All Projects
Competitive RoboticsYear 2026
RoboSoccer Bot
A fast, agile wireless robot built for robot-soccer matches — designed to push, dribble, and score.
ArduinoMotor ControlWirelessMechanical Design
Dual-motor soccer bot chassis & dribbler mechanism
Overview
Built for inter-college robo-soccer competitions, this bot pairs a low, aggressive chassis with high-torque geared motors and responsive wireless control.
Highlights
- High-torque geared drive for quick bursts
- Low centre of gravity for stability in tackles
- Sub-100ms wireless response
- Reinforced front scoop for ball control
The Challenge
Balancing speed against control meant iterating on wheel choice, weight distribution, and motor gearing.
The Outcome
Competed in campus robo-soccer events and held its own against heavier, more expensive builds.
Project Media & Build Gallery
[4 PHOTOS]Dual-motor soccer bot chassis & dribbler mechanism
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Legged Robotics2026
Hexapod Spider Robot
A hexapod-style walking robot with articulated legs that crawls, turns, and adapts its gait over uneven ground.
Why we built this
We built this with low-cost 3D-printed parts and affordable servos so local schools could replicate multi-legged robotics without expensive machinery.
Free technical report & Drive guide available
Aerial Robotics2026
RC Plane
A hand-built fixed-wing RC aircraft designed, balanced, and flown by the team.
Why we built this
Aeromodelling kits are expensive; we used foam board and locally sourced motors so flight becomes accessible to every curious student.
Free technical report & Drive guide available
Electronics2026
Tesla Coil
A slayer-exciter Tesla coil that produces visible high-voltage arcs and wirelessly lights bulbs.
Why we built this
High-voltage demos inspire curiosity; we designed ours with safety cut-offs so we can bring electromagnetism to any classroom.
Free technical report & Drive guide available