Unlock Advanced Data Capabilities with Our Enhanced Rover Braking System

We are excited to announce the latest enhancement to our Rover platform: 

An upgraded braking system that offers engineers unprecedented access to detailed braking data for advanced analysis, simulations, and program development.

Technical Highlights:

Comprehensive Data Acquisition:

The integration of automotive-grade hall sensors and servo position feedback provides high-resolution data on wheel speed, braking force, and response times, enabling deeper insights into braking dynamics.

Customizable Control System: 

Engineers can now develop and implement more sophisticated control algorithms and simulations, tailoring the braking response to various scenarios and research needs.

Seamless Integration for Real-Time Analysis: 

With direct data access through the Rover’s CAN bus, this system facilitates real-time monitoring and logging, allowing for immediate adjustments and iterative testing in diverse environments.

This new capability not only supports the development of advanced braking programs but also empowers researchers to simulate and validate complex braking scenarios, making the Rover an indispensable tool for those working on cutting-edge automotive and robotic projects.

For more information or to discuss how this enhanced system can support your next project, we’re here to collaborate and innovate together!