Formula Student Germany
International Design Competition - 18th to 24th of August 2025 in Hockenheim

Team Details

University of Liverpool Motorsport

University University of Liverpool
GB Liverpool U short 480
team logo
LocationLiverpool, United Kingdom
Social Media YouTube facebook X
Short Linktid.fsg.one/389

Team Description

The University of Liverpool Motorsport are a team of fantastically skilled individuals that have come together at The University of Liverpool School of Engineering to uphold what it means to be a ‘Liverpool engineer’. Practically driven, creatively gifted and big team players. Their goal? Design, build and extensively test a single seater open wheel speed machine.


Event Profile

Past Events

Car 241 – 2016
2016
Car #241
Info
The University of Liverpool Formula Student Team began competitive life in 2005 and are this year showcasing their tenth race car. ULM Racing is built upon evolutionary improvement and advances are embodied in the design of the new vehicle: a car which is based upon performance, driveability, and reliability.The team, comprising primarily of third and fourth year mechanical engineering students, have focused their efforts in the areas of mass reduction, powertrain and drivetrain.
Engineering Design Priorities:
Drivetrain Powertrain Electronics
Car Specifications
General
Frame Construction Tubular Steel Spaceframe
Material Mild Steel AISI 1020 (EN3B)
Overall Length (mm) 3057
Overall Width (mm) 1395
Overall Height (mm) 1200
Wheelbase (mm) 1550
Track Front (mm) 1200
Track Rear (mm) 1150
Weight Front (kg) 150
Weight Rear (kg) 148
Suspension Double, unequal A-Arm, pull-rod / push-rod actuated Ohlins shock absorbers
Tyres 20.0 x 7.2 – R13 A92 Avon
Wheels 13
Drive Type Single 520 chain
Differential 2010 FSAE Drexler LSD
Cooling Rear mounted dual pass radiator with EWP80 electric water pump
Brake System Hub mounted 220mm dia. AP Racing, double pot front / single pot rear
Electronics Wiring harness sealed to IP67, Cosworth SQ6 ECU and integrated CompactDAQ
Powertrain
Engine 008 Yamaha YZF-R6 four stroke in line four
Bore (mm) 67
Stroke (mm) 42.5
Cylinders 4
Displacement (ccm) 599
Compression Ratio 13.1:1
Fuel System Port injection system with Cosworth SQ6 ECU
Fuel 98 RON unleaded
Max Power (kW) 11500
Max Torque (Nm) 11000
Car 24 – 2015
2015
Car #24
Info
The University of Liverpool Formula Student Team began competitive life in 2005 and are this year showcasing their tenth race car. ULM Racing is built upon evolutionary improvement and advances are embodied in the design of the new vehicle: a car which is based upon performance, driveability, and reliability.The team, comprising primarily of third and fourth year mechanical engineering students, have focused their efforts in the areas of aerodynamics, data acquisition and mass reduction.
Engineering Design Priorities:
Aerodynamics Data Acquisition Mass Reduction
Car Specifications
General
Frame Construction Tubular steel spaceframe with removable rear
Material EN3B steel
Overall Length (mm) 2982
Overall Width (mm) 1407
Overall Height (mm) 1142
Wheelbase (mm) 1550
Track Front (mm) 1200
Track Rear (mm) 1150
Weight Front (kg) 114
Weight Rear (kg) 179
Suspension Double, unequal A-Arm, pull-rod / push-rod actuated Ohlins shock absorbers
Tyres 20.0 x 7.2 – R13 A92 Avon
Wheels 13
Drive Type Single 520 chain
Differential 2010 FSAE Drexler LSD
Cooling Rear mounted dual pass radiator with EWP80 electric water pump
Brake System Hub mounted 220mm dia. AP Racing, double pot front / single pot rear
Electronics Wiring harness sealed to IP67, Cosworth SQ6 ECU and integrated CompactDAQ
Powertrain
Engine 2008 Yamaha YZF-R6 four stroke in line four
Bore (mm) 67.0
Stroke (mm) 42.5
Cylinders 4
Displacement (ccm) 599
Compression Ratio 13.1:1
Fuel System Port injection system with Cosworth SQ6 ECU
Fuel 98 RON unleaded
Max Power (kW) 11500
Max Torque (Nm) 11000
Car 24 – 2013
2013
Car #24
Info
The University of Liverpool Motorsport team are proud to be at competition with their 8th car for the team’s 2nd year at FS Germany. The team of 40 comprises primarily of 3rd & 4th year Mechanical Engineering students working towards their MEng Degrees. The team’s strategy for 2013 has been focused on striving for design optimisation, as such ULM008, has been designed with both dynamic performance and product viability as priorities. The team has moved to a 4 cylinder engine to deliver the power and reliability required, with a student designed sump ensuring it is perfectly suited to the car. Dynamic performance has been a particular focus for the driver integration, including a reclined driver position & more dedicated race controls. The team’s move to CFRP bodywork has resulted in a stunningly sleek car, whilst allowing for a reduced overall weight. The team wish to thank their sponsors for their continued support. Without their help, the team’s efforts would not be possible.
Car Specifications
General
Frame Construction One piece tubular steel spaceframe
Material AISI 1020 Steel
Overall Length (mm) 2930
Overall Width (mm) 1430
Overall Height (mm) 1150
Wheelbase (mm) 1700
Track Front (mm) 1220
Track Rear (mm) 1180
Weight Front (kg) 140
Weight Rear (kg) 148
Suspension Double, unequal, non-parallel A-Arm suspension, pullrod-actuated Ohlins shock absorbers
Tyres 20 x 7.5 -13 R25B Hoosier
Wheels Aluminium split-rim, custom Al 2014 centre
Drive Type Single 520 chain, Yamaha gear box
Differential 2010 FSAE Drexler LSD
Cooling Sidepod mounted, single core crossflow radiator, 779 cfm fan mounted to radiator
Brake System AP Racing, double POT front, single POT rear, 220mm dia.
Electronics Wiring harness sealed to IP67, DTA SX Dash display, electromagnetic shifting system with shift cut
Powertrain
Engine 2008 Yamaha YZF R6
Bore (mm) 67
Stroke (mm) 42.5
Cylinders 4
Displacement (ccm) 599
Compression Ratio 13.1:1
Fuel System Student designed stacks, Yamaha injectors controlled by DTA S80 ECU
Fuel 98 octane unleaded gasoline
Max Power (kW) 11500
Max Torque (Nm) 9000
Car 24 – 2012
2012
Car #24
Info
The University of Liverpool Motorsport team began life in 2005 and is now entering its seventh year in FSAE Competitions. The team comprises of 35 final year and penultimate year Mechanical and Product Design with Engineering MEng engineering students.The team’s strategy for the 2012 competitions is one of consistency with design of ULM007 focused on reliability, serviceability and low cost manufacture. An all new Unsprung Suspension system based on 13” rims features custom wheel centres, all aluminium stub axles and AP Racing callipers.With focus on drive integration, the ULM007 chassis has an improved driver position, with adjustable pedal box and a student designed vacuum formed ABS seat. A revised bodywork methodology has resulted in a light weight vacuum formed ABS panel design with significant cost and manufacture lead time gains over glass/carbon fibre equivalents.Finally, the team wishes to thank our sponsors, without them the construction of the car wouldn’t be possible.
Car Specifications
General
Frame Construction Tubular space frame, mechanically attached Aluminium rear bulkhead
Material CDS mild steel round tubes, TIG fusion welding, stainless steel 316-L filler
Overall Length (mm) 2600
Overall Width (mm) 1350
Overall Height (mm) 1245
Wheelbase (mm) 1610
Track Front (mm) 1222
Track Rear (mm) 1150
Weight Front (kg) 120
Weight Rear (kg) 128
Suspension Double unequal length A-Arm. Front/Rear pull/push rod actuated spring and damper. Adjustable ARB.
Tyres 20x6.2 R13 Avon A45 / 20x6.2 R13 Avon A45
Wheels 6.0x13, 50mm neg. offset, 2 pc Al Rim, student designed Al wheel centre front and rear
Drive Type Tsubaki 520 alpha x-ring roller chain
Differential Custom Aluminum Torsen Differential
Cooling Single side pod mounted radiator with ECU controlled electric fan
Brake System 4-Disk system, 220mm diameter, AP Racing 4227 Quad piston Front, 4226 Dual piston Rear, fixed mtg
Electronics Wiring harness sealed to IP45, removable electronics housings, DTA S60 ECU with Live-Telemetry
Powertrain
Engine 2010 Aprilia Van Den Bosch 550 V-twin Four Stroke
Bore (mm) 80.0
Stroke (mm) 55.0
Cylinders 2
Displacement (ccm) 549
Compression Ratio 12.0:1
Fuel System Student designed and built ,semi-sequential injection and wasted-spark ignition
Fuel 98 RON Super unleaded
Max Power (kW) 9400
Max Torque (Nm) 7200

