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

Team Details

UToronto Racing

University University of Toronto
CA Toronto U short 144
team logo
LocationToronto, Canada
Homepagehttps://fsaeutoronto.ca/
Social Media YouTube facebook X
DV Team aUToronto
EV Team University of Toronto Formula Racing
Short Linktid.fsg.one/147

Team Description

The University of Toronto Formula SAE Racing Team (UofT Racing) was founded in 1997, with the first car competing in 1999 (FSAE). Since then the team has enjoyed success in various competitions around the globe.


Event Profile

Past Events

Car 274 – 2017
2017
Car #274
Info
The University of Toronto FSAE team looks to build on their success of the 2016 season. This year the team focused on weight reduction, driver ergonomics and downforce. This year the team features a hybrid carbon-steel chassis with the team’s first aerodynamics package. Out team would like our sponsors and supporters for the 2017 season. We look to make you proud in Hockenheim.
Engineering Design Priorities:
Mass Reduction Reliability Manufacturability Function before form Efficient resource use Denim Danger
Car Specifications
General
Frame Construction Hybrid steel space frame with integrated carbon-fiber sandwich panels
Material 1020 DOM Steel, 1" closed cell PVC foam core, student designed carbon laminate schedule
Overall Length (mm) 2923
Overall Width (mm) 1430
Overall Height (mm) 1184
Wheelbase (mm) 1537
Track Front (mm) 1226
Track Rear (mm) 1152
Weight Front (kg) 106
Weight Rear (kg) 107
Suspension Double unequal length A-Arm. Pull rod actuated horizontally oriented spring
Tyres 18 x 6-10 Hoosier R25B
Wheels 3-Pc., 177mm Wide, Keizer Shells, Custom Center, 20mm Offset
Drive Type 5 speed sequential
Differential Adjustable clutch pack differential, 45 degree accel ramp, 60 degree decel ramp
Cooling 1130 cc side mounted radiator with 200mm fan
Brake System 4-Disk system, self developed rotors, Adjustable bias bar, Al. machined calipers
Electronics Student made harness. Battery, fusebox, relays, ECU, datalogger
Powertrain
Engine Honda TRX 450
Bore (mm) 96mm
Stroke (mm) 62mm
Cylinders 1
Displacement (ccm) 450
Compression Ratio 12.5:1
Fuel System Student developed tank and routing
Fuel 93 Octane
Max Power (kW) 9000
Max Torque (Nm) 6500
Car 339 – 2016
2016
Car #339
Info
The University of Toronto FSAE team looks to build on their success of the 2015 season. This year the team focused on weight reduction, driver ergonomics and downforce. This year the team features a hybrid carbon-steel chassis with the team’s first aerodynamics package. Out team would like our sponsors and supporters for the 2016 season. We look to make you proud in Hockenheim.
Engineering Design Priorities:
Mass Reduction Reliability Manufacturabilty Function before form Efficient resource use Maple Syrup
Car Specifications
General
Frame Construction Hybrid steel space frame with integrated carbon-fiber sandwich panels
Material 1020 DOM Steel, 1" closed cell PVC foam core, student designed carbon laminate schedule
Overall Length (mm) 2923
Overall Width (mm) 1430
Overall Height (mm) 1184
Wheelbase (mm) 1537
Track Front (mm) 1226
Track Rear (mm) 1152
Weight Front (kg) 112
Weight Rear (kg) 130
Suspension Double unequal length A-Arm. Pull rod actuated horizontally oriented spring
Tyres 18 x 6-10 Hoosier R25B
Wheels 3-Pc., 177mm Wide, Keizer Shells, Custom Center, 20mm Offset
Drive Type 4 Speed Sequential
Differential Adjustable clutch pack differential, 45 degree accel ramp, 60 degree decel ramp
Cooling 1130 cc side mounted radiator with 200mm fan
Brake System 4-Disk system, self developed rotors, Adjustable bias bar, Al. machined calipers
Electronics Student made harness. Battery, fusebox, relays, ECU, datalogger located behind the firewall
Powertrain
Engine Honda TRX 450
Bore (mm) 96mm
Stroke (mm) 62mm
Cylinders 1
Displacement (ccm) 450
Compression Ratio 12.5:1
Fuel System PE3 ECU System
Fuel 93 Octane
Max Power (kW) 9000
Max Torque (Nm) 6500
Car 39 – 2015
2015
Car #39
Info
The University of Toronto Formula SAE Racing Team was founded in 1999 and has had many successful years in its 16 year history. We would like to thank our great sponsors for their support, our passion is only possible because of you.
Engineering Design Priorities:
Light Reliable Simple Efficient Driveable Minimalist
Car Specifications
General
Frame Construction Lightweight steel tube spaceframe
