Purdue University college of agriculture & ENGINEERING Autonomous Vehicle Build

Vehicle Platforms for Advanced Learning and Real-World Applications

Dataspeed specializes in advanced automotive technologies, delivering fully integrated autonomous vehicle platforms like the customized Polaris Ranger for Purdue University. Featuring a full-authority Drive-By-Wire Kit, intelligent power management, onboard AI processing, and advanced sensor systems, the vehicle supports real-time autonomy and development. Dataspeed partners with universities and industry leaders to accelerate innovation in AgTech and other sectors through turnkey solutions.

Dataspeed's Impact on Agtech

Driving Innovation in Agriculture with Autonomous Solutions

In the rapidly evolving field of AgTech, autonomous vehicles are revolutionizing the way farms operate. Dataspeed’s autonomous vehicles are playing a key role in enabling agricultural automation, improving productivity, and reducing labor costs. Autonomous machinery powered by Dataspeed’s technology can handle tasks such as planting, spraying, harvesting, and more, all while being remotely controlled or completely automated.

Sensor Integration

Dozens of customers across the autonomous vehicle and ADAS industry have trusted the Dataspeed team to equip a variety of vehicles with perception, navigation, and data collection technology.

Power Distribution

The iPDS enables computer control of 12 automotive independent DC relay channels with programmable startup and shutdown sequences

Shore Power

The Shore Power System allows all equipment that is being powered from Dataspeed’s iPDS to operate in a lab or garage setting.

Dataspeed's Drive-by-wire: paving the way for innovation

Enabling Precision and Flexibility for Autonomous and Custom Vehicle Platforms

Dataspeed’s Drive-by-Wire kits are at the forefront of autonomous vehicle development. These systems replace traditional mechanical and hydraulic controls with electronic actuation, offering precise and remote control of key vehicle functions like steering, throttle, and braking. These kits play a pivotal role in enabling the testing and development of autonomous technologies, particularly in fields like agriculture, where autonomous vehicles can dramatically improve efficiency and productivity.

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