Team Details

Rennteam Uni Stuttgart

University Universität Stuttgart
DE Stuttgart U short 21
team logo
LocationStuttgart, Germany
Homepagehttps://www.rennteam-stuttgart.de/
Social Media
DV Team GreenTeam Driverless Uni Stuttgart
EV Team Rennteam Uni Stuttgart
Short Linktid.fsg.one/24

Past Events

Car 229 – 2023
2023
Car #229
Info
143x
Who are we? The Rennteam Uni Stuttgart was founded in 2005 and has since built up an impressive history in Formula Student. What are we planning to do this season? Besides the switch to a new tire size we developed a plug and play hybrid system, which marks a big step in our history. Since it will be the last year combustion vehicles are allowed to participate at FSG we tried to maximize our performance on track. But trust us, it won't be the last time you will see the Rennteam in action. ;)
Engineering Design Priorities:
hybrid performance efficiency vehicledynamics powertrain lightweight
Car Specifications
General
Frame Construction CFRP single piece monocoque with tubular steel rearframe
Material CFRP prepreg with aluminium honeycomb, 15CDV6 steel tubes
Overall L 3100 mm
Overall W 1435 mm
Overall H 1195 mm
Wheelbase 1630 mm
Track (Fr) 1212 mm
Track (Rr) 1192 mm
Weight with 68kg driver (Fr) 131 kg
Weight with 68kg driver (Rr) 131 kg
Suspension Double unequal length A-Arm. Push rod actuated Multimatic dampers
Tyres (Fr / Rr) 18,0 x 7,5 x 10,0 Hoosier R20 / 18,0 x 7,5 x 10,0 Hoosier R20
Wheels (Fr / Rr) 8.0x10.0 CFRP rim with aluminium star / 8.0x10.0 CFRP rim with aluminium star
Drive Type Self-developed 4-speed sequential
Differential adjustable preload Drexler LSD
Cooling Two electric fans with radiators on top of the sidewing with two eletrical external waterpumps
Brake System self-developed calipers, 4 floating coatet steel and aluminium disks, digital adjuster
Electronics Multifunctional Steering Wheel, self-designed battery for powerground with cell balancing
Powertrain
Engine Heavily modified Yamaha R6
Bore 65,5 mm
Stroke 44,5 mm
Cylinders 4
Displacement 599 ccm
Compression Ratio 14,87:1 : 1
Fuel System student built fuel injection system using MoTeC
Fuel E85
Max Power Design 10500 rpm
Max Torque Design 7500 rpm
Car 229 – 2022
2022
Car #229
Info
84x
We - the Rennteam Uni Stuttgart - are very proud to be part of the Formula Student Germany for the sixteenth time now. After just missing the podium last year we are more eager than ever to succeed again this year! To prevail against the strong competition we focused on our overall package with attention on reliability and manufacturing quality and a well rounded and extensively tested vehicle setup. Complete - Finish - Win!
Engineering Design Priorities:
Reliability Accuracy Performance
Car Specifications
General
Frame Construction singlepiece carbon fibre monocoque with tubular rearframe
Material CFRP sandwich monocoque with aluminum honeycomb, steel (15CdV6) rearframe
Overall L 3075 mm
Overall W 1435 mm
Overall H 1195 mm
Wheelbase 1630 mm
Track (Fr) 1212 mm
Track (Rr) 1192 mm
Weight with 68kg driver (Fr) 135 kg
Weight with 68kg driver (Rr) 125 kg
Suspension double unequal length A-Arm, pushrod actuated KW dampers, adjustable U-ARB
Tyres (Fr / Rr) 16.0 x 7.5 x 10 Hoosier R20 (front and rear)
Wheels (Fr / Rr) CFRP student designed and built rims with aluminum star
Drive Type self developed sequential 4speed gearbox
Differential Drexler limited slip differential
Cooling side mounted core dual radiator and rear mounted oil radiator, fans mounted on each radiator
Brake System 4-disk system with self-designed rotors, adjustable brake balance, coated disks rear axle
Electronics digital multifunctional steering wheel, live-telemetry, electropneumatic shift and clutch
Powertrain
Engine modified Yamaha YZF-R6 (RJ03)
Bore 65.5 mm
Stroke 44.5 mm
Cylinders 4
Displacement 599 ccm
Compression Ratio 14.87:1 : 1
Fuel System student built fuel injection system using MoTec, CFRP fuel tank
Fuel E85
Max Power Design 9000 rpm
Max Torque Design 7500 rpm
Car 229 – 2021
2021
Car #229
Info
157x
We - the Rennteam Uni Stuttgart - are very proud to be part of Formula Student Germany for the 15th time. After our breakdown in Endurance 2019 and the cancellation in 2020, we are highly motivated to achieve overall victory this year. To prevail against the strong competition, we have focused our attention on the manufacturing quality of our components, new lightweight construction concepts and a well-rounded and extensively tested vehicle setup. Complete - Finish - Win!
