Model the complete system
Build multibody models of vehicles, robots, machines, and mechanisms using tools such as ADAMS and CarSim, with the level of detail appropriate to the problem.
ADAMS · CarSim · SiL · HiL
Explore the real world.
Before the next build.
High-fidelity models and virtual test environments to investigate system behavior, compare designs, and reduce avoidable physical iterations.
Digital Twins
What the work
can include.
A useful digital twin connects the system you want to improve with the conditions it actually encounters. TwinDroid develops models around the decision you need to make, then evaluates their behavior against the available physical evidence.
Create a virtual test environment
Develop operating scenarios and software-in-the-loop (SiL) workflows. Scope hardware-in-the-loop (HiL) integration around your real-time targets, interfaces, and available hardware.
Explore difficult conditions
Investigate realistic loads, operating variation, disturbances, and defined failure cases before committing to a physical test plan.
Compare and improve designs
Evaluate parameter changes, compare alternatives, and use the results to focus development effort where it can make a meaningful difference.
YOUR HANDOVER
Useful deliverables.
- A scoped and documented system model
- Repeatable virtual scenarios and evaluation scripts
- Design comparisons with assumptions and limitations
- Recommendations tied to your next decision
A GOOD STARTING POINT
Inputs to discuss.
- Geometry, mass and inertia information
- Component characteristics and operating requirements
- Available measurements or reference tests
- Your current tools, interfaces, and delivery constraints
HOW WE ASSESS THE RESULT
We agree on relevant operating cases and acceptance measures before making accuracy claims. Simulation helps reduce avoidable prototypes; physical testing remains part of the evidence where it is needed.
START A CONVERSATION
Let’s scope the right first step.
Tell us about your system, the challenge, and your timeline.