About DCU Solar Racing

Engineering a brighter way to race

We're a student-led team designing and building a world-class solar electric race car — pushing what's possible in efficiency, teamwork, and Irish engineering.

Our story

What started as an idea among DCU engineering students is now a multidisciplinary project spanning mechanical, electrical, software, aerodynamics, and operations. We're building reliable systems, a fast car, and a sustainable team culture.

Beta Unveiling
The team with our beta
Prototype
Beta prototype car

Milestones

A quick look at how far we’ve come—and where we’re going.

  1. 2022

    Team founded

    Core leadership formed and initial research kickoff.

  2. 2024

    Alpha development

    In October 2024 we showcased Alpha at DCU Glasnevin, gaining support for the project.

  3. 2025

    Driving prototype testing

    In September 2025 we presented our driving prototype and began system validation.

  4. 2026

    iLumen European Solar Challenge

    In September 2026 we’ll compete at Circuit Zolder in the 24-hour endurance event.

  5. 2027

    Bridgestone World Solar Challenge

    In August 2027 we tackle the BWSC—crossing Australia in the world’s premier solar race.

Our mission

Inspire the next generation of clean-energy engineers by building a cutting-edge solar race car, competing on the world stage, and sharing the journey with schools, sponsors, and the public.

  • Efficiency first

    Every gram, watt, and line of code matters.

  • Learning by doing

    Real hardware, real deadlines, real races.

  • Open + inclusive

    A place to grow for all levels & disciplines.

  • Proudly Irish

    Designing in Dublin, racing abroad.

40+
Active students
7
Disciplines across the team
3,000+ km
Simulated testing & validation
1
Goal: efficient, reliable race finish

How we work

Simple, disciplined loops—designed for speed, safety, and learning.

  • 1

    Design → Simulate

    CAD, FEA/CFD, electrical schematics, and strategy models to converge on the best options before cutting any material.

  • 2

    Prototype → Validate

    Rapid fabrication, test jigs, HIL benches, and instrumentation. Prove the idea on the bench and the track.

  • 3

    Integrate → Iterate

    System bring-up, telemetry feedback, checklists, and debriefs. Tight cycles until reliable performance is repeatable.

Backed by our partners

Join the journey

Whether you're a student, mentor, or sponsor, there's a place for you in DCU Solar Racing.

UrbanVolt
Bridgestone
DCU
DCU Alpha
Chains Limited
Bernard Smith Consulting Engineers
Timeless Marketing
TEG
Snickers Workwear
Hultafors Group
RS Ireland
Irish Garage Equipment
Niedax Group
Hybrid TP
Welditz
Benson Engineering
Global Media
Altium
Dassault Systems
Neogen
Studio Ava
DCU Redbrick