🤖 Human-Following Rover
A robotic rover designed to detect and follow a person using sensors and programmed movement logic.
The project combines a microcontroller, motor driver, motors and sensors to experiment with autonomous navigation.
SSRT PROJECTS
Ideas Into
Technology.
Student-built robotics, engineering and technology projects.
FEATURED PROJECT
Human-Following Rover
A student-built mobile robotics project developed to explore autonomous movement, sensors and human-following behaviour.
🚀 SSRT Robotics
SSRT explores robotics as a practical way for students to learn electronics, programming and engineering.
🔧 Future Projects
New robotics, space science and technology projects will be documented here as they are developed.
SSRT ROVER
Build. Learn. Explore.
Choose the SSRT Rover version that fits your project and learning journey.
🚀 SSRT Rover V1
A DIY electronics kit for students who want to build the rover themselves.
- Electronic components
- Motor & control components
- Rover building parts
- DIY learning experience
DIY Rover Kit
View V1 →🤖 SSRT Rover V2
A guided build version for students who want help with assembling, wiring and coding.
- V1 components
- Complete assembling guidance
- Wiring guidance
- Coding guidance
Kit + Guided Build
View V2 →🛞 SSRT Rover V3
A ready-made rover for users who want a completed and assembled SSRT Rover.
- Fully assembled rover
- Tested before dispatch
- Ready to use
- Future upgrades possible
Ready-Made Rover
View V3 →SSRT ROVER JOURNEY
Choose Your Way.
Build it yourself with V1, learn with guided support through V2, or choose the ready-made V3 rover.
OUR APPROACH
Build. Test. Improve.
SSRT projects are developed through experimentation, testing and continuous improvement. Problems encountered during development are treated as opportunities to learn.