Years of
Excellence
Robotics & R&D Integration
Pioneering the future of agricultural and logistical automation from East Champaran
Innovation Lab
At Sharma Engineering, we believe the future of Indian agriculture lies in smart automation. Our dedicated R&D division is building next-generation robotic solutions to address labor shortages, difficult terrain, and the growing demand for precision farming across Bihar and beyond.
In Development
Tier 1 — Manual Control
High-Torque RC Rover
A rugged, remote-controlled chassis engineered for hazardous inspections, uneven farmland, and confined industrial spaces. Built with high-torque motors and long-range RF communication.
- High-torque DC motor drive
- 2.4GHz long-range RF control
- All-terrain rubber track system
- 4-hour continuous operation
- 50kg payload capacity
Prototyping Phase
Tier 2 — Semiautomatic
Assistive Transport Rover
Next-level logistics automation with assistive navigation, ultrasonic obstacle detection, and autonomous waypoint following. Ideal for warehouse operations and farm-to-market transport.
- GPS + IMU waypoint navigation
- Ultrasonic obstacle detection
- Manual override capability
- 100kg cargo payload
- WiFi/Bluetooth telemetry
Research Phase
Tier 3 — Fully Automatic AI
AI Autonomous Farm Rover
The pinnacle of our R&D. An AI-powered rover with computer vision, deep learning pathfinding, and independent task execution for seeding, crop monitoring, and precision agriculture.
- Computer vision (OpenCV + AI)
- Deep learning pathfinding
- Autonomous seeding & monitoring
- RTK-GPS cm-level accuracy
- Cloud-connected data analytics
Why Research Robotics?
Bihar's agricultural landscape faces unique challenges — seasonal labor shortages, difficult monsoon terrain, and the need for precision in smallholder farming. Our robotics R&D directly addresses these pain points.
By developing affordable, rugged, and intelligent robotic systems locally, we aim to democratize farm automation for every farmer in East Champaran and beyond.
- Labor Shortage: Automates repetitive tasks during peak seasons when labor is scarce and expensive.
- Difficult Terrain: Track-based rovers navigate waterlogged fields and uneven ground where tractors can't go.
- Precision Agriculture: AI-driven seeding and monitoring reduce waste and increase yield by up to 30%.
- Cost Efficiency: Local manufacturing keeps prices 60% lower than imported alternatives.