Key Takeaways
- Carbon Robotics has introduced Carbon AutoTractor, a new AI-powered tractor autonomy system.
- The system is designed to reduce labor dependency and increase productivity with remote operator oversight.
- Carbon AutoTractor installs on existing tractors and allows for seamless switching between manual and autonomous modes.
- Integrated safety features include RTK GPS, 360-degree cameras, and radar-based sensors.
- Carbon Robotics offers a pay-per-hour pricing model to support accessibility for farm operators.
Carbon Robotics Debuts Carbon AutoTractor for Real-World Farm Autonomy
New System Focuses on Reliability, Safety, and Ease of Use
Carbon Robotics, a company specializing in AI-driven agricultural technology, has announced the launch of Carbon AutoTractor, an autonomous tractor solution built to meet the day-to-day needs of farmers.
Developed with direct input from growers, Carbon AutoTractor aims to address common challenges that have hindered broader adoption of autonomy in agriculture—such as frequent interruptions, supervision complexities, and solutions not designed for full-time production settings.
“Too often, autonomy in agriculture has been overpromised and underdelivered,” said Paul Mikesell, CEO and founder of Carbon Robotics. “We built Carbon AutoTractor to change that—by focusing on real-world performance and simplicity.”
Carbon Robotics’ System Features: Autonomy Kit and Remote Oversight
Combining AI, Remote Control, and Compatibility
Carbon AutoTractor consists of two main components: the Carbon Autonomy Kit, which installs on existing tractors, and the Remote Operations Control Center (ROCC), where trained operators monitor and manage the fleet in real time.
The system is initially compatible with John Deere 6R and 8R Series tractors, with installation requiring less than 24 hours and no permanent modifications. Tractors equipped with the kit can easily toggle between manual and autonomous operation.
“With Carbon AutoTractor, we’re able to operate more hours and address labor shortages,” said Brandon Munn, farm manager at Columbia Basin Onion LLC. “This isn’t just automation—it’s a practical solution that’s changing how we farm.”
Carbon Robotics Integrates Autonomy Across Key Farm Tasks
From Weeding to Ground Prep, the System Extends Capability
Carbon Robotics has integrated the AutoTractor system with its existing LaserWeeder platform, enabling automatic adjustments in speed based on weed type and density. According to the company, this improves coverage by up to 20% compared to manually operated systems.
Beyond weeding, the AutoTractor can autonomously perform ground preparation activities such as plowing, cultivating, discing, mulching, mowing, and more—eliminating the need for an in-cab operator.
Safety features include:
- RTK-accurate GPS
- 360-degree cameras
- Radar-based safety sensors
- Remote and physical emergency stops
- High-speed satellite connectivity
Practical Deployment and Pricing
Flexible Model Designed to Support Adoption
To make autonomy more accessible, Carbon Robotics offers a pay-per-hour pricing model, reducing upfront investment requirements for growers. With the system now in use across multiple farms, the company plans to scale deployment and continue adapting features based on user feedback.
“We’ve proven with LaserWeeder that we can deliver reliable agricultural technology,” added Mikesell. “Carbon AutoTractor is the next step in that mission.”
By combining AI decision-making, real-time oversight, and integration with current equipment, Carbon Robotics aims to provide a scalable and dependable solution for modern farm operations.
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