Karana Dynamics provides kdFlex, a simulation development toolkit for modeling and simulating rigid and flexible multibody dynamics. This toolkit supports nonlinear dynamics of coupled systems for analysis, real-time closed-loop simulations, and hardware-in-the-loop testing. Its C++ and Python API allows users to tailor high-fidelity dynamics solutions for applications in robotics, aerospace, and control systems.
Funding
Funding not disclosed
Founders
Product
Problem
Aerospace and robotics applications require high-fidelity dynamics simulations for real-time guidance, control, and autonomy, but traditional methods often lack the computational performance needed for complex systems. Existing simulation tools may not accurately model both rigid and flexible body dynamics, leading to inaccuracies in mission-critical environments.
Solution
Karana Dynamics provides specialized dynamics simulation technologies designed to enhance computational performance for aerospace and robotics. Their solutions utilize engines capable of modeling both rigid and flexible body dynamics with high accuracy. This enables real-time simulation for guidance, control, and autonomy applications, addressing the need for precise modeling in demanding environments. The Dynamics and Real-Time Simulation (DARTS) toolkit, powered by Spatial Operator Algebra, supports diverse domain simulation tools and applications across multiple disciplines, including flight dynamics, robotics, and molecular dynamics.
Target Audience
The primary customers are aerospace engineers, roboticists, and researchers who require accurate and computationally efficient dynamics simulations for mission-critical applications.
Features
- Specialized engines for high-fidelity modeling of rigid and flexible body system dynamics
- Dynamics and Real-Time Simulation (DARTS) toolkit used by NASA and other space missions
- Spatial Operator Algebra computational dynamics methodology
- Support for diverse domain simulation tools such as DSENDS, HeliCAT, ROAMS, and GNEIMO
- Applications across flight dynamics, guidance and control, loads and dynamics, and robotics