Bonsai Robotics Amiga Max Autonomous Tractor

Agriculture Robotics Technology

Sep 24, 2026 · 4 min read

Bonsai Robotics Amiga Max Autonomous Tractor

Farmers in California are embracing a new era of automation with the Bonsai Robotics Amiga Max, a driverless tractor designed for precise work in orchards and vineyards. It can navigate tight rows of crops without GPS signals, ensuring minimal crop disruption.

The Amiga Max: A California Farming Revolution

The Amiga Max from Bonsai Robotics is an autonomous tractor designed for orchard and vineyard work. With a 1,320-pound base weight, a top speed of 6.5 miles per hour, and the ability to handle an 8-hour workday with swappable battery power and a diesel range extender, the Amiga Max is a quiet game-changer with no need for a driver. This tractor does more than just look impressive: it lifts heavy implements, navigates carefully, and pivots on its axles.

A New Kind of Farm Tractor

The Amiga Max is a fully autonomous tractor with no seat, steering wheel, or cab. Developed by Bonsai Robotics in California, this innovative tractor can work in orchards and vineyards without GPS signals. It weighs 1,320 pounds and can carry up to 2,000 pounds, lifting 1,500 pounds on a three-point system. The Amiga Max can spin in place using all four wheels for steering, and it uses 2.7 kilowatt hub motors for propulsion, 7.2 kilowatts peak. This quiet, compact design makes it ideal for tight spaces, such as an orchard row. Bonsai Robotics has equipped the Amiga Max with vision-powered navigation, trained on more than 750,000 acres of orchards and vineyards. This allows the tractor to navigate even in areas where satellite signals are weak or not available.

Why Row Navigation is More Than it Seems

In farming, tight rows of crops require precise navigation — the Amiga Max's four-wheel steering system allows it to maneuver smoothly without needing a wide turning radius. With a top speed of 6.5 miles per hour, typical of tractor work, the Amiga Max orchard row is designed to be a reliable partner for farmers. This precision means fewer crop disruptions and less waste.

Efficient Driving

The Amiga Max’s power comes from four hub motors, each providing a continuous 2.7 kilowatts. Peak power output is 7.2 kilowatts for a total output of 28.8 kilowatts at peak. This provides ample torque for demanding terrain. The 7 kilowatt-hour swappable lithium battery allows the Amiga Max to operate for up to 8 hours, with the option to switch to a diesel range extender for extended days. This flexibility and efficiency make it perfect for long workdays.

Vision-Powered Navigation

The Amiga Max’s navigation system is its standout feature. Bonsai’s software relies on vision technology, trained on more than 750,000 acres of orchards to navigate efficiently. This is particularly useful in areas with thick canopies, where GPS signals might struggle. The ability to navigate without satellite signals ensures that the tractor can operate effectively in complex environments, making it a versatile choice for diverse farming needs. Bonsai Robotics acquired Farm NG, the company that first developed the Amiga tractor, in July 2025. The company quickly released the Amiga Max to growers in a timely manner, demonstrating their dedication to innovation.

The Future Farm & Autonomous Machinery

Robotic tractors represent a significant shift in agriculture. Traditional farming involves manual labor and human-operated machinery, but autonomous tractors like the Amiga Max offer increased efficiency and precision. The tractor’s ability to navigate on its own and perform tasks without human intervention ensures that farm work can continue around the clock.

Practical Guide to the Amiga Max

For growers looking to incorporate autonomous tractors into their operations, it is essential to consider practical factors to make the transition smoothly. Here are tips for those looking to adopt this technology:

  • Terrain Assessment: Evaluate your farm's terrain and crop layout to determine if the Amiga Max can navigate effectively. The tractor’s versatility in tight spaces makes it ideal for orchards and vineyards.
  • Implement Compatibility: Check that your current farming implements are compatible with the Amiga Max, which has a lifting capacity of 1,500 pounds on a three-point system.
  • Power Management: Plan for power needs, especially if you anticipate long workdays. The Amiga Max’s 7 kilowatt-hour battery provides up to 8 hours of operation, but the diesel range extender ensures continuous work.
  • Maintenance and Support: Ensure that Bonsai Robotics’ support and maintenance services are available in your area. Regular checkups and updates will keep the tractor running smoothly.
  • Training and Transition: Train your farm staff on how to operate and maintain the Amiga Max. While autonomous, understanding the technology will help in integrating it into daily operations.

Outmaneuvering Tradition

The Amiga Max from Bonsai Robotics is more than just a new tool for farmers. It represents a future where technology intersects with agriculture to create efficient, precise, and sustainable farming practices. Innovations like the Amiga Max are pivotal for addressing labor shortages, enhancing productivity, and improving the quality of produce. The Amiga Max is a testament to the potential of autonomous machinery in transforming traditional farming methods, driving the industry towards a more automated and efficient future.

Questions readers ask

What makes the Amiga Max different from traditional tractors?

The Amiga Max stands out due to its fully autonomous operation, meaning it doesn't require a driver. Unlike traditional tractors, it has no seat, steering wheel, or cab, and it navigates using vision technology rather than GPS signals. This makes it particularly effective in tight spaces like orchards and vineyards.

How does the Amiga Max navigate without GPS?

The Amiga Max uses vision-powered navigation, trained on over 750,000 acres of orchards and vineyards. This allows it to navigate precisely even in areas with thick canopies where GPS signals might be weak or unavailable.

Can the Amiga Max operate all day?

Yes, the Amiga Max can operate for up to 8 hours on a single battery charge. For extended use, it has a diesel range extender, which allows for longer workdays without needing to recharge.

What kind of tasks can the Amiga Max perform?

The Amiga Max is designed for precise work in orchards and vineyards. It can lift heavy implements, navigate carefully through tight rows, and pivot on its axles to turn around in small spaces.

How does the Amiga Max's steering system work?

The Amiga Max uses a four-wheel steering system, which allows it to spin in place and maneuver smoothly in tight spaces. This is particularly useful in orchards and vineyards where a wide turning radius would be impractical.

What kind of power does the Amiga Max use?

The Amiga Max is powered by four hub motors, each providing a continuous 2.7 kilowatts and a peak power output of 7.2 kilowatts. This provides ample torque for demanding terrain. It also has a 7 kilowatt-hour swappable lithium battery for operation and a diesel range extender for extended use.

How does the Amiga Max benefit farmers in the long run?

The Amiga Max increases efficiency and reduces crop disruption due to its precise navigation and autonomous operation. This means less manual labor, fewer accidents, and potentially higher yields, making it a valuable long-term investment for farmers.

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