Team Details

TU Wien Racing

University Technische Universität Wien
AT Wien TU short 122
LocationWien, Austria
Homepagehttps://www.tuwienracing.at/
Social Media YouTube facebook X
CV Team TUW Racing
DV Team TUW Racing
Short Linktid.fsg.one/584
Event Details car 141 - active

Event Profile

Past Events

Car 141 – 2025
2025
Car #141
Info
This year our EDGE16 is a new and improved version of last season’s car. We took valuable lessons from last year to identify opportunities for growth and are back stronger - with a big emphasis on reliability. Our more than 100 team members worked tirelessly on the car to get it into competitive shape. With our self-developed engines and inverters, combined with improved aerodynamics, we are ready to hit the racetracks and are looking forward to a great competition. We are one – 41!
Engineering Design Priorities:
Motor Inverter StructuralUseOfCarbon CFRPUniversalJoint Livetelemetry Harness
Car Specifications
General
Frame Construction Monocoque sandwich construction
Material prepregs, Aluminium honey comb
Overall Length (mm) 2894
Overall Width (mm) 1436
Overall Height (mm) 1180
Wheelbase (mm) 1525
Track Front (mm) 1200
Track Rear (mm) 1189
Weight Front (kg) 107
Weight Rear (kg) 131
Suspension Double unequal length CFRP laminated A-Arms. independend suspension - coupled with ARB.
Tyres 16x7.5-10 Hoosier R20
Wheels 16.0x7.5-10. 20mm offset. 1 pc CFRP rim
Drive Type Planetary gear
Differential n/a
Cooling Twin side pod mounted radiators with electric fans
Brake System Floating, Steel, hub mounted, 195mm OD, 121mm ID, adjustable brake balance
Electronics selfdeveloped: ECU, LV accumulator, live telemetry; self manufactured & watertight harness
Powertrain
Number of Motors 4
Motor Location FR, FL, RR, RL
Max Motor Power 53.7kW
Motor Type TUWR E8
Max Motor RPM 19500
Motor Controller TUWR S2
Max System Voltage (V) 600V
Electrode Materials LiCoO2
Accumulator Capacity 6.24
Transmission Ratio Primary 1:11.09
Transmission Ratio Secondary n/a
Driverless System
Processing Units Nvidia Jetson Xavier, STM32F4
Processing Units FLOPS ~3000
Processing Units Power (W) 30
Cameras n/a
Radar Sensors n/a
LiDAR Sensors 2, 120, 275
Other Sensors n/a
DV System Highlights EDGE16 is equipped with two PicoScan 2D LiDARs for accurate but simply perception. An all-in-one electronics box, powered by an NVIDIA Jetson, is used as the central processing unit. Proven software, tested on last year’s car, has been adapted to ensure reliable autonomous operation.
Car 141 – 2024
2024
Car #141
Info
2024 marks an exciting milestone in the history of TU Wien Racing: This year's EDGE is already our tenth car with an electric engine!Our main goal was to refine proven components and to solve problems we encountered last year. The EDGE15 has an entirely new powertrain including new engines, a new inverter and an overhauled accumulator.The team of around 100 students can’t wait to get back to Hockenheim, especially since we weren’t able to attend last year. We are one - 41!
