Exposed Bent-Tube Chassis
A bent-tube frame creates a strong and accessible base.
Krishna GildaAti Edubot
More about Ati RoboticsEdubot is a compact autonomous mobile robot platform built for academic use. It gives students and researchers a hands-on way to learn robotics, test ideas, and experiment with both software and hardware.
RobustCleanIndustrialStrongRuggedToughModularHonest
Design base
Modular Sheet-Metal Panels
Separate sheet-metal modules make access and upgrades easier.
Simplified Assembly
Panels mount directly onto welded tabs.
Structure as Protection
The exposed chassis doubles as a bumper.
Easy Future Updates
Individual modules can be updated without changing the whole robot.
Inspiration
Exposed bent tube chassis
Modular Panels
Pegboard used in different products
A Peg board like pattern around the robot
A grid of holes lets students add sensors, brackets, and custom 3D-printed parts for quick testing and experimentation.
Bent-Tube Chassis for Heavy Components
Larger components can be mounted directly onto the bent-tube chassis, giving students a stronger base for testing heavier hardware.
Structure as Protection
The exposed chassis doubles as a protective bumper.
I/O Ports
Side I/O ports let students connect different hardware modules easily.
Utility Space
A small open area gives students space to keep tools, connectors, and small parts while working around the robot.
Battery Panel
The exposed chassis also acts as a protective bumper, helping safeguard parts
Single panel access to internal components
Opening one panel gives quick access to the internal electronics, making troubleshooting, demonstration, and learning easier.
Standardised mounting channels
Built-in mounting channels allow students to attach cobots, sensors, and different payloads for testing.
LED Visual Interface
The front LED matrix helps the robot communicate status, alerts, and feedback clearly to students.