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
2021.07
32
18.
7.
10.
10.
-
-
-
-
-
-
-
0.00
280.30
2019.07
64
27.
13.
1.
22.
-
-
-
-
-
37.
-
0.00
253.30
2018.07
70
36.
15.
8.
49.
15.
-
34.
-
37.
41.
-
0.00
237.70
2017.07
62
36.
8.
15.
45.
-
-
-
-
-
34.
-
0.00
201.60
2016.08
73
55.
26.
45.
60.
-
-
58.
-
34.
-
-
0.00
217.05
2016.07
106
15.
9.
18.
23.
40.
-
34.
-
38.
17.
18.
0.00
533.20
2015.08
71
46.
27.
43.
44.
44.
-
-
-
40.
27.
-
0.00
229.54
2015.07
92
39.
3.
4.
24.
-
-
-
-
-
-
-
0.00
263.40
2014.08
38
26.
2.
3.
18.
27.
-
21.
-
24.
27.
-
0.00
405.31
2014.07
90
36.
2.
22.
19.
-
-
-
-
-
24.
-
0.00
265.90
2013.08
74
41.
29.
29.
33.
34.
-
25.
-
35.
-
-
0.00
354.80
2013.07
83
25.
16.
6.
25.
43.
-
27.
-
29.
22.
17.
0.00
402.10
2012.08
76
49.
16.
16.
54.
53.
-
48.
-
43.
-
-
0.00
284.22
2012.07
97
18.
1.
17.
34.
43.
-
32.
-
29.
16.
8.
-2.00
477.40
2011.07
27
20.
17.
5.
19.
-
-
-
-
-
-
-
0.00
185.70
2011.07
77
35.
9.
25.
20.
25.
-
34.
-
26.
36.
-
0.00
275.70
2010.07
72
39.
34.
28.
40.
-
-
-
-
35.
24.
20.
-50.00
222.90
2009.07
78
41.
14.
40.
49.
-
-
-
-
45.
30.
-
0.00
359.60
2008.07
72
50.
43.
40.
41.
-
-
-
-
-
-
-
0.00
163.94
2007.07
69
57.
57.
54.
56.
-
-
-
-
-
-
-
0.00
101.47
2006.07
58
37.
8.
24.
47.
38.
-
39.
-
37.
-
8.
0.00
237.30
x 21