Engineering Design Priorities:
Reliability Accuracy Performance
Car Specifications
General
Frame Construction Singlepiece monocoque with tubular rearframe
Material CFRP Sandwich Monocoque, steel rearframe
Overall L 3030 mm
Overall W 1435 mm
Overall H 1195 mm
Wheelbase 1630 mm
Track (Fr) 1212 mm
Track (Rr) 1192 mm
Weight with 68kg driver (Fr) 139 kg
Weight with 68kg driver (Rr) 114 kg
Suspension Double unequal length A-Arms, pushroad actuated KW damper, adj. U-ARB
Tyres (Fr / Rr) 16.0 x 7.5 - 10 LC0 Hoosier
Wheels (Fr / Rr) 16.0 x 7.5 - 10 LC0 Hoosier
Drive Type Self developed sequential 4speed gearbox
Differential Drexler limited slip
Cooling Side mounted core dual radiator, fan mounted to back of each radiator
Brake System 4-disk system, adjustable brake balance, self-designed rotors
Electronics Digital multifunctional steering wheel, self-developed display system
Powertrain
Engine Modified Yamaha YZF-R6
Bore 65.5 mm
Stroke 44.5 mm
Cylinders 4
Displacement 599 ccm
Compression Ratio 14.87:1 : 1
Fuel System Student build fuel injection system using MiTeC, fully sequential
Fuel E85
Max Power Design 9000 rpm
Max Torque Design 7500 rpm
Car 229 – 2019
2019
Car #229
Info
95x
We - the Rennteam Uni Stuttgart - are very proud to be part of the Formula Student Germany for the fourteenth time now. After our long-awaited success in 2018 we are highly motivated to win again. To prevail against the strong competition we focused on our new monocoque with attention on manufacturing quality, new lightweight concepts and a well rounded and extensively tested vehicle setup. Complete - Finish - Win!
Engineering Design Priorities:
Reliability Vehicle Dynamics Performance
Car Specifications
General
Frame Construction Singlepiece monocoque with tubular rearframe
Material CFRP Sandwich Monocoque, steel rearframe
Overall L 3030 mm
Overall W 1435 mm
Overall H 1195 mm
Wheelbase 1630 mm
Track (Fr) 1212 mm
Track (Rr) 1192 mm
Weight with 68kg driver (Fr) 119 kg
Weight with 68kg driver (Rr) 129 kg
Suspension Double unequal length A-Arms, pushroad actuated KW damper, adj. U-ARB
Tyres (Fr / Rr) 16.0 x 7.5 - 10 LC0 Hoosier
Wheels (Fr / Rr) 16.0 x 7.5 - 10 LC0 Hoosier
Drive Type Sequential 4-speed gearbox
Differential Drexler limited slip
Cooling Side mounted core dual radiator, fan mounted to back of each radiator
Brake System 4-disk system, adjustable brake balance, self-designed rotors
Electronics Digital multifunctional steering wheel, self-developed display system
Powertrain
Engine Modified Yamaha YZF-R6
Bore 65.5 mm
Stroke 44.5 mm
Cylinders 4
Displacement 599 ccm
Compression Ratio 14.87:1 : 1
Fuel System Student build fuel injection system using MiTeC, fully sequential
Fuel E85
Max Power Design 9000 rpm
Max Torque Design 7500 rpm
Car 229 – 2018
2018
Car #229
Info
129x
We - the Rennteam Uni Stuttgart - are very proud to be part of the Formula Student Germany for the thirteenth time now. After making the podium for 6 years in a row but never quite reaching first place we are more eager than ever to succeed this year! To prevail against the strong competition we focused on our aerodynamic package with attention on manufacturing quality, new lightweight concepts and a well rounded and extensively tested vehicle setup. Complete - Finish - Win!
Engineering Design Priorities:
Reliability Accuracy Performance
Car Specifications
General
Frame Construction Singlepiece Monocoque with tubular rearframe
Material CFRP Sandwich Monocoque, steel rearframe
Overall L 3044 mm
Overall W 1435 mm
Overall H 1195 mm
Wheelbase 1630 mm
Track (Fr) 1200 mm
Track (Rr) 1180 mm
Weight with 68kg driver (Fr) 118 kg
Weight with 68kg driver (Rr) 128 kg
Suspension Double unequal length A-Arms, pushroad actuated KW damper, adj. T-ARB, heave-spring/damper
Tyres (Fr / Rr) 10x7.5 - 18 R25B Hoosier
Wheels (Fr / Rr) 10x7.5 - 18 R25B Hoosier
Drive Type Sequential 4-speed gearbox
Differential Drexler limited slip
Cooling side mounted core dual radiator , fan mounted to back of each radiator
Brake System 4-Disk system, adjustable brake balance, self designed rotors
Electronics digital multifunctional Steering wheel, self developed display system
Powertrain
Engine Modified Yamaha YZF-R6
Bore 65.5 mm
Stroke 44.5 mm
Cylinders 4
Displacement 599 ccm
Compression Ratio 14.87:1 : 1
Fuel System student build fuel injection system using MoTec, fully sequential
Fuel E85
Max Power Design 9000 rpm
Max Torque Design 7500 rpm
Car 202 – 2017
2017
Car #202
Info
125x
We - the Rennteam Uni Stuttgart - are very proud to be part of the Formula Student Germany for the twelfth time now. After the most successful season of our team history last year, we still need to prove that we can win with our concept on the extremely demanding track of Hockenheim and improve our second place from 2016. A lot of effort was put in the package of the car and the vehicle dynamics so that we can perform even better, when it comes to the dynamics. Complete - Finish - Win!
