
Our latest Human Powered Vehicle (HPV) is a testament to our commitment to innovation. Designed for performance, MQ2 features a lightweight frame, advanced aerodynamics, and cutting-edge drivetrain technology.

Our custom-designed drivetrain deliver exceptional power and efficiency. By optimizing every component of the drivetrain, we've created a system that delivers smooth, consistent power with minimal energy waste.
Our bike features advanced connectivity with real-time telemetry, predictive maintenance alerts, and adaptive riding modes. The bike built-in heads up display provides critical information for the rider to optimise their runs.
Smart sensors throughout the bike continuously monitor conditions and adjust performance parameters to maximize efficiency and safety.


Every curve and surface of MQ2 enclosure was optimized to minimize air resistance while maintaining structural integrity. The data-driven approach to aerodynamic design proved invaluable, establishing testing protocols and design principles that continue to inform our current development efforts.
Our design process leverages state-of-the-art Computer-Aided Design (CAD) tools to model every component of MQ2. This allows us to optimize geometry, fit, and assembly before any physical prototype is built.
Extensive Finite Element Analysis (FEA) is performed on all critical parts to ensure structural integrity, minimize weight, and maximize performance. Through simulation, we identify and address potential issues early, resulting in a safer, lighter, and more efficient vehicle.