Engineering Design Priorities:
Motor Inverter Structural use of carbon Powered ground effect Livetelemetry
Car Specifications
General
Frame Construction Monocoque sandwich construction
Material Aluminum Honeycomb core, CFRP Prepregs
Overall Length (mm) 2859
Overall Width (mm) 1414
Overall Height (mm) 1180
Wheelbase (mm) 1525
Track Front (mm) 1200
Track Rear (mm) 1189
Weight Front (kg) 121
Weight Rear (kg) 142
Suspension Double unequal length CFRP A-Arms, independend suspension - coupled with ARB, Pushrod
Tyres 16.0x7.5-10 Hoosier R20/16.0x7.5-10 Hoosier R20
Wheels 7x10; 20mm offset; one piece cfk-rim / 7x10; 20mm offset; one piece cfk-rim
Drive Type compound planetary gearbox
Differential None
Cooling in front of rear wheel mounted FE2-U radiator and 140mm electric fan
Brake System 4-Disk system, self developed rotors: OD 195mm, adjustable brake balance, Custom calipers
Electronics selfdesigned ECU, concentric twisted wiring harness, selfdesigned Live-Telemetry System
Powertrain
Number of Motors 4
Motor Location FR, FL, RR, RL
Max Motor Power 53.6kW for all Motors
Motor Type FL, FR, RL, RR: TUWR E7
Max Motor RPM FL, FR, RL, RR: 19500
Motor Controller TUWR S1
Max System Voltage (V) 588V
Electrode Materials LiCoO2
Accumulator Capacity 6.37kWh
Transmission Ratio Primary 11.09:1
Transmission Ratio Secondary -
Driverless System
Processing Units Nvidia Jetson Xavier
Processing Units FLOPS 32000
Processing Units Power (W) 80
Cameras None
Radar Sensors None
LiDAR Sensors Ouster OS1 360° with 2048x32 resolution
Other Sensors SBG Systems Ellipse-N
DV System Highlights first year implementation
Car 41 – 2022
2022
Car #41
Info
For its 15th anniversary, TU Wien Racing is competing with its 8th electric vehicle, EDGE13. After years of running RWD concepts, the team is now tackling the next frontier by switching to all-wheel drive. TUWR is using a completely revised drivetrain packaging featuring an all new self-developed 30kW wheel hub motor. The EDGE13 will also be competing in the Driverless events. These innovations provided many exciting challenges for a group of highly motivated students! We are one - 41!
Engineering Design Priorities:
all-wheel drive motor development composites driverless reliability
Car Specifications
General
Frame Construction Monocoque sandwich construction with no lap joints
Material T800 ER450 mesh and M46J-DT806R UD, Honeycomb ECM-P-3D 64 3.0 1mil 5056 Alu
Overall Length (mm) 2848
Overall Width (mm) 1408
Overall Height (mm) 1181
Wheelbase (mm) 1525
Track Front (mm) 1200
Track Rear (mm) 1189
Weight Front (kg) 124
Weight Rear (kg) 115
Suspension double unequal length CFRP laminated A-Arms, independend suspension - coupled with ARB, PR
Tyres Hoosier 16.0x7.5-10 R20
Wheels 7.0x10, 25mm offset, one piece CFRP rim
Drive Type 1.5 stage planetary geartrain
Differential -
Cooling water cooled motors and inverters with radiators in front of rear tyres, air cooled accumulator
Brake System 4 x self developed floating rotors, adj. brake balance via recuperation
Electronics self developed ECU, PDU, LTE telemetry; revised wiring harness;
Powertrain
Number of Motors 4
Motor Location All-wheel drive
Max Motor Power 30kW
Motor Type self developed/TUWR-E6
Max Motor RPM 16500
Motor Controller self developed/TUWR-I3 (IGBT)
Max System Voltage (V) 600V
Electrode Materials LiCoO2
Accumulator Capacity 6.33kWh
Transmission Ratio Primary 1:11.32
Transmission Ratio Secondary -
Driverless System
Processing Units STM32, NVIDIA Jetson AGX Xavier
Processing Units FLOPS 8000.07
Processing Units Power (W) 31.8
Cameras 1, 20m, 120°, Stereolabs ZED2
Radar Sensors -
LiDAR Sensors -
Other Sensors SBG Ellipse-N INS/GPS
DV System Highlights Modular assembly of DV components
Car 41 – 2021
2021
Car #41
Info
This year TU Wien Racing is attending the competition with the EDGE12, its seventh electric vehicle. Our goal for the season was to improve the self-developed powertrain and increase reliability by maximizing the amount of testing time conducted prior to Formula Student events. Each test run improves the car's performance and supplies the team with new data that forms the foundation for the development of the upcoming model. After a year of forced break, we cannot wait to compete on track again!
