Our Projects
WIRED Ecomarathon builds environmentally friendly cars to compete in the Shell Ecomarathon competition. The competition tests students ability to design an aerodynamic, efficient and safe car that they drive on the track. The goal is to complete a minimum of 3 laps in on the course and use the least amount of fuel possible.Scroll to learn more about our past projects.
01
2018-1019
For the 2018–2019 school year, our team designed and built a prototype vehicle to compete in the Shell Eco-Marathon, an international competition focused on pushing the limits of energy efficiency in transportation. The project required interdisciplinary collaboration across mechanical, electrical, and systems engineering to create a safe, lightweight, and efficient vehicle.
Key features of the project included:
Chassis Design: A lightweight tubular frame optimized for strength and minimal weight.
Aerodynamics: A streamlined body shape to reduce drag and improve efficiency.
Powertrain: Custom integration of an energy-efficient motor and drivetrain system.
Electronics & Controls: Embedded systems for power management, monitoring, and driver feedback. Testing & Optimization: Extensive on-track testing to validate efficiency, safety, and reliability.
02
2021-2022
During the 2021–2022 school year, our team advanced our eco-marathon program by developing a second-generation prototype vehicle. Building on lessons learned from earlier designs, this iteration focused on enhanced aerodynamics, lightweight construction, and improved systems integration to maximize fuel efficiency and performance on the track.
Key highlights include:
Full Aerodynamic Shell: Designed and fabricated a composite body to significantly reduce drag.
Improved Chassis & Safety: Structural refinements for driver protection and weight optimization.
Powertrain Development: Integration of a reliable, energy-efficient propulsion system with better drivetrain alignment.
Team Collaboration: Cross-disciplinary teamwork involving mechanical design, electrical systems, aerodynamics, and testing.
Competition Performance: Successfully demonstrated the vehicle’s performance at competition, representing the team’s growth and technical capabilities.
03
2022-2023
2022–2023 Eco-Marathon Vehicle Project For the 2022–2023 school year, our team unveiled a new prototype-class vehicle with a strong focus on aerodynamics, lightweight design, and efficiency. This design represented a major leap forward in refinement and professionalism, reflecting several years of iteration and learning from past projects.
Key features include:
Advanced Aerodynamic Body: A sleek, low-drag canopy and body shell designed for maximum efficiency on the track.
Lightweight Frame: Custom-built chassis optimized for weight reduction while maintaining strength and driver safety.
Energy Optimization: Careful integration of propulsion, rolling resistance, and aerodynamic efficiency to maximize performance. Systems Engineering: Balanced integration of electrical, mechanical, and driver-focused subsystems for reliability in competition.
Competitive Results: Demonstrated substantial improvements in efficiency and design sophistication at competition.