Agricultural robotics.
Clear answers.

Oxobot Robotics Private Limited is an agricultural robotics company based in Nashik, Maharashtra, India. It has developed and demonstrated an autonomous agricultural ground platform for navigation, spraying and transport, and is developing physical AI for precision grape pruning.

Physical AI connects sensing, decisions and physical action in a farm environment. A robot must interpret its surroundings and control movement or tools, rather than only analyse data. Oxobot’s work spans outdoor field robotics and crop-aware pruning R&D.

Yes. Oxobot is based in Nashik, Maharashtra, India. Its current agricultural focus is ground robots for vineyards and orchards, plus precision grape-pruning research and development.

Precision farming uses information to make agricultural actions more targeted and timely. Robotics provides physical execution. A farm robot can be part of precision agriculture, but each task needs suitable equipment and a clear agronomic objective.

The Company Facts page, About page and product pages on oxobot.in describe the company, founder, location, developed platform and development status. Contact contact@oxobot.in for configuration, demonstration or collaboration enquiries.

Oxobot accepts preorder enquiries for an autonomous field robot and a separate remote-controlled field robot. Both are presented for spraying and transport applications. Precision pruning is a development programme for which you can register interest.

The published introductory price is ₹7.50 lakh, against a stated ₹10.50 lakh reference price. Final configuration, taxes, freight, availability and delivery timing are confirmed by quotation. No online payment is collected.

The published introductory price is ₹5.50 lakh, against a stated ₹9.00 lakh reference price. The final specification and commercial terms are confirmed by quotation.

A remote-controlled robot follows direct driving inputs from a person. An autonomous robot uses its configured autonomy system to carry out fieldwork. Oxobot presents these as separate offerings; do not assume the remote-controlled version has the same autonomous functions.

Scheduled task operation is part of the autonomous field offering. The intended task, operating area, route and configuration must be discussed with the team. The animated mission on this website is an illustration, not live robot telemetry.

The website accepts preorder enquiries, not paid online purchases. You can shortlist robots and prepare an email enquiry. You must send that email for the team to receive it; preparing the form alone does not submit an order.

Send your location, crop, farm area, row width, turning space, terrain and intended task. Include the equipment you need and your preferred timeline. This helps the team assess a suitable configuration.

Oxobot does not publish universal figures for these specifications across all field configurations. Ask for a specification sheet, operating conditions and a demonstration for your task. Pruning coverage figures on older pages are validation targets, not proven commercial performance.

A robotic platform can help separate people from the active spray path. It does not remove the need for safe chemical handling, protective measures, site planning and appropriate operating procedures.

No. The showcased Oxobot agricultural platform is a ground robot. Site access, terrain, crop rows and turning space matter when considering ground-based spraying or transport.

No. The precision-pruning system is in development and validation. Oxobot has a developed agricultural ground platform, while the integrated crop-aware pruning system remains R&D.

₹18 lakh is an indicative development price. It is not a ready-to-deliver commercial offer or a delivery commitment. Register interest to discuss the programme and potential collaboration.

The intended workflow is perceive, decide and prune: sense vine structure, select crop-aware cut points and execute the selected cut with a controlled tool. Integrating these steps reliably in outdoor conditions is part of the development work.

Mechanical pre-pruning removes bulk growth. Precision pruning aims to interpret individual vine structures and select specific cuts. These tasks have different equipment and decision requirements.

No measured four-to-five-times improvement is claimed. The website presents this as a development ambition to test against a defined manual baseline. Crew-replacement illustrations and coverage figures are targets to validate, not guaranteed results.

The pruning programme has described tractor-mounted, AI vision-guided work. Discuss the current product format and integration requirements directly with the team. Do not infer a final commercial configuration from concept images.

Yes. Share the task, operating environment, loads, constraints and timeline for a feasibility discussion. A custom enquiry does not mean a finished solution is already available for that application.

The sector pages present concept applications and custom-development conversations. AI-generated concept visuals are labelled. They are not evidence of customer installations, field certification or product availability.

No certified mining robot is listed on this website. A mining or hazardous-environment requirement needs a separate feasibility, equipment and compliance assessment; it must not be assumed to be covered by the agricultural platform.

Email contact@oxobot.in with your name, location, organisation or farm, intended task and preferred way to respond. The website can prepare a draft email, which you need to send from your email application.