Features:

In-flight projectile simulation and drag computation with customizable levels of complexity
Per-surface bullet penetration and ricochet calculations
Multi-threaded simulation framework, removing almost all work from the game thread
None of the overhead that comes with actors or components
Blueprint exposure of most functionality
Simple to use out of the box
Incorporates mathematics from a variety of fields including material science, ballistics, aerodynamics, fluid dynamics, and impact mechanics
Written in C++ with performance in mind
Data-Driven bullet/projectiles and materials
Fully customizable bullets and projectiles
Advanced versions of many core functions

Code Modules:

Number of Blueprints: 0

Number of C++ Classes: 13

Network Replicated: Yes

Supported Development Platforms: Win64, Win32, Mac, Linux

Supported Target Build Platforms: Win64, Win32, Mac, Linux

Documentation: https://github.com/ErikHedberg/Terminal-Ballistics-Example-Project/wiki

Example Project: https://github.com/ErikHedberg/Terminal-Ballistics-Example-Project/wiki/Example-Project-Links

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