Engineering Design Priorities:
Reliability Vehicle Dynamics Efficiency
Car Specifications
General
Frame Construction Singlepiece Monocoque with tubular rearframe
Material CFRP Sandwich Monocoque, steel rearframe
Overall L 3050 mm
Overall W 1447 mm
Overall H 1187 mm
Wheelbase 1630 mm
Track (Fr) 1200 mm
Track (Rr) 1180 mm
Weight with 68kg driver (Fr) 127 kg
Weight with 68kg driver (Rr) 130 kg
Suspension unequal length A-Arms, pushrod actuated damper, adjustable T-ARB, heave spring
Tyres (Fr / Rr) 10x7.5 - 18 R25B Hoosier
Wheels (Fr / Rr) 10x7.5 - 18 R25B Hoosier
Drive Type Sequential 4-speed gearbox, chain drive
Differential adjustable preload Drexler limited slip differential
Cooling side mounted core dual radiator , fan mounted to back of each radiator
Brake System 4-Disk system, adjustable brake balance, self designed rotors
Electronics digital multifunctional Steering wheel, self developed display system
Powertrain
Engine Modified Yamaha YZF-R6
Bore 65,5 mm
Stroke 44,5 mm
Cylinders 4
Displacement 599 ccm
Compression Ratio 14,5:1 : 1
Fuel System student build fuel injection system using MoTec, fully sequential
Fuel E85
Max Power Design 9500 rpm
Max Torque Design 7500 rpm
Car 202 – 2016
2016
Car #202
Info
76x
The know-how of 11 years Rennteam Uni Stuttgart comes together with innovative ideas in the car's development. As flexibility plays a big role for us, we have built a chassis that consists of a CFRP-monocoque and a steeltube-rearframe to ease maintenance on engine- and drivetrain parts. To keep the innovative engineering solutions up to date, we have improved our aerodynamic package and our heave spring which together assure lightweight and increase vehicle dynamics.Complete Finish Win!
Engineering Design Priorities:
Reliability Vehicle dynamics Aerodynamics High power to weight Efficiency Package
Car Specifications
General
Frame Construction Singlepiece Monocoque with tubular rearframe
Material CFRP Sandwich Monocoque, steel rearframe
Overall L 3050 mm
Overall W 1370 mm
Overall H 1200 mm
Wheelbase 1630 mm
Track (Fr) 1140 mm
Track (Rr) 1120 mm
Weight with 68kg driver (Fr) 125 kg
Weight with 68kg driver (Rr) 128 kg
Suspension Double unequal length A-Arm. Heave-Spring system front and rear
Tyres (Fr / Rr) 10x7.5 - 18 R25B Hoosier
Wheels (Fr / Rr) 10x7.5 - 18 R25B Hoosier
Drive Type Sequential 4-speed gearbox, chain drive
Differential Drexler LSD
Cooling side mounted core dual radiator , 1200 cfm fan mounted to back of each radiator
Brake System 4-Disk system, adjustable brake balance, self designed rotors
Electronics wiring harness, single connector to rearframe, digital multifunctional Steering Wheel
Powertrain
Engine Modified Yamaha YZF-R6
Bore 65,5 mm
Stroke 44,5 mm
Cylinders 4
Displacement 599 ccm
Compression Ratio 14,2:1 : 1
Fuel System student build fuel injection system using MoTec, fully sequential
Fuel E85
Max Power Design 9500 rpm
Max Torque Design 7500 rpm
Car 2 – 2015
2015
Car #2
Info
79x
The know-how of 10 years Rennteam Uni Stuttgart come together with innovative ideas in the car's development. As flexibility plays a big role for us, we have built a chassis that consists of a CFRP-monocoque and a steeltube-rearframe to ease maintenance on engine- and drivetrain parts as well as the rearframe’s wiring harness. To keep the innovative engineering solutions up to date, we have developed a third-spring-suspension that assures lightweight and increases corner performance.
