High-Fidelity Real-Time Dynamics: Powering the Future of Simulation

Based on our proprietary multi-body physics engine, we provide industry-leading real-time dynamics simulation solutions. From the crushing weight of armored tanks to the delicate maneuvers of lunar rovers, we turn complex physical laws into high-performance digital twins for mission-critical applications.

The Proprietary Advantage: Why Our Engine?

Commercial game engines often struggle with the precision required for heavy industrial and defense applications. Our self-developed physics engine is engineered for physical accuracy, determinism, and high-frequency solver stability.

Multi-Core Scalability: Optimized for modern CPU architectures to handle thousands of constraints in real-time.
Hardware-in-the-Loop (HIL): Low-latency deterministic simulation for seamless integration with real control hardware.
Advanced Terramechanics: Proprietary algorithms for tracked traction and soft soil interaction (Mars/Lunar regolith).

Contact Mechanics Model Library

Terrain-Vehicle Interaction

Track Systems: Discrete track plate modeling, Coulomb-Mohr terrain failure criteria, pressure-sinkage relations (Bekker-Wong model)
Tire Models: Extended FTire/MF-Tyre parametric framework including relaxation length effects and unsteady slip
Terrain Database: CRG format elevation data support with real-time terrain parameter interpolation

General Contact Algorithms

Collision Detection: GJK/EPA algorithms with bounding volume hierarchies (AABB/OBB Tree)
Contact Force Computation: Nonlinear spring-damper models (Hertz-Mindlin extensions), static/dynamic friction separation
Soft Soil Contact: FEM-based soil plastic deformation models

Mission-Specific Application Vertical

Simulate the extreme dynamics of heavy combat platforms across challenging terrains. Our engine handles complex suspension systems and high-fidelity tracked vehicle mechanics where traditional raycast approaches fail.

Tread-Level Physics: Individual link-to-ground contact modeling for authentic traction and climbing.
Suspension Dynamics: Detailed torsion bar and shock absorber simulation for high-speed cross-country stability.
Weapon Systems: Recoil dynamics and turret stabilization integration.

Deliverables Specifications

Standard Delivery Package

Simulation Models: Parametric XML configuration files and compiled libraries
Verification Report: Technical documentation
Runtime Environment: Real-time OS configuration and performance optimization parameters for target platform

Custom Development Scope

Specialized physical effects modeling (e.g., weather, smoke, FSI)
Sensor simulation models (e.g., LiDAR point cloud generation)
Control system co-simulation interfaces (Simulink/AMESim coupling)