Reduce Risk. Validate Earlier. Launch with Confidence.
Developing complex equipment requires balancing performance, safety, reliability, and cost. Physical prototypes are expensive, iteration cycles are slow, and late-stage design changes increase risk.
Simulation enables OEM engineering teams to test and validate machine behavior earlier in the development lifecycle — before committing to full physical builds.
The CM Labs Simulation Platform
Engineering teams can test performance, stability, durability, and control logic in a safe, repeatable virtual environment.
Built on Vortex® technology, the CM Labs simulation platform delivers real-time, physics-based modeling of machine dynamics, contact forces, hydraulic interactions, and environmental response. It enables system-level simulation with validation-grade realism across integrated subsystems.
Key capabilities include:
- System-level machine modeling
- Subsystem and component validation
- Real-time dynamics and force interaction simulation
- Configurable terrain and environmental conditions
- Integration with OEM control systems and hardware
Engineering Use Cases
Hardware-in-the-Loop Testing
Simulation-based hardware-in-the-loop (HIL) testing provides a powerful alternative to traditional prototype validation. The CM Labs simulation platform — built on Vortex® technology — connects real control systems, embedded software, and PLCs to a real-time, physics-driven virtual machine environment.
This enables engineering teams to validate subsystem performance, control logic, and system interactions under realistic operating conditions before full physical assembly. By combining real hardware inputs with high-fidelity machine modeling, teams can test, refine, and iterate designs in parallel with development.
Key advantages:
- Validate system behavior earlier in the development lifecycle
- Reduce reliance on costly physical prototypes
- Shorten development cycles through parallel hardware and software testing
- Integrate and test real PLCs and control systems
- Mitigate schedule and integration risks
Operator Ergonomics & Human Factors
Machine performance is only part of product success — operator experience plays a critical role in safety, efficiency, and adoption.
Using the CM Labs simulation platform, OEMs can evaluate cab design, control placement, visibility, and human-machine interaction in a high-fidelity virtual environment before committing to physical builds. Engineering and product teams gain early insight into usability, comfort, and workflow effectiveness — enabling more informed design decisions with fewer physical iterations.
Key advantages:
- Capture realistic operator interaction and feedback
- Evaluate control layout, visibility, and ergonomics earlier
- Perform more design iterations within time and budget constraints
- Align engineering and product teams around real-world operator experience
- Improve safety and usability outcomes
Automation & Machine Learning
As equipment becomes increasingly automated, validating autonomous behavior across complex and variable environments becomes critical.
The CM Labs simulation platform — built on Vortex® technology — enables engineering teams to simulate dynamic terrain, load interactions, and environmental conditions to support automation development and machine learning.
By running repeated, physics-driven scenarios in a controlled virtual environment, teams can train and test autonomous systems more efficiently — accelerating iteration while reducing risk to equipment, infrastructure, and personnel.
Key advantages:
- Model diverse worksites and environmental conditions
- Train and test autonomous systems across variable scenarios
- Accelerate machine learning iteration cycles
- Validate automated behavior before deployment
- Reduce cost and risk associated with physical testing
Drive Measurable Engineering Outcomes
Simulation supports engineering leaders in:
- Reducing physical prototype costs
- Shortening validation and testing cycles
- Identifying design issues earlier in development
- Improving cross-functional collaboration between engineering and product teams
- Accelerating time to market
By shifting validation earlier in the lifecycle, OEMs can reduce development risk while maintaining high standards of performance and safety.
Engineering-Grade Credibility
- Decades of experience modeling heavy equipment systems
- Deep expertise in dynamic machine behavior and force interaction
- Proven OEM integration across global manufacturers
- Scalable simulation environments adaptable to multiple equipment types
CM Labs partners closely with OEM engineering teams to ensure simulation models align with real-world machine performance and validation objectives.
Engineering Success in Action
CM Labs Supplies IHC FUNDEX with Unique Drill Rig Simulator
CM Labs’ simulator makes it possible for us to test and iterate more quickly.
Andre Rottier
Engineering
See What Our Real-Time Simulations Can Do for You
To learn more about how CM Labs can help you implement simulation-driven solutions, please fill out the form below.