Engineering Design Priorities:
Rennteam Uni Stuttgart Yamaha R6
Car Specifications
General
Frame Construction Singlepiece Monocoque with tubular rearframe
Material CFRP Sandwich Monocoque, steel rearframe
Overall L 3050 mm
Overall W 1383 mm
Overall H 1190 mm
Wheelbase 1630 mm
Track (Fr) 1140 mm
Track (Rr) 1120 mm
Weight with 68kg driver (Fr) 121 kg
Weight with 68kg driver (Rr) 127 kg
Suspension Double unequal length A-Arm. Heave-Spring system front and rear
Tyres (Fr / Rr) 10x7.5 - 18 R25B Hoosier
Wheels (Fr / Rr) 10x7.5 - 18 R25B Hoosier
Drive Type sequential 4-Speed Gearbox
Differential Drexler LSD
Cooling 900 cc radiator mounted in sidepod, 2 electric fans
Brake System 4-Disk system, adjustable brake balance, self designed rotors
Electronics wiring harness, single connector to rearframe, digital multifunctional Steering Wheel
Powertrain
Engine Modified Yamaha YZF-R6
Bore 65,5 mm
Stroke 44,5 mm
Cylinders 4
Displacement 599 ccm
Compression Ratio 12,4:1 : 1
Fuel System student build fuel injection system using MoTec, fully sequential
Fuel E85
Max Power Design 10000 rpm
Max Torque Design 7500 rpm
2014
Car #2
Info
58x
Since the founding in 2005 Rennteam Uni Stuttgart simplifies the way for success in its goals “complete-finish-win”. According to this philosophy the F0711-9 was designed with focus on reliability, lightweight, handling and efficiency. The overall concept is a 10” wheeled car with a powerful 4 cylinder Yamaha R6 engine and an aerodynamic package. The team is looking forward to the Formula Student Germany 2014. We want to thank all our sponsors who gave us the opportunity to build F0711-9.
Car Specifications
General
Frame Construction Two-part composite monocoque
Material CFRP with aluminium honeycomb
Overall L 2976 mm
Overall W 1325 mm
Overall H 1233 mm
Wheelbase 1630 mm
Track (Fr) 1080 mm
Track (Rr) 1067 mm
Weight with 68kg driver (Fr) 118 kg
Weight with 68kg driver (Rr) 128 kg
Suspension Double unequal length A-Arms, pushrod actuated ZF Sachs TRD, adjustable U-type ARB F3 2-way
Tyres (Fr / Rr) 10x7.5x18 R25B Hoosier / 10x7.5x18 R25B Hoosier
Wheels (Fr / Rr) 10 x 8.0" CFRP / 10 x 8.0" CFRP
Drive Type 4-Speed Gearbox with Chain Transmission
Differential Modified Drexler Differential
Cooling Custom-made single radiatior, mounted in left sidepod, thermostatic controlled fan and waterpump
Brake System Self made 4 disc system using radial mounted ISR calipers, driver adjustable brake balance
Electronics Self made wiring harness, multifunctional steering wheel, live telemetry system, using CAN bus
Powertrain
Engine Modified Yamaha YZF R6 RJ09
Bore 65,5 mm
Stroke 44,5 mm
Cylinders 4
Displacement 599 ccm
Compression Ratio 13,0:1 : 1
Fuel System Student build fuel injection system, double point injection
Fuel E85
Max Power Design 10500 rpm
Max Torque Design 8000 rpm
2013
Car #1
Info
86x
Since the foundation in 2005 one of the most important reasons for success of Rennteam Uni Stuttgart was to set clear goals and milestones right from the beginning of the development of every new car. Get the car done in time. Finish the endurance and win the competition. The long period of intensive car testing ensures a reliable and powerful racecar. The concept is a lightweight 10” wheeled car with a powerful 4 Cylinder Honda CBR engine. The CFRP Monocoque with a tubular space frame rear was chosen to improve accessibility and maintenance of the entire powertrain. Through optimization our wings guarantee a well balanced aerodynamic package with maximized efficiency, regarding downforce to drag ratio. Looking forward to meeting the international competition, the team is excited for the Formula Student Germany Event 2013. We will try our best to defeat our overall victory from 2012. Thanks to all our sponsors who gave us the opportunity to build the F0711-8.
Car Specifications
General
Frame Construction front: single piece CFRP monocoque, rear: steel space frame
Material front: carbon fibre prepregs, aluminum honeycombs, rear: 25CrMo4 tubing
Overall L 2919 mm
Overall W 1355 mm
Overall H 1119 mm
Wheelbase 1630 mm
Track (Fr) 1160 mm
Track (Rr) 1140 mm
Weight with 68kg driver (Fr) 122 kg
Weight with 68kg driver (Rr) 131 kg
Suspension double unequal length A-Arms, pushrod actuated ZF Sachs F3 2-way TRD, adjustable U-type ARB
Tyres (Fr / Rr) 18.0 x 7.5 - 10 R25B Hoosier
Wheels (Fr / Rr) 10 x 7.0
Drive Type chain drive
Differential Drexler limitited slip differential
Cooling mounted in left side pod, separated cooling cycles, electric water pump, electric fan
Brake System aluminium floaters, fixed mounted brake calipers
Electronics self made wiring harness, multifunctional steering wheel, live telemetry system, using CAN bus
Powertrain
Engine 2005 Honda CBR 600RR PC 37
Bore 67.0 mm
Stroke 42.5 mm
Cylinders 4
Displacement 599 ccm
Compression Ratio 12.6:1 : 1
Fuel System student built fuel injection system using MoTec, fully sequential
Fuel E85
Max Power Design 10500 rpm
Max Torque Design 7500 rpm
Car 3 – 2012
2012
Car #3
Info
33x
Existing since 2005 Rennteam Uni Stuttgart is proud to present its 7th car in 2012. Most of the active team members spend almost all their time in building and testing the car to prepare for competitions and achieve the goal to win. The concept is a lightweight 10” wheeled car with a powerful 4 Cylinder Honda engine. The Team is known for its very special and lightweight uprights, like one can see on this years car. Various Highlights show the quality and competitiveness of the car.
