, SpaceX President Gwynne Shotwell said she was “super nervous — stomach in throat.”
Associated Press writers Jill Colvin and Mike Schneider in Cape Canaveral, Fla., contributed to this report.
The Associated Press Health and Science Department receives support from the Howard Hughes Medical Institute’s Department of Science Education. The AP is solely responsible for all content.


Who We Are
As friends since early childhood, Bill and Craig built and flew anything that could fly and some things that didn’t fly. The list includes model airplanes, rockets, powered box kites, Jet-X powered paper planes (not recommended), the list goes on and on.
As with all kids, money was hard to come by. Model kits were expensive and paper route money didn’t go far. Then in 1965 a soggy balsa wood plank floated up onto a Long Island beach. Bill and Craig took the plank to “Pop’s shop” where it was dried then sliced into sheets. Countless model airplanes were built from those sheets and the kit making seed was planted.
The following years were filled with military obligations, marriages, jobs, and raising families. However, building and flying model airplanes remained an important part of their lives.
In 1984 the kit making seed sprouted and Aero Craft was founded. Working part time in a basement and rented garage, the new company produced and marketed such kits as the Spirit, Aerosport, Recruit 64, Snapper, and the Apache. In 1995 Aero Craft moved to a “real” building and became a full time endeavor. The company continued to grow producing Aero Craft kits as well as kits for several other distribution companies, most notably Modelair-Tech.
In 2000 Aero Craft acquired Eastern Model Supply. This improved the companies balsa milling capabilities as well as expanding Aero Craft’s customer base to include educational and commercial users. The increase in volume resulted in the need to import balsa wood directly from South America.
Aero Craft’s current capabilities include the manufacture of balsa sheets, strips, and shapes as well as laser cutting, die cutting, and machine cutting of kit parts. Vacuum forming and wire part production are also done “in house”.
Future plans for Aero Craft include continuing to develop and produce models for the growing field of electric powered flight as well as updating some of our older die cut kits to modern laser cut designs.


Royal Brunei Airlines Flies To Kuching Once Again
Royal Brunei Airlines launched flights between Bandar Seri Begawan (BWN) and Kuching (KCH) on 28 December, marking the end of a six-year hiatus for the carrier on the 636-kilometre sector based on OAG Schedules. The operator will serve the new route initially with a twice-weekly frequency (Mondays and Fridays), while from 3 February an extra two weekly flights (Thursdays and Sundays) will be added to the schedule, taking the number of weekly flights operated up to four. Using the carrier’s fleet of 150-seat A320s, the airline will face no direct competition on the route. Kuching was the second new route to be launched by the airline during December, with it having added service to Taipei Taoyuan on 3 December.
News Source and Photo: https://www.anna.aero/2019/01/02/royal-brunei-airlines-flies-kuching-again/


The Aerospace Industries Association (AIA) on Friday announced that Col. David Shea (ret.) had been named the 2012 recipient of the Lauren D. Lyman Award for outstanding achievement in aerospace communications.
While serving as an information officer in the U.S. Air Force, Shea was the official spokesman for Project Blue Book, the controversial Air Force investigation into Unidentified Flying Objects (UFOs). According to an AIA press release,
Shea retired from the Air Force in 1988 and immediately joined the Hughes Aircraft Company, which joined with Raytheon Company in 1997, where he served as Director of Media Relations Training and Development and was a mentor to communicators across the company. He is co-author of “Media Isn’t a Four Letter Word,” a guidebook that has been praised as a “must-read” for media relations professionals, providing tips and techniques for executives on how to deal with the press. He is a founding member of the Air Force Public Affairs Alumni Association, a worldwide Air Force Organization with more than 650 members representing all areas of the public affairs profession.
Shea will be honored with the Lyman award during a luncheon on Wednesday.
PARAPOLITICAL examines emergent, unconventional and speculative news and theories related to IR, media, organizational dynamics, sociology, political violence, security, the ideological fringe and new religious movements.


Space exploration including moon & other planets in our solar system is next to impossible
without Robots, which plays a significant role in achieving this breakthrough.
As the whole world is praising India for its Chandrayaan 3 feat, we Indians are moonstruck
and can’t be any more proud of our motherland. India's Chandrayaan missions have captivated
the world's attention with our ambitious quests to unravel the mysteries of the Moon. These
missions not only showcase India's prowess in space exploration but also highlight the
critical role that robots play in advancing our understanding of the lunar surface.
The Chandrayaan missions, initiated by Indian Space Research Organisation (ISRO), have
brought robotic technology to the forefront of lunar exploration.
Robots are the unsung
heroes of space exploration, particularly in lunar missions. The Moon's harsh
environment—characterized by extreme temperature variations, vacuum conditions, and rugged
terrain—makes it a formidable challenge for human explorers. This is where robots shine.
They can endure the harsh conditions and execute tasks with precision, gathering data that
expands our understanding of our celestial neighbour.
As we look ahead, robots are not only playing a prominent role in space exploration but also
in our own planet in day-to-day life. They can venture into areas that are difficult to
access and carry out experiments that are too risky for human. Robotic systems works with
almost zero tolerance, repeatability, availability, and are designed to perform with utmost
We at Fuji Robotics, feel overwhelmed how Robots are shaping our life and contributing to


An iondrive has its propellant material, for example xenon gas.
If the graphene is also losing material, it would be just like an ion drive.
Yes, I also think that you would have to shield gravity above
Non - Ethereal Mechanics
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As some background, the person holding the newspaper and men by the flags were the small handful of volunteers officially greeting the veterans. The photographer and videographer seen in the video were actually on the flight and came off the plane first. The gate attendant joked when they came out of the jet way that Honor Flights come with their own Paparazzi.
The woman seen escorting the first veteran was the same US Air gate attendant who made the original announcements. What you didn’t see was two airport firetrucks did an amazing “water cannon salute” making an arch of water as the jet arrived. The gate attendant told the crowd that such a salute is typically reserved for a pilot returning from their last flight before retiring.
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