When designing a rover that must traverse rocks, sand, and uneven terrain, stability becomes a top priority. The differential bar mechanism is one of those important mechanism that makes this possible. It’s simple, mechanical, and absolutely vital.
Our new 6 Degrees of Freedom (6-DOF) robotic arm is designed for high performance and reliability. Built using a sandwich structure of 3D-printed parts and metal reinforcements, it combines low weight with excellent strength and rigidity.
This advanced robotic system features a sophisticated two-tier power management architecture designed to efficiently distribute power from a 24V battery source to multiple subsystems. The design incorporates strategic buck converter placement to ensure optimal voltage regulation and independent control of various robotic components.
This advanced robotic system features a sophisticated two-tier power management architecture designed to efficiently distribute power from a 24V battery source to multiple subsystems. The design incorporates strategic buck converter placement to ensure optimal voltage regulation and independent control of various robotic components.
A step-by-step breakdown of our process for analyzing soil.
Secure communication is the core of any rover system, and the antenna subsystem is the link that sustains the rover connected to its origin.