Car Specifications
General
Frame Construction CFRP monocoque with tubular steel spaceframe rear
Material carbon fibre prepregs and aluminum hoeycomb sandwich panel; 25CrMo4 tubes
Overall L 2651 mm
Overall W 1357 mm
Overall H 1059 mm
Wheelbase 1620 mm
Track (Fr) 1170 mm
Track (Rr) 1150 mm
Weight with 68kg driver (Fr) 116 kg
Weight with 68kg driver (Rr) 126 kg
Suspension unequal length A-Arms. Pull rod (Fr) Push rod (Rr) actuated F3 through rod dampers
Tyres (Fr / Rr) 18x6-10 LC0 Hoosier
Wheels (Fr / Rr) 7 inch wide, 1 pc Al Rim,1 pc carbon, 35mm neg. offset
Drive Type chain drive
Differential Drexler limitited slip differential TBR adjustable in drive and caster
Cooling mounted in left side pod, separated cooling cycles, electric water pump, electric fan
Brake System Floating, Aluminium floaters, fixed mounted brake calipers, 195mm/182mm dia. punched
Electronics self made wiring harness, multifunctional steering wheel, live telemetry system, using CAN bus
Powertrain
Engine Honda CBR 600 RR Pc 37
Bore 67.0 mm
Stroke 42.5 mm
Cylinders 4
Displacement 599 ccm
Compression Ratio 13,3:1 : 1
Fuel System student built; 5 bar pressure; double injection
Fuel E85
Max Power Design 10500 rpm
Max Torque Design 7500 rpm
Car 29 – 2011
2011
Car #29
Info
8x
Since the foundation in 2005 one of the most important reasons for success of Rennteam Uni Stuttgart was to set clear goals right from the beginning of development of every new car. By having the focus on completing the car as fast as possible the aims of finishing the endurance and winning the competition complete the three major goals in development of the F0711-6. The long period of intensive car testing ensures a reliable and powerful racecar. In order to reduce both, weight and fuel consumption, several new concepts have been implemented. The CFRP Monocoque with a tubular space frame rear was chosen to improve accessibility and maintenance of the entire power train. Every detail of the suspension system was redesigned resulting in further weight reduction. With the F0711-6 the Rennteam has once more managed to build a competitive car. Looking forward to meeting the international competition, the team is excited for the Formula Student Germany Event 2011.
Car Specifications
General
Frame Construction CFRP monocoque with tubular steel spaceframe rear
Material carbon fibre prepregs and aluminum hoeycomb sandwich panel, 25CrMo4 steel tubes
Overall L 2678 mm
Overall W 1405 mm
Overall H 1070 mm
Wheelbase 1610 mm
Track (Fr) 1210 mm
Track (Rr) 1140 mm
Weight with 68kg driver (Fr) 123 kg
Weight with 68kg driver (Rr) 134 kg
Suspension unequal length, double wishbones, pullrod front and pushrod rear actuated ZF Sachs dampers
Tyres (Fr / Rr) 20x7 R13 / 20x7.5 R13
Wheels (Fr / Rr) OZ FSAE Superleggera 13x7 (front and rear)
Drive Type Chain #520
Differential Drexler limited slip differential TBR adjustable in drive and caster
Cooling custom made single radiator, mounted in left sidepod, thermostatic controlled fan
Brake System self made 4 disc system using radial mounted ISR calipers, driver adjustable brake balance
Electronics self made wiring harness, multifunctional steering wheel, live telemetry system, using CAN bus
Powertrain
Engine modified Honda CBR600RR (PC37)
Bore 67 mm
Stroke 42.5 mm
Cylinders 4
Displacement 599 ccm
Compression Ratio 13,5:1 : 1
Fuel System student built fuel injection system using MoTec, fully sequential
Fuel E85
Max Power Design 10500 rpm
Max Torque Design 7500 rpm
Car 1 – 2010
2010
Car #1
Info
10x
Right from the beginning of building our first race car we worked according to some basic principles. Set clear goals and milestones. Get the car done in time. Finish the endurance and win the competition.Keeping the time schedule tight allows us to have the first test run in the middle of April. So our 2010 car, the F0711-5, was actually tested for more than two months before it took part at the first competition. Our technical goals for the F0711-5 have been to reduce weight of our CFRP monocoque and to improve our engine design to save fuel and to have higher torque at lower rpms. The self built 4 speed gear box improves drivability and a strict lightweight design forced every detailed part to raise performance. So we are really looking forward to be competitive again and to be able to repeat last year’s success. Thanks to all our sponsors who gave us the opportunity to compete at FSG once more. We will try our best to defeat our overall victory from 2009.
