ROVA 5 Long Solo

White

Rs. 25,499.00 Rs. 41,000.00

ROVA 5 Long Solo

Rs. 25,499.00 Rs. 41,000.00

What’s in the box

Fully assembled ROVA 5 Long - extended-reach 5+1 DOF arm with Wrist Camera
Controller 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 Long Intro

ROVA 5 Long - LeRobot-Compatible SO-101 Style Arm, Extended Reach (5+1 DOF, +100 mm)

This is a compact, table-top robotic arm inspired by the SO-101 and designed for the same LeRobot-style workflow. You can teleoperate it, record demonstrations, build a dataset, train a model, and run tasks autonomously. Compared to a standard SO-101, this version keeps the same overall concept and ecosystem compatibility, while adding 100 mm of extra reach for a larger working area on the table.

What you can do with it

Teleoperate and record demonstrations using software teleop
Collect datasets for real-world manipulation
Train imitation-learning policies and deploy them back to the arm
Run repeatable tasks like pick-and-place, sorting, stacking, and simple desk-scale workflows
Work across a bigger workspace thanks to the extended reach

Why the extra 100 mm matters

The longer reach helps you:

Cover a wider portion of the table without moving the base
Pick and place across larger bins, trays, or multiple zones
Reduce repositioning during data collection, so you can capture more useful demonstrations per session
Explore tasks that need a larger arc of motion, such as handoffs between two areas or wider sorting layouts

Key features

5+1 DOF (5 joints plus a 1-DOF gripper) in a desk-friendly footprint
Extended reach design with 100 mm longer arm geometry than standard SO-101 style builds
Smart serial bus servos with encoder feedback for consistent joint control
USB connection to your computer through a controller or driver board
Designed to follow the same data collection and training loop used in the LeRobot ecosystem

Technical snapshot

Smart serial servos with encoder feedback (SO-101-class hardware)
Software workflow built around Python and a LeRobot-style training pipeline for datasets and policies

System requirements

A computer that can run Python tooling for data collection and training (commonly set up with Python 3.10 environments)
USB port for the controller and servo bus

Who this is for

Robotics enthusiasts, students, and developers who want hands-on embodied AI at desk scale
Builders who like the SO-101 style workflow but want a larger reachable workspace
Anyone collecting demonstrations who wants fewer base moves and faster data capture

ROVA 5 Long Dimensions