Olin Electric Motorsports
This year is a turning point for our team. Having successfully designed, built, and competed in the Formula SAE competition in Michigan for the past two cycles, we are pushing ourselves to elevate our engineering by embracing a data-driven design philosophy. This strategic shift is in direct response to feedback from FSAE design judges last year, who emphasized the importance of setting concrete performance goals and validating designs with empirical data.
Our primary objective for the current design cycle is to develop a vehicle capable of completing the endurance event in under 30 minutes. To achieve this ambitious target, we are pursuing two significant technical advancements: the integration of a more advanced data acquisition system and the development of our team’s first-ever aerodynamics package. To get this data, we are integrating over ten new sensors into our car, including wheel speed sensors, suspension strain gauges, and infrared tire temperature sensors. This data is the key to creating and validating a full-vehicle suspension simulation in MATLAB and an aerodynamic model. For the first time, these models will allow us to define our suspension geometry and new aerodynamics package with test data, marking our transition from theory-based to data-driven engineering.
To ensure we can meet these incredible goals we are launching a fundraising campaign with the goal of raising $20,000 by Nov 14. All funds will go directly toward the materials for our composite work that will give our s a hands-on learning experience they simply would not have otherwise. The funds will also contribute to our new suite of sensors, allowing us to rigorously test and advance our car through data. To learn more about our journey and how you can support us, visit the fundraiser here
You will be directed to the official Olin College website.

Our team is entirely independently funded and relies on sponsorship from companies and groups to function and fund our team’s development. We are very appreciative of our current sponsors. We are always looking for new sponsors, and there are many ways to support our team:
Parts: Your top-of-the-line parts will contribute to our student-designed race car. Help us get an edge on the competition.
Cash: Your cash contribution will help us purchase the tools and parts we need to design and build a competitive vehicle. You make this possible for us!
Mentorship: Your experience and advice will help guide the team to success. Design reviews with professionals are essential learning experiences for our s.
Services: Your company has production capabilities that our team doesn’t. Help us make innovative parts we can’t make in-house.
As a thank you for your support, our team offers various levels of benefits to our sponsors such as recruitment and features in team marketing. Find more details in our sponsorship package below. If you have any questions, use the Contact Form to reach out to us!
Acceleration
task: Traverse 75m straight-line course.
criteria: acceleration and speed
Autocross
task: Complete a single lap around a tight course.
criteria: handling and speed
Skidpad
task: Complete laps around a figure 8 course.
criteria: turning radius and speed
Endurance
task: Complete a 20-30 km race.
criteria: completion and speed
Efficiency
task: Use the least amount of energy during the Endurance race.
criteria: energy used
Design
task: Justify design decisions to industry experts.
criteria: good design practices
Business
task: Illustrate why the car would sell in the amateur racing market.
criteria: business thoughfulness
Cost
task: demonstrate thorough accounting of costs of car design.
criteria: low cost, robust design
Our history
2012
A group of Olin students formed a research team dedicated to electric vehicles named REVO: Research of Electric Vehicles at Olin (College)
2012
REVO’s first completed vehicle was a bicycle modified to become an e-bike. The project took nearly a year to complete and laid the foundation for further electric vehicle research and development.
2013
Our second vehicle was an electric go-kart, which is now being used as a testing platform alongside our current Formula-style race cars.
2014
Our third vehicle was an electric tricycle.
2016
Mk I was our first Formula-style race car, built to compete in Formula SAE’s Hybrid class.
2016
REVO became Olin Electric Motorsports to better represent the team. Rather than purely focusing on electric vehicle research, our team expanded to build electric race cars to compete against other collegiate teams.
2017
Mk II was our first fully electric Formula-style race car. At the community-run Formula North competition, Mk II passed all inspections and tests but encountered a mechanical failure in the Endurance event.
2018
Mk III was our second fully electric race car which competed at the community-run Formula North event.
2019
Mk IV was our third entry into FSAE Electric, placing 8th in the Electric Vehicle class at Formula SAE North.
2020
At virtual competition due to COVID-19, we participated in the Design event, placing 1st in our division at Formula SAE Virtual
2022
After returning to in-person school, the team completed Mk V Andromeda and brought the car to competition, where we placed 30th in the Electric Vehicle class at Formula SAE Michigan. Most of our team hadn’t experienced a full design cycle and only a few had been to competition, making Andromeda’s completion a milestone for the team.
2024
Mk VI was our fifth fully electric vehicle; it successfully passed all technical inspections before encountering a BSPD fault during the fifth lap of Endurance. This is the team’s first time having a car in Endurance since Mk II.
2025
Mk VII was our first car built in one year since Mk II. It passed all technical inspections except for the rain test which resulted in a HV to LV short in the accumulator. Mk. VII marked a turning point for our team from simply building car, to building for performance.
Mk. VIII will be our first car with an aerodynamics package and an advanced suite of sensors. It is being designed to give our engineers more advanced learning opportunities through a performance driven car.
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