Car Specifications
General
Frame Construction Monocoque
Material carbon fibre
Overall L 2685 mm
Overall W 1436 mm
Overall H 1055 mm
Wheelbase 1620 mm
Track (Fr) 1234 mm
Track (Rr) 1172 mm
Weight with 68kg driver (Fr) 120 kg
Weight with 68kg driver (Rr) 141 kg
Suspension Double unequal length A-Arm. Push rod actuated ZF Sachs Dampers
Tyres (Fr / Rr) Hoosier, R25B, 13
Wheels (Fr / Rr) Aluminium Rim, 13
Drive Type Chain #520
Differential Drexler clutch pack differential
Cooling custommade single radiator, mounted in left sidebox, ECU and thermostatic controlled fan
Brake System Steel floating disc, hub mounted, 240/200 mm dia.
Electronics Electropneumatic shifting system, CAN-bus, data acquisition system, adjustable ARB
Powertrain
Engine 2003 / Honda CBR600RR
Bore 67.0 mm
Stroke 42.5 mm
Cylinders 4
Displacement 599 ccm
Compression Ratio 13,5:1 : 1
Fuel System Sequential fuel injection system
Fuel 98 ROZ unleaded
Max Power Design 11000 rpm
Max Torque Design 8000 rpm
Car 29 – 2009
2009
Car #29
Info
From the beginning of the existence of our team we worked according to some basic principles. One of them is that we set clear goals at the beginning of a season. Our goals for this year are: get the car done in time - finish - win. Especially the first point is important to be able to have a competitive car at the competitions. The first test run of our 2009-car, the F0711-4, was at the end of April. So we could test it for more than two months before we took it to the first competition. The biggest change this year is that we built a CFRP-Monocoque instead of a spaceframe. The monocoque gave us more freedom in designing the suspension kinematics and higher stiffness. We also optimized our engine design to save fuel and to have higher torque at low rpms. Of course we also tried to optimize every detail of the car to be very competitive again and to have a good chance to win this year.
Car Specifications
General
Frame Construction Monocoque
Material carbon fibre
Overall L 2697 mm
Overall W 1420 mm
Overall H 1055 mm
Wheelbase 1635 mm
Track (Fr) 1214 mm
Track (Rr) 1142 mm
Weight with 68kg driver (Fr) 132 kg
Weight with 68kg driver (Rr) 148 kg
Suspension Double unequal length A-Arm. Push rod actuated horizontally oriented ZF Sachs Formula 3 Damper
Tyres (Fr / Rr) Hoosier, R25B, 13
Wheels (Fr / Rr) Carbon Fibre Rim 13
Drive Type Chain #520
Differential Drexler clutch pack differential
Cooling Custommade single radiator, mounted in left sidebox, ECU and thermostatic controlled fan
Brake System X46Cr13 steel floating disc, hub mounted, 220/190 mm dia., laser cut
Electronics Electropneumatic Shifting System, self-designed Data Acquisition System, Adjustable ARB,
Powertrain
Engine 2005 / Honda CBR 600RR four stroke
Bore 67.0 mm
Stroke 42.5 mm
Cylinders 4
Displacement 599 ccm
Compression Ratio 13,5:1 : 1
Fuel System Dual sequential fuel injection system
Fuel 98 ROZ unleaded
Max Power Design 10500 rpm
Max Torque Design 9000 rpm
Car 1 – 2008
2008
Car #1
Info
115x
The Rennteam Uni Stuttgart competes its 3rd year in Formula Student Germany. After being the best German team 2006, the team finished 1st Overall in 2007. The second-year car "F0711-2B" started in three other Formula SAE Events, bringing home impressive results: Silverstone: 3rd place. Italy: 1st place. Michigan, USA: 2nd place. The "F0711-2B" therefore was a solid basis for designing the new car. In fact, most of our team members were satisfied with the existing solutions and therefore took a year off instead of working hard on improving an outstanding racing car. We just made little adjustments like a dry sump oil supply or carbon fibre rims. After that the car was sent out on the track for fitness improvements with two main goals: Reduce weight and gain power.The result is amazing: The achieved weight reduction adds up to 15 per cent whereas the engine power was increased by 13 per cent. The "F0711-3" is looking forward to meeting its competitors, burning a lot of fuel and rubber.