Engineering Design Priorities:
simple fast reliable EDGE12 tuwienracing 41
Car Specifications
General
Frame Construction Carbon Fibre Sandwich Monocoque with aluminium honeycomb core
Material Carbon Fibre Prepreg, up to 20mm honeycomb core
Overall Length (mm) 2850
Overall Width (mm) 1400
Overall Height (mm) 1145
Wheelbase (mm) 1525
Track Front (mm) 1200
Track Rear (mm) 1160
Weight Front (kg) 100
Weight Rear (kg) 122
Suspension Double unequal length A-Arm. Decoupled Roll/Heave System. Pullrod Front. Pushrod Rear.
Tyres Hoosier 7,5/16,0-10 LC0 Front and Rear
Wheels 7.0x10, 25mm offset, one piece CFRP rim
Drive Type two stage planetary gear system
Differential -
Cooling Rear mounted actived cooled cross flow radiators
Brake System self developed rotors, adaptive brake balance via recuperation
Electronics self developed ECU and PDU, self developed Live-Telemetry System, Adaptiv Sensors Support
Powertrain
Number of Motors 2
Motor Location Rear
Max Motor Power 40kW
Motor Type Self developed/TUWR-E3
Max Motor RPM 17500
Motor Controller TUWRacing-I3 IGBT Inverter
Max System Voltage (V) 600V
Electrode Materials LiCoO2
Accumulator Capacity 6
Transmission Ratio Primary 1:11.69
Transmission Ratio Secondary -
Car 41 – 2017
2017
Car #41
Info
Since the decision to participate in FS Electric in 2014 TU Wien Racing focused on sophisticated in-house development. This year, our well proven and completely self-developed motors are complemented with self-designed inverters, allowing higher top speeds. The radically changed aerodynamics package for 2017 includes a monkey seat, laminated carbon tubes for additional accumulator cooling and a DRS. 5 standardized CAN nodes upgrade our wiring harness and simplify data processing.
Engineering Design Priorities:
self-development lightweight design aerodynamic performance suspension design signal integrety
Car Specifications
General
Frame Construction CFRP monocoque (one piece)
Material CFRP in sandwich structure with aluminium honeycomb and rohacell core of different thickness
Overall Length (mm) 2860
Overall Width (mm) 1402
Overall Height (mm) 1167
Wheelbase (mm) 1575
Track Front (mm) 1200
Track Rear (mm) 1160
Weight Front (kg) 95
Weight Rear (kg) 133
Suspension double unequal length A-Arm, Pull rod actuated horizontally oriented spring and damper
Tyres 6.0/18.0-10 Hoosier
Wheels 7.0x10, 25mm offset, one piece CFRP rim
Drive Type two-stage planetary gearbox
Differential n/a
Cooling radiator with electric fan, electric waterpump, fans for accumulator cooling
Brake System 4-Disk system, self designed brake discs, adjustable brake balance, AP calipers F/R
Electronics standardized sensor nodes, dashboard with telemetry- and tuning capability, Live-telemetry
Powertrain
Number of Motors 2
Motor Location Rear Right, Rear Left
Max Motor Power 30kW (10s), 13.3kW cont.
Motor Type TUW Racing / TUWR-E3
Max Motor RPM RR:16000, RL: 16000
Motor Controller TUW Racing / TUWR-I1
Max System Voltage (V) 529V
Electrode Materials LiPo
Accumulator Capacity 6.5
Transmission Ratio Primary 1:12,51
Transmission Ratio Secondary n/a
Car 41 – 2016
2016
Car #41
Info
TUW Racing participates in Formula Student since 2008. We changed 2014 from combustion to electric drive. The edge8 is our third electric car and is an evolution of the edge7. We use our self-developed electric motors in the third generation, directly located in the upright. The edge8 has a lot of carbon fiber parts, e.g. wishbones, monocoque, bodywork, aeropackage, rims. We would like to thank every sponsor who helps us to realise this project.
