Content
You can choose between these from the option bar or by pressing «C» to cycle through all modes. For an in-depth introduction to helicopter flight, please refer to this great series of article from Helisimmer.com Helicopters are by definition much more difficult to fly than airplanes. This set can optionaly overlay runway graphics to help visualisation. If you want to play using a joystick, you betinwin will need a GamePad API compliant browser (test it here) (Chrome, Firefox, Opera, etc.).
Free – Web Based – Multiplayer – Global Satellite Images
Flight simulation is a never ending subject and GeoFS keeps improving continuously to provide you with an ejoyable flying experience. Some aircraft will add extra cameras to the menu (cabin, wheels, wing, etc…) Use mouse wheel to increase or decrease camera field of view. In «Follow» mode, you can right-click and drag to set the camera’s zoom factor/distance.
Communicating in GeoFS – ATC
To use this flight simulator, you need a WebGL 2.0 compatible web browser.
GeoFS is also experimenting with an AI enhanced, 1 meter/pixel data set (Super-Resolution – SR) which is currently available for free. When flying with this dataset, the resolution is not sufficient to clearly render runways so GeoFS overlay a standard runway image for all the world major airports. GeoFS is providing 10 meter/pixel global Sentinel-2 satellite images (SD) for free.
Satellite Images:
Theses global satellite images come from the Sentinel-2 (European Space Agency) Copernicus mission and provide a resolution between 10 and 60 meters per pixel. GeoFS is a flight simulator with a global environment generated from satellite images and digital geographic data. It is also possible to use the numerical keypad to set camera position around the aircraft. Ideally, you would have to use a joystick to be accurate enough with the helicopter but the mouse should be enough for a start. Start free trialBefore purchasing a subscription, try HD aerial imagery free for one day. These AI enhanced images have been reprocessed from Sentinel-2 and NAIP satellite images to reach a resolution of 1 meter per pixel.