High-Performance

Specially engineered for off-road autonomous applications

Remote Capability

Tele-operation up to 2KM line of sight range

Proven Reliability

Ultimate combination of handling and control

Custom Integrations

Array of sensor and computing integrations available

Ideal for Autonomous R&D in:

Dataspeed Drive-by-Wire Kit

The Dataspeed By-Wire Kit is a complete hardware and software system that allows seamless electronic control of a vehicle’s brake, throttle, steering, and shifting to enable testing for autonomous vehicle applications. The kit is constructed of proven industrial-grade hardware built to withstand complex terrain and unpredictable environments. All kits are engineered and assembled in the United States to ensure thorough quality inspections, and all production-level safety features remain intact and fully functioning. Our plug-and-play kits can be installed within a few days, allowing your engineers to get up and running quickly on their algorithm, sensor, or data research. Dataspeed keeps safety first and foremost in every phase of a project and in all product development. Our products are rigorously tested against thorough protocols before releasing to a customer. 

Vehicle Integrations

Customize the RZR with high-quality vehicle integrations that can help accelerate your project for the Robotic Autonomy in Complex Environments with Resiliency (RACER) program. Dataspeed has the integration capabilities for your AV project including sensor mounting, lidars, cameras, GPS antennas, cable & storage solutions, software solutions, radars, and more.

Robust E-Box

The RZR platform features a durable IP55 rated enclosure to store electronics such as computers, ethernet switches, or voltage regulators to protect from dirt, dust, oil, and other non-corrosive material. The Dataspeed By-Wire Kit includes an intelligent Power Distribution System and inverter/charger system with secondary batteries for additional power.

Ready to Automate

Off-Road?

Complete the form to accelerate your autonomous unmanned ground vehicle mobility project.

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