Car Specifications
General
Frame Construction Tubular space frame with carbonfibre sandwich floor panels
Material 25CrMo4 tubes, multiaxial carbonfibre sandwich floor panels
Overall L 2665 mm
Overall W 1415 mm
Overall H 1005 mm
Wheelbase 1650 mm
Track (Fr) 1214 mm
Track (Rr) 1172 mm
Weight with 68kg driver (Fr) 129 kg
Weight with 68kg driver (Rr) 139 kg
Suspension Double unequal length A-Arm. Push rod actuated horizontally oriented spring and damper. Adjustable in compression and in rebound range.
Tyres (Fr / Rr) front and rear: 178x54 R13, Hosier R25A
Wheels (Fr / Rr) front and rear: 7.0x13, 28 mm offset, custom-made carbonfibre rim with Al-inlays
Drive Type 4-speed sequential gearbox
Differential Drexler Clutch Pack Limited Slip Differential, TBR 7:1 in drive, 1,66:1 in coast
Cooling Custom-made single radiator, mounted in left sidepod, ECU and thermostatic controlled fan
Brake System 4-disk system, floating, custom-made, hub mounted rotors (diam. front: 220mm/diam. rear: 190 mm), adjustable brake balance
Electronics Steering wheel with shifting pedals and display, electropneumatic shifting system, custom-made live-telemetry system
Powertrain
Engine Modified Honda CBR600RR (PC37)
Bore 67 mm
Stroke 42.5 mm
Cylinders 4
Displacement 599 ccm
Compression Ratio 12,8:1 : 1
Fuel System MoTeC M 400 ECU with self-designed fuel injection, fully sequential
Fuel 98 octane unleaded gasoline
Max Power Design 10300 rpm
Max Torque Design 10100 rpm
2007
Car #6
Info
14x

No media information available for this year.

2006
Car #29
Info

No media information available for this year.

FS past achievements due to World Ranking Data Base

Date Event Teams Rank BP CM ED SP DV SP AC DV AC AX EN EF Pe Total
2023.08
11
1.
2.
4.
2.
2.
-
4.
-
4.
2.
1.
-10.00
943.40
2023.08
27
2.
20.
4.
2.
1.
-
3.
-
3.
3.
2.
0.00
709.39
2023.08
18
5.
4.
6.
8.
2.
-
1.
-
1.
-
-
0.00
492.11
2023.07
21
4.
2.
4.
5.
3.
-
2.
-
1.
-
-
0.00
502.60
2022.08
14
7.
9.
3.
2.
3.
-
4.
-
2.
-
-
-50.00
431.10
2022.08
26
6.
8.
1.
1.
3.
-
2.
-
3.
-
-
0.00
474.14
2022.08
19
2.
3.
2.
1.
3.
-
4.
-
2.
2.
2.
0.00
917.06
2022.07
24
1.
3.
2.
1.
1.
-
3.
-
1.
1.
2.
0.00
951.40
2022.07
14
1.
4.
2.
1.
1.
-
1.
-
1.
1.
1.
0.00
983.67
2021.08
21
4.
8.
18.
4.
8.
-
2.
-
4.
3.
7.
0.00
797.20
2021.08
23
2.
1.
1.
9.
8.
-
6.
-
1.
2.
2.
0.00
872.31
2021.07
27
8.
4.
8.
3.
8.
-
4.
-
3.
-
-
0.00
456.90
2021.07
26
8.
2.
13.
4.
12.
-
5.
-
2.
-
-
0.00
483.26
2019.08
28
8.
12.
7.
6.
2.
-
2.
-
1.
-
-
0.00
478.10
2019.08
60
14.
4.
12.
2.
7.
-
6.
-
1.
-
-
-10.00
532.53
2019.08
34
8.
9.
16.
6.
5.
-
8.
-
1.
-
-
-10.00
459.70
2019.05
108
1.
48.
22.
1.
5.
-
9.
-
2.
2.
6.
0.00
892.40
2018.08
37
1.
17.
9.
1.
6.
-
10.
-
2.
1.
5.
0.00
912.10
2018.08
57
1.
10.
21.
1.
4.
-
13.
-
3.
1.
7.
-25.00
888.60
2018.08
30
6.
5.
10.
2.
6.
-
14.
-
2.
-
-
0.00
486.90
2018.07
28
1.
8.
4.
1.
3.
-
3.
-
1.
2.
4.
0.00
913.69
2018.05
114
1.
2.
52.
2.
12.
-
28.
-
1.
3.
8.
0.00
840.90
2017.08
31
3.
6.
13.
1.
5.
-
7.
-
2.
2.
3.
0.00
862.90
2017.08
64
3.
2.
42.
2.
6.
-
-
-
14.
1.
5.
0.00
826.57
2017.08
31
1.
2.
12.
1.
4.
-
3.
-
5.
1.
2.
0.00
937.60
2017.07
38
4.
2.
7.
5.
8.
-
9.
-
4.
3.
10.
0.00
832.70
2017.05
109
1.
1.
66.
3.
10.
-
19.
-
1.
2.
8.
0.00
902.50
2016.08
36
1.
5.
3.
3.
4.
-
14.
-
1.
1.
