Karel De Grote

Class Class 1
University Karel de Grote University College
Car Number 85
Country Belgium
Length, width, height, wheelbase 2160mm/1577mm/930.5mm/1525mm
Track (front/rear) 1577/1577mm (measured from outer ends of tires)
Weight of car (no driver) 225kg
Weight distribution including 68kg driver (front/rear) 45 front, 55 rear
Suspension (front/rear) Double unequal length A-Arm.  Push rod actuated horizontally oriented spring and damper
Tyres (front/rear) Michelin 16/53 – 13 S6B racing tyres | P220 rain compound
Wheels (front/rear) 193mm wide, 13″ diameter 3pc Alu Magnesium Keizer Wheels
Brakes (front/rear) Stainless Steel, hub mounted, 240mm/220mm  dia. Drilled
Chassis construction One piece tubular spaceframe
Engine 2008 / Aprilia svx 550 / 2 cyl. 4 valves per cyl.
Bore/stroke/cylinders/cc 80mm bore / 50mm stroke  /   2 cylinder  /  549 cc
Fuel E85
Fuel system Multipoint injection in inlet
Max power/max torque Still has to be benchtested
Transmission Single Chain Drive
Differential Drexler Formula Student Limited Slip Differential
Final drive 3:1

Karel De Grote

At the Karel de Grote-University College, other students have worked on projects like this in the past but Formula Student is a first here on campus.

 

For our first car we assembled a team of 22 enthusiastic young men with a unique vision of what an FS-car should look like. After a well balanced choice for the engine we decided it was possible – and calculations told us as well – to mount the engine in the “passenger seat”.

 

On the mechanical side we worked to put out a lightweight, well balanced vehicle that should be a good all-rounder in the dynamic events. In the Electronics Department we developed an array of measuring devices, whose data can be transmitted through a wireless connection to the crew area or to the people who stay at home (family or sponsors).

 

One thing is for sure: the team worked all year round with their hearts and souls to complete this great project. Someone very close to the project told us the following: Passion drives persistency, persistency drives result! We are all passionate… Let’s cross our fingers for a good result.
Karel De Grote

Sam Collins has worked for Racecar Engineering for more than a decade. His passion for racing began during his work experience in the loom shop of Williams F1 aged 16 and he has been involved in the sport ever since. Sam attended Oxford Brookes University to study Automotive Engineering and has written for many publications since, including Motorsport News and Autosport. He is Associate Editor of Racecar Engineering