XMachines Bets Big on Affordable Farm Robotics with the Launch of Neo
Indian robotics startup XMachines is set to debut Neo, a fully electric, multi-purpose field robot launching this December. Designed to give small and mid-sized farms access to high-end automation, Neo can autonomously tackle a broad spectrum of agricultural tasks thanks to its compact tracked chassis and modular tool system.
Built around a dual electric-motor drivetrain with torque vectoring, Neo offers smooth, zero-turn maneuverability similar to a skid-steer. Its swappable 48V Li-ion battery packs deliver three to four hours of runtime each, with additional packs extending operation throughout the day.
The robot’s autonomy stack blends RTK-GPS with inertial backup for reliable navigation, while onboard AI vision and LiDAR provide human, animal, and obstacle detection. Farmers can run operations fully autonomously or step in with remote manual override when needed.
XMachines aims to deploy at least 250 units globally by the end of 2026.
Neo’s design emphasizes versatility. Mounting points positioned at the front, rear, and top support a lineup of quick-swap attachments for spraying, mowing, shallow tilling, seeding, and payload transport. Implement power comes from 48V DC ports capable of 80A peak output. The robot handles 300 kg of onboard payload, expandable to 1,000 kg when paired with a trailer, and can cover roughly eight acres over a typical 8–10 hour workday depending on crop and tool choice.
Priced at US $19,995, Neo targets farms seeking productivity gains without the cost and bulk of full-size machinery. After its initial rollout, the robot will enter broader distribution in India, Saudi Arabia, Australia, Italy, Macedonia, and the United States starting in 2026. XMachines says it aims to deploy at least 250 units worldwide by the end of that year.
With advanced navigation, an all-electric powertrain, and a flexible array of farm tools, Neo is engineered as a rugged, all-terrain assistant ready for orchards, vineyards, vegetable farms, and hilly landscapes—bringing precision robotics within reach for a new tier of growers.
