A sim-cade style combat flight simulator built in C++ with Unreal Engine 4, which has many features, including realistic and intuitive aircraft controls and physics, stunning graphics, and engaging first and third person views.

You can play the game by downloading AngelsHigh-Game and launching the .exe

This game can be played in Virtual Reality from within the UE4 editor for maximum immersion!

This game was built in Unreal Engine 4 with C++, and you can open it in-engine by downloading AngelsHigh-Source and opening the .uproject. This will prompt you to select a build of Unreal with which to open it. The game will then open after Unreal has built its requisit project files.

Some blueprints were used for constructing child class's component transforms and physical layouts.

Not for commercial use.

This repo uses Git LFS due to its large file size. If you don't install Git LFS, you may get graphical errors. Install it and clone this repo via Git Bash or Git GUI for optimum results.

• Virtual Reality support for an immersive and engaging experience
• Realistic lift, thrust, and drag physics simulations
• Dynamic equations that alter lift and drag based on aircraft alpha to the airstream
• The aircraft can stall and even land when the minimum thrust is not constrained!
• Reponsive heads up display feeds critical information to the player-pilot in a realistic way
• A camera that can move around in first and third person views to help you navigate the airspace
• A virtual 3D cockpit that responds in real-time to user input
• Throttle, stick and pedals respond to keyboard or controller inputs as you fly!
• You can connect a HOTAS like the X55 Rhino via XInput keymapping to create a realistic cockpit!
• Weapons loadouts that mimmick real life air-to-air, air-to-ground, and multirole applications
• Swappable loadout selections via dropdown in UE4 editor
• An object-pooling cannon that can light up ground targets
• A thrilling feeling of speed as you turn on the afterburners
• Dynamic player feedback effects such as G-induced blackout and redout, haptic feedback, camera shake, 1st and 3rd person accoustic differences