Hyperlink's propulsion team specializes in refining double linear induction motor technology and advanced power systems. Our team’s expertise revolves around creating efficient solutions for achieving contactless acceleration refining a new form of engine design. Ultimately contributing to the realization of high-speed, sustainable transportation.

Hyperlink's braking team specializes in seamlessly incorporating magnetic and physical braking systems, while ensuring minimal disruption to other vital components. Our team’s focus lies in achieving efficient and controlled deceleration. Contributing to the overall reliability and safety of the high-speed transportation system.

Responsible for engineering the pod’s structural backbone, our sub-team takes charge of designing a robust frame that supports the propulsion, electrical, braking, and suspension subsystems. We focus on building a durable, reliable chassis that safely supports the full weight of the pod and its subsystems, whether at rest or racing through the tunnel.

Within the hyperloop development, the integration team bridge the gap between subsystems. Their responsibilities extend from aiding in the initial system design to overseeing the assembly of the final prototype. By collaborating closely with other teams and fostering a collaborative environment, the integration team ensures the highest quality standards are maintained throughout the development process.

Responsible for the development and construction of the electronics on the pod, Hyperlink’s electrical team excels in circuitry design, assembly and testing. Our team orchestrates innovation and communication between teams to craft the bods electrical network and allow for the most effective performance.

Hyperlink’s software team undertakes the task of envisioning, crafting, and validating a sophisticated software structure which seamlessly enables communication of the pod prototype with the ground to allow for external control of the pod.

Our hyperlink suspension team is committed to designing and implementing sophisticated suspension systems to ensure robust stability, safety and comfort at extraordinary speeds. We incorporate innovative passive suspension technology to reduce vibrations, optimise vehicle load, and provide structural integrity. This contributes to a seamless operation for our pod, guaranteeing reliability across the track.