Engineering Design Priorities:
lightweight perfomance reliability efficiency maintainability design
Car Specifications
General
Frame Construction one piece CFRP monocoque
Material sandwich structure with aluminium honeycomb and rohacell core
Overall Length (mm) 2845
Overall Width (mm) 1395
Overall Height (mm) 1118
Wheelbase (mm) 1575
Track Front (mm) 1200
Track Rear (mm) 1160
Weight Front (kg) 107
Weight Rear (kg) 117
Suspension double unequal length A-Arm, Pull rod actuated horizontally oriented spring and damper
Tyres 6.0/18.0-10
Wheels 7.0x10, 25mm offset, one piece CFRP rim
Drive Type 1 spur & 1 planetary stage, at uprith
Differential electric differential
Cooling radiator with electric fan, electric waterpump
Brake System 4-Disk system, self designed brake discs, adjustable brake balance, AP calipers F/R,
Electronics TTC200 ECU with PDM Function, Live-Telemetry System, Dashboard with LED Display
Powertrain
Number of Motors 2
Motor Location Rear Right, Rear Left
Max Motor Power 40kW, 40kW
Motor Type TUWR-E3 self developed
Max Motor RPM 16.000
Motor Controller Infineon Hybrid Kit
Max System Voltage (V) 380V
Electrode Materials LiPo
Accumulator Capacity 6,2kWh
Transmission Ratio Primary 1:11,9
Transmission Ratio Secondary n/a
Car 100 – 2015
2015
Car #100
Info
TUW Racing participates in Formula Student since 2008.We changed 2014 from combustion to electric drive. The edge7 is our second electric car and is an evolution of the edge6.We use our self-developed electric motors in the second generation. The edge7 has a lot of carbon fiber parts, e.g. A-Arms, monocoque, bodywork, aeropackage, rims. We would like to thank every sponsor who helps us to realise this project.
Engineering Design Priorities:
lightweight perfomance reliability maintainability efficiency composite
Car Specifications
General
Frame Construction one piece CFRP monocoque
Material sandwich structure with aluminium honeycomb and rohacell core
Overall Length (mm) 2845
Overall Width (mm) 1395
Overall Height (mm) 1118
Wheelbase (mm) 1575
Track Front (mm) 1200
Track Rear (mm) 1160
Weight Front (kg) 109
Weight Rear (kg) 128
Suspension double unequal length A-Arm, Pull rod actuated horizontally oriented spring and damper
Tyres 18.0 x 7.5 - 10
Wheels 7.0x10, 25mm offset, one piece CFRP rim
Drive Type 2-seperate, 2-stage spur gear units
Differential electric differential
Cooling radiator with electric fan, electric waterpump
Brake System 4-Disk system, self designed brake discs, adjustable brake balance, AP calipers F/R,
Electronics TTC200 ECU with PDM Function, Live-Telemetry System, Dashboard with LED Display
Powertrain
Number of Motors 2
Motor Location Rear
Max Motor Power 40kW
Motor Type TUWR-E2 self developed
Max Motor RPM 16.000
Motor Controller Infineon Hybrid Kit
Max System Voltage (V) 380V
Electrode Materials LiPo
Accumulator Capacity 6,2kWh
Transmission Ratio Primary 1:11,8
Car 41 – 2014
2014
Car #41
Info
After 5 seasons powered by a KTM one-cylinder engine, our team continues the successful story of the "EDGE" series with our first electric racing car, the EDGE6. With lightweight design in every component we were able to further reduce the weight of our car. One-piece CFRP monocoque, 10" carbon rims, aeropackage, self-developed electric motors and transmission with CFRP drive shafts are just some of the features of our new racer. Special thanks to our many sponsors for their continuous support!
Engineering Design Priorities:
reliability lightweight design performance easy to maintain low priced design
Car Specifications
General
Frame Construction One piece CFRP monocoque
Material Sandwich construction with prepreg carbon (twill & unidirectional) with various thickness honeycomb
Overall Length (mm) 2845
Overall Width (mm) 1395
Overall Height (mm) 1118
Wheelbase (mm) 1575
Track Front (mm) 1200
Track Rear (mm) 1160
Weight Front (kg) 110
Weight Rear (kg) 123
Suspension Double unequal length A-Arm, Pull rod actuated, horizontally oriented spring/damper, adj. rollbar
Tyres 18.0 x 7.5-10, Hoosier, R25B
Wheels 7.0 x 10, 25 mm offset one piece CFRP Rim
Drive Type Two stage spur gearbox
Differential Electric differential
Cooling Side mounted radiator
Brake System Self developed laser printed Ti6Al4V calipers, self developed rotors
Electronics Dashboard & steering wheel display, self developed controls and telemetry system
Powertrain
Number of Motors 2
Motor Location Rear Right, Rear Left
Max Motor Power 2x 40kW
Motor Type TUWR E1
Max Motor RPM 16000 rpm
Motor Controller Infineon Hybrid Kit 1
Max System Voltage (V) 437V
Electrode Materials LiPo
Accumulator Capacity 6.23 kWh
Transmission Ratio Primary 1:11.88
Transmission Ratio Secondary -

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
2025.09
32
2.