Material 1020 mild steel
Overall Length (mm) 2254
Overall Width (mm) 1391
Overall Height (mm) 1166
Wheelbase (mm) 1506
Track Front (mm) 1194
Track Rear (mm) 1168
Weight Front (kg) 104
Weight Rear (kg) 127
Suspension Double unequal length A-Arm, push rod actuated spring and damper
Tyres 18x6-10 Hoosier LC0
Wheels 6x10, 75mm offset, 1 pc Al
Drive Type 520 Chain
Differential Drexler Clutch-type limited slip differential
Cooling Dual side-mounted radiators with thermostat and electric fan
Brake System Lasercut mild steel rotors, adjustable pedal tray, adjustable brake bias
Electronics PE3 ECU, minimalistic harness, 2D datalogging system with 64-channel CAN capability
Powertrain
Engine Honda TRX450ER
Bore (mm) 96
Stroke (mm) 62
Cylinders 1
Displacement (ccm) 449
Compression Ratio 12:1
Fuel System Student designed EFI
Fuel 95 octane gasoline
Max Power (kW) 7500
Max Torque (Nm) 6000
Car 11 – 2012
2012
Car #11
Info
The University of Toronto presents UT12 for the 2012 Formula Student Germany competition. The past 15 years of experience have culminated into this design; focused on reliable high performance. UT12 is Toronto’s first 10” wheel vehicle featuring newly designed welded aluminum uprights and 6061-T6 hubs. 2012 is the fourth installment of the Honda TRX450 motor modified to increase volumetric efficiency by 7.5% while increasing broad range torque output over UT11. Design features include a high compression piston, reduced transmission gears and thermal coated stepped exhaust header. Focus was placed on creating a robust fuel /ignition map to ensure reliable operation during the testing and competition seasons. The UT12 chassis has evolved from the successful 2011 spaceframe. Chassis weight has been reduced to 24kg and represents Toronto’s highest stiffness to weight ratio. We look to build off our successes in 2011 and fight for the championship in Hockenheim.
Car Specifications
General
Frame Construction Steel tube spaceframe
Material 1020 & 4130 steel
Overall Length (mm) 2254
Overall Width (mm) 1391
Overall Height (mm) 1166
Wheelbase (mm) 1537
Track Front (mm) 1194
Track Rear (mm) 1168
Weight Front (kg) 91
Weight Rear (kg) 136
Suspension Double unequal length A-Arm. Push rod actuated
Tyres 18x6-10 LC0 Hoosier
Wheels 6 inch wide,1pc Al Braid, 3 inch offset
Drive Type 4 speed sequential
Differential Locked Spool
Cooling Single side-mounted radiator with sealed shroud, ECU controlled fan for target temp. of 90°C
Brake System 4-Disc, ISR 4-piston calipers
Electronics student designed data logger with driver display
Powertrain
Engine Honda TRX450ER
Bore (mm) 96mm
Stroke (mm) 62mm
Cylinders 1
Displacement (ccm) 450
Compression Ratio 13.5:1
Fuel System Student designed, EFI controlled 420cc/min injector
Fuel 100 octane gasoline
Max Power (kW) 9500
Max Torque (Nm) 6500
Car 12 – 2011
2011
Car #12
Info
UT11 marks the 13th vehicle produced by the University of Toronto since its inception in 1997. The knowledge and experience developed over the past 14 years has culminated in the design and manufacture of our 2011 vehicle. FSG2011 will mark the 4th appearance for Toronto at this event and are eager to fight for the championship.Strong focus was placed on developing the driver during the 2011 season. A STACK data acquisition unit was employed to log engine/vehicle parameters and analysis on specific driving styles were conducted. To reduce stress on the driver an electronic brake distribution controller was implemented to provide varying brake bias during trail braking vs. full braking applications.UT11 is the third season running the Honda TRX450R motor with focus on fuel efficiency and drivability. Engine compression has been raised from 12:1 to 13.5:1 and a stepped diameter exhaust header has been implemented to broaden the torque curve for a more usable power band.
Car Specifications
General
Frame Construction Steel Tube Spaceframe
Material 4130 ChroMoly Steel
Overall Length (mm) 2459
Overall Width (mm) 1422
Overall Height (mm) 1186
Wheelbase (mm) 1676
Track Front (mm) 1193
Track Rear (mm) 1168
Weight Front (kg) 108
Weight Rear (kg) 132
Suspension Double unequal length a-arm, pushrod actuated Cane Creek Double Barrel
Tyres 20.5x7-13 R25B Hoosier
Wheels Braid Formrace, 6.0x13 19mm offset, 2pcs Al
Drive Type 520 Chain drive
Differential Student designed Salisbury type differential with external TBR adjustment
