COMPETITIONS
In 2011 Michigan Tech competed with a new vehicle which integrates the latest in lightweight materials, engine controls and technologies, and
chassis/suspension design.
2011 - 52nd out of 120 schools
- Design - tied 15th
- Presentation ‐ 38th
- Cost ‐ 69th
- Acceleration ‐ 40th
- Skidpad ‐ tied 45th
- Autocross ‐ 59th
- Endurance ‐ DNF but scored 47th in points
Michigan Tech Racing has a great history of solid performance at FSAE competition.
Our team has placed as high as 8th, and recently has performed in the top half of a highly competitive field of approximately 120 teams.
Extensive use of modeling / simulation, advanced controls, and high performance materials
Blistering vehicle performance: 0-60 mph in 3.5 sec and 1g+ skid pad performance
In the fall 2010 the spring 2010 car will be redesigned and built to rn in the 2011 competition. During the 2010-2011 school year a brand new car will be designed. This car will use cutting edge software to make sure all components will last. Computer simulation is never enough and as such the car will be tested thoroughly to make sure it can keep up with the best at the spring 20112 competition.
2010
63rd Overall (out of 136) 15th Design, 19th Presentation
2007
The team finished 48th out of 106 at the international Formula SAE competition held in Romeo, Michigan.
2008
42nd Overall (out of 136), 34th in Endurance-Economy
2006
89th Place Overall (out of over 150)
2004 62nd out of 134
2001 Twentieth place out
of 123 schools
Runner-up in the Mechanical
Dynamics Functional Digital Car Award
Third place in TRC
Safety and Crash worthiness Award
2000 Twenty-first place
overall
1999 Eighth place out of
100 schools
Second place Lear
Best Interior Award
First place Recyclability
Award
Second place TRC Safety
and Crash worthiness
Visteon Static Performance
Award
1998 Tenth place out of
ninety-eight schools
First place Lear Best
Interior Award
Michigan
Tech Formula SAE The goal
of the Formula Car competition is to design an open wheel formula style
racecar for the weekend autocrosser.
The
car needs to be able to accelerate quickly and handle well for the novice
and experienced drivers, while still being inexpensive.
Formula
SAE is judged by industry engineers on both dynamic and static events.
Static
events include design of the vehicle, cost, and a presentation to a potential
investor that would mass-produce the vehicles.
Dynamic
events include an acceleration run of 75 meters, a skidpad event, an autocross
event, and a twenty-four lap, two-driver endurance/fuel economy event.
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