2.
6.
1.
2.
-
1.
-
2.
2.
1.
-10.00
855.13
2025.08
84
15.
19.
13.
18.
18.
19.
15.
-
12.
23.
7.
0.00
580.50
2025.07
40
17.
3.
10.
4.
16.
-
14.
-
15.
18.
-
0.00
467.40
2024.08
29
6.
4.
14.
7.
5.
-
7.
-
7.
-
-
-15.00
412.20
2024.08
79
26.
5.
5.
8.
26.
-
9.
-
13.
-
-
-20.00
368.61
2024.07
38
21.
-
3.
7.
-
-
-
-
-
-
-
0.00
232.60
2023.08
29
10.
1.
4.
4.
-
-
13.
-
-
10.
2.
-20.00
499.50
2023.08
31
13.
1.
11.
3.
6.
-
5.
-
-
-
-
0.00
398.96
2023.07
34
18.
2.
28.
3.
18.
-
19.
-
-
-
-
0.00
291.30
2022.08
25
3.
5.
6.
1.
4.
-
1.
-
8.
4.
8.
0.00
841.30
2022.08
63
19.
53.
53.
13.
5.
-
10.
-
13.
11.
-
0.00
347.50
2022.07
30
11.
19.
7.
8.
16.
-
5.
-
-
-
-
-10.00
308.60
2021.08
38
11.
6.
24.
11.
-
-
-
-
12.
10.
2.
-15.00
527.86
2021.07
27
15.
2.
11.
14.
-
-
10.
-
-
-
-
0.00
275.60
2021.07
28
11.
5.
10.
20.
-
-
7.
-
4.
-
-
0.00
258.99
2019.08
39
17.
19.
18.
12.
13.
-
19.
-
16.
-
-
0.00
327.90
2019.08
15
7.
1.
5.
1.
3.
-
9.
-
5.
6.
-
0.00
483.02
2019.08
24
17.
11.
15.
10.
-
-
-
-
-
-
-
-20.00
200.30
2018.08
38
20.
10.
27.
27.
18.
-
16.
-
15.
-
-
0.00
283.50
2018.08
19
15.
10.
16.
15.
8.
-
8.
-
14.
-
-
0.00
321.00
2018.07
16
11.
9.
11.
9.
-
-
-
-
-
-
-
0.00
195.88
2017.08
30
16.
6.
19.
13.
3.
-
-
-
14.
-
-
0.00
359.80
2017.08
34
18.
12.
6.
6.
-
-
-
-
-
-
-
0.00
269.75
2017.08
19
12.
9.
10.
10.
-
-
-
-
-
-
-
0.00
234.00
2017.07
38
27.
19.
16.
12.
-
-
-
-
-
-
-
0.00
254.30
2016.08
37
14.
33.
24.
4.
-
-
20.
-
9.
-
4.
-35.00
371.03
2016.08
18
11.
13.
-
13.
4.
-
12.
-
-
9.
4.
0.00
435.70
2015.09
13
3.
1.
1.
1.
2.
-
6.
-
4.
3.
2.
0.00
773.04
2015.08
18
8.
14.
8.
8.
10.
-
16.
-
9.
9.
3.
0.00
595.20
2015.08
39
22.
38.
5.
14.
8.
-
-
-
-
-
-
-10.00
222.19
2014.08
18
11.
15.
13.
6.
6.
-
18.
-
12.
-
-
0.00
329.60
2014.08
39
18.
20.
6.
8.
19.
-
20.
-
21.
-
-
0.00
280.76
2014.07
90
65.
60.
79.
28.
-
-
-
-
-
-
-
0.00
160.00
x 33