ROVA 5 Bimanual Set - 2* Leader Arm & Follower Arm

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Rs. 66,299.00 Rs. 104,000.00

ROVA 5 Bimanual Set - 2* Leader Arm & Follower Arm

Rs. 66,299.00 Rs. 104,000.00

What’s in the box

2 Sets of Fully assembled ROVA 5 (SO-101) Leader Arm with Wrist camera + Follower Arm
Controller/driver board and required cabling
Power supply
USB cable (computer to controller)

Warranty & Replacement

7-day replacement: If your robot arrives defective or dead-on-arrival, we’ll replace it within 7 days from the date of delivery.
3-month motor warranty: The motors are covered for 3 months from the date of delivery, only for manufacturing defects.
This warranty does not cover damage due to misuse, accidents, modifications, improper wiring/power, or normal wear and tear.

ROVA 5 URDF

ROVA 5 Bimanual Arm in Action

ROVA 5 based on LeRobot SO-101 (SO-ARM101) Open-Source 5-Axis Desktop Robot Arm

ROVA (SO-101) is a compact, table-top robotic arm built for learning and building real robotics AI. It is designed to work with the Hugging Face LeRobot ecosystem, so you can go from “move the arm” to “train a model” to “run autonomously” using the same open-source tools the community shares.

What you can do with it

Teleoperate and record demonstrations (move a leader arm by hand, or use a keyboard-style teleop)
Create your own dataset for real-world manipulation
Train an imitation-learning policy in LeRobot and deploy it back to the arm
Run repeatable tasks like pick-and-place, simple sorting, stacking, and desk-scale manipulation

Why ROVA 5 (SO-101) is different

Built for learning-first robotics: the workflow is centered around collecting demonstrations, training, and evaluation
Open-source ecosystem: code, examples, and community resources are shared and improving constantly
Calibrate once, reuse policies: calibration aligns the robot’s joint ranges so models trained on one arm can transfer more reliably to another

Key features

5-DOF arm (5 joints + 1 gripper) with a desk-friendly footprint
Smart serial bus servos with encoder feedback for consistent joint control
USB connection to your computer through a controller/driver board
Designed to follow official LeRobot tutorials and examples end-to-end

Technical snapshot

Follower arm drive: 6× STS3215 smart servos
Leader arm drive: mixed gear ratios so it is easier to move by hand while still supporting its own weight
Software: LeRobot (Python / PyTorch workflow)

System requirements

A computer that can run Python tooling for LeRobot (commonly set up with Python 3.10 environments)
USB port for the controller/servo bus

Who this is for

Robotics enthusiasts, students, and developers who want hands-on embodied AI at desk scale
Teams prototyping data collection + training + deployment loops before moving to larger robots