2.
0.00
904.40
2016.08
73
2.
3.
66.
1.
11.
-
7.
-
2.
2.
6.
-10.00
838.96
2016.08
21
1.
6.
9.
3.
1.
-
7.
-
3.
1.
6.
0.00
933.40
2016.07
106
1.
53.
34.
7.
4.
-
12.
-
2.
1.
11.
0.00
851.10
2016.05
114
1.
3.
7.
1.
1.
-
14.
-
2.
2.
6.
0.00
921.70
2015.08
28
1.
1.
1.
2.
2.
-
3.
-
1.
1.
1.
0.00
980.15
2015.08
20
7.
5.
1.
2.
5.
-
1.
-
2.
11.
-
0.00
523.90
2015.08
71
2.
18.
2.
8.
2.
-
3.
-
3.
2.
5.
0.00
885.41
2015.07
92
3.
6.
5.
7.
-
-
-
-
2.
8.
11.
0.00
750.80
2014.09
44
12.
2.
6.
3.
1.
-
3.
-
4.
-
-
0.00
542.95
2014.08
74
2.
4.
4.
15.
8.
-
4.
-
17.
6.
9.
0.00
725.85
2014.07
90
2.
19.
2.
2.
10.
-
6.
-
8.
1.
9.
0.00
836.70
2014.05
107
3.
7.
49.
10.
5.
-
18.
-
5.
3.
5.
0.00
834.30
2013.09
42
1.
4.
7.
10.
2.
-
6.
-
2.
1.
2.
0.00
887.40
2013.08
39
3.
18.
1.
8.
4.
-
10.
-
10.
5.
13.
0.00
812.06
2013.08
74
2.
27.
1.
13.
20.
-
7.
-
5.
2.
10.
0.00
825.80
2013.07
83
3.
4.
19.
4.
1.
-
10.
-
13.
3.
9.
0.00
814.00
2013.05
104
1.
6.
55.
3.
6.
-
10.
-
3.
11.
3.
0.00
831.50
2012.09
37
1.
8.
13.
4.
3.
-
1.
-
2.
1.
-
0.00
891.84
2012.08
76
1.
13.
4.
7.
25.
-
3.
-
6.
2.
8.
0.00
879.83
2012.07
97
5.
11.
2.
21.
12.
-
20.
-
5.
4.
9.
0.00
778.60
2012.05
104
3.
3.
45.
3.
13.
-
11.
-
8.
5.
10.
0.00
796.10
2011.09
49
1.
1.
2.
12.
9.
-
6.
-
2.
1.
2.
0.00
912.00
2011.08
74
3.
3.
3.
3.
13.
-
5.
-
6.
6.
10.
0.00
812.58
2011.07
77
1.
3.
13.
1.
7.
-
8.
-
6.
1.
10.
0.00
872.30
2011.05
97
3.
1.
56.
3.
12.
-
2.
-
6.
5.
6.
0.00
854.20
2010.09
41
2.
2.
17.
1.
2.
-
1.
-
4.
5.
-
0.00
852.64
2010.08
75
15.
27.
4.
2.
27.
-
6.
-
10.
-
7.
0.00
544.72
2010.07
72
2.
1.
53.
5.
4.
-
4.
-
6.
3.
5.
-10.00
796.40
2010.05
101
30.
4.
74.
15.
7.
-
8.
-
1.
-
-
0.00
487.40
2009.09
36
1.
8.
13.
6.
3.
-
3.
-
1.
1.
-
0.00
911.98
2009.08
77
1.
21.
9.
5.
1.
-
13.
-
1.
1.
4.
0.00
919.48
2009.07
78
1.
4.
35.
8.
11.
-
4.
-
1.
10.
-
0.00
791.50
2008.11
24
1.
2.
4.
1.
1.
-
3.
-
2.
1.
-
0.00
961.30
2008.09
31
1.
2.
4.
2.
2.
-
5.
-
1.
1.
-
0.00
931.10
2008.08
77
23.
2.
6.
2.
2.
-
1.
-
2.
-
-
0.00
588.11
2008.07
72
1.
8.
2.
17.
1.
-
1.
-
1.
1.
-
0.00
895.81
2008.05
104
2.
8.
15.
15.
5.
-
10.
-
14.
1.
-
0.00
849.20
2007.09
20
1.
3.
2.
13.
1.
-
3.
-
1.
1.
-
0.00
907.53
2007.08
53
1.
1.
2.
7.
3.
-
2.
-
5.
1.
12.
0.00
899.72
2007.07
69
3.
1.
25.
6.
2.
-
7.
-
2.
3.
13.
0.00
875.96
2006.09
17
3.
7.
8.
8.
3.
-
8.
-
3.
3.
-
0.00
794.50
2006.08
38
6.
21.
27.
20.
10.
-
15.
-
2.
4.
7.
0.00
758.70
2006.07
58
11.
28.
40.
3.
5.
-
28.
-
12.
12.
9.
0.00
679.90
x 71