Since 2010, we a have dedicated ourselves to pushing our systems to perfection through innovative solutions and multidisciplinary workflows
Meet the TeamThe competency built and enhanced through our project is critical in creating new solutions to ensure a sustainable future
Groundbreaking technology advancement with a focus on energy efficiency through battery technology development and electrification
Driving research for Master and Bachelor theses through development of essential skills needed in a sustainable world. We inspire a new and diverse generation of leaders and engineers.
We require LCA of every system and push for process optimisation and cost reduction.
Through close collaboration with our university, NTNU Trondheim, we conduct critical production analyses via our very own courses (TPK4141 and TPK4142)
Analysis of the Waste and Waste Management of Revolve NTNU's Composite Production, Specifically the Waste of Carbon Fiber Usage
Life Cycle Analysis of Carbon Fiber Rims Compared to Carbon Fiber Aluminium Rims
An Analysis of the Life Cycle of the PCBs and their Sustainability with Regards to the Environment
In just eight months, our team members go from students to high-performance, industry-ready professionals
We kick off the year with an intense two-week bootcamp dedicated to learning the fundamentals of each system and the basic principles of making a race car.
Each member develops a concept for their system, highlighting historical pros and cons and illustrating how this year's concept will improve the system.
After several rounds of feedback and iterations, we settle on final designs right before Christmas.
After the Holidays, we go all in for producing our systems. Some parts are outsourced to sponsors, whilst others are produced in-house.
The car is fully-assembled in May.
As soon as the car is assembled, we enter the test season, where the car is driven every day to tune systems and maximise performance.
In July and August, we travel to racing circuits in Europe and compete against some of the world's best universities.
The Formula Student competition challenges us to excel at both theoretical and practical aspects of engineering and business management – and the car must drive both manually and autonomously.
Since 2010, Revolve NTNU has gone from being a young and inexperienced team to a world-leading, pole position taker.
The team must prove to the judges that the design and production of the race car is up to par with the industry, showcasing detailed analyses and foundations for our technical designs
Make vs. buy decisions, cost and manufacturing analyses, as well as our environmental impact, must be showcased to further prove our strong theoretical basis
Simulating a Dragon's Den/Shark Tank event, the team must create a fictitious business selling a mass-produced product involving the car, and provide corresponding analyses on market, financials, and business development and management
Fastest 75 m acceleration
Figure-eight driving, testing peak traction
Fastest lap-time on a set track
22 km endurance race, with driver change after 11 km
10 lap endurance autonomous race
