Skydiving Training Simulation Mobile App
Budget: $250 – $750 USD
Project Title: Skydiving Training App (Mobile - Android & iOS)
Project Description:
We are looking to develop a mobile app for skydiving training. The app will simulate parachute flight conditions, helping beginner skydivers understand how wind direction and speed affect their descent. The key features of the app include:
1. Airport Selection: Users can choose from various airports on a satellite map.
2. Wind Simulation: Users can adjust wind speed and direction to see how it affects the parachute’s flight.
3. Flight Simulation: The app will show the parachute’s movement on the map, allowing users to control the direction (left/right) and see the effects of wind on speed and trajectory.
4. Landing Training: The app will provide a training mode for landing at a specific target under different wind conditions.
5. Flight Stats: After each simulation, users will receive detailed stats on speed, flight time, and landing accuracy.
The app should be built for both Android and iOS using technologies such as Flutter or React Native for cross-platform development. The flight simulation may require integration with Unity or Unreal Engine for realistic physics.
We need a developer with experience in mobile app development and simulation to bring this idea to life.
Feel free to adjust any details to fit your needs. This should give freelancers a clear understanding of the project’s scope!
Project Description:
We are looking to develop a mobile app for skydiving training. The app will simulate parachute flight conditions, helping beginner skydivers understand how wind direction and speed affect their descent. The key features of the app include:
1. Airport Selection: Users can choose from various airports on a satellite map.
2. Wind Simulation: Users can adjust wind speed and direction to see how it affects the parachute’s flight.
3. Flight Simulation: The app will show the parachute’s movement on the map, allowing users to control the direction (left/right) and see the effects of wind on speed and trajectory.
4. Landing Training: The app will provide a training mode for landing at a specific target under different wind conditions.
5. Flight Stats: After each simulation, users will receive detailed stats on speed, flight time, and landing accuracy.
The app should be built for both Android and iOS using technologies such as Flutter or React Native for cross-platform development. The flight simulation may require integration with Unity or Unreal Engine for realistic physics.
We need a developer with experience in mobile app development and simulation to bring this idea to life.
Feel free to adjust any details to fit your needs. This should give freelancers a clear understanding of the project’s scope!