Cooling Single side-mounted radiator sealed to duct, thermostatically controlled fan
Brake System 4-Disc system, 228mm diameter 44W steel rotors, electronic brake distribution contol
Electronics STACK MFR 30-Channel DAQ with CAN integration to ECU
Powertrain
Engine Honda TRX450R
Bore (mm) 96
Stroke (mm) 62
Cylinders 1
Displacement (ccm) 449
Compression Ratio 13.5:1
Fuel System Haltech PS1000 with sequential injection
Fuel 93 Octane
Max Power (kW) 8000
Max Torque (Nm) 6500
Car 13 – 2010
2010
Car #13
Info
The University of Toronto Formula SAE Racing Team is a student-run Engineering design team that designs, builds and races an open-wheel, open-cockpit race vehicle. Founded in 1997, we built our first competition vehicle (UT99) in 1999 and in the past years have won numerous awards and three Formula Student Championship titles gaining international recognition amongst our peers.
Car Specifications
General
Frame Construction Full composite monocoque / Rear steel tube space frame support structure
Material 4130 steel tubing/.46mm to 2.75mm thk carbon skins/ 6.35mm to 25.4mm thk honeycomb & foam cores
Overall Length (mm) 2921
Overall Width (mm) 1408
Overall Height (mm) 1067
Wheelbase (mm) 1701
Track Front (mm) 1198
Track Rear (mm) 1168
Weight Front (kg) 117
Weight Rear (kg) 127
Suspension Double unequal length A-Arm. Push rod actuated horizontally oriented spring and damper
Tyres 20.5x7-13 R25B Hoosier
Wheels 152 inch wide, 2 pc Al Rim, 19mm neg. offset
Drive Type Chain Drive (520 Chain)
Differential Clutch pack, preload: 2.8 ft-lb; TBR: 2.0, 3.0 or 4.0, externally adjustable
Cooling Single side-mounted radiator with sealed shroud, ECU controlled fan for target temp. of 90°C
Brake System 4-Disk system, self designed rotors front 240mm, rear 228mm dia. aluminum MC, 32mm Calipers
Electronics STACK data acquisition
Powertrain
Engine Honda TRX450ER, CRF camshaft, SOHC
Bore (mm) 96
Stroke (mm) 62.1
Cylinders 1
Displacement (ccm) 449
Compression Ratio 13.5:1
Fuel System Student designed, EFI controlled 300cc/min injector
Fuel Gasoline 94 Octane (98 RON)
Max Power (kW) 9500
Max Torque (Nm) 6500
Car 10 – 2009
2009
Car #10
Info
The University of Toronto Formula SAE Racing Team is comprised of a dozen engineering students. In a rapidly changing FSAE series, the UT09 team was able to adapt designs to accommodate new regulations, but also delved forward with higher-level initiatives. While making accommodations for the cross-section template, the front suspension system was also redesigned to maintain simplicity, ease of adjustability and linear kinematics for tuning. A switch from the previously used F4i to a light-weight single cylinder engine is one of several efforts to improve fuel economy. UT09 also features the second iteration of a CFRP monocoque frame, expanded DAq capabilities, along with continued development with a custom externally adjustable Salisbury-type differential; and 95% of it all is built by the students. The UofT team looks forward to a challenging 2009 race season with its competitors from around the world and is prepared to defend its top Canadian ranking.
Car Specifications
General
Frame Construction Composite monocoque ahead of roll hoop; Spaceframe engine bay
Material CFRP laminate with 0.25"-1" Nomex and foam cores; 4130 thin-walled steel tubing
Overall Length (mm) 2766
Overall Width (mm) 1400
Overall Height (mm) 1058
Wheelbase (mm) 1536
Track Front (mm) 1193
Track Rear (mm) 1168
Weight Front (kg) 114
Weight Rear (kg) 125
Suspension Double unequal length A-Arm. Pull rod actuated on front, push rod actuated on rear, horizontally oriented spring and damper.
Tyres 20.0 X 7.0-13 Goodyear D2696
Wheels 20.0 X 7.0-13 Goodyear D2696
Drive Type Chain drive (520 chain)
Differential Custom designed Salisbury-type diff with externally adjustable TBRs of 2, 3 & 4
Cooling Single side-mounted radiator with a shroud sealing to fan, ECU-controlled fan for 90°C target
Brake System 4 floating steel rotors, 240/165mm F/R dia, student designed, laser cut, ground. 15.875/19mm F/R Wilwood MCs. Brembo P32G Calipers
Electronics Two Evo 2 Aim data aquisition units. DTA Fast engine control unit.
Powertrain
Engine Honda TRX450ER 2006
Bore (mm) 96
Stroke (mm) 62.1
Cylinders 1
Displacement (ccm) 449
Compression Ratio 12.0:1
Fuel System Student designed, EFI 450cc/min injector. DTA Fast control unit employing TPS, WBO2, EGT.
Fuel 94 octane unleaded gasoline
Max Power (kW) 9500
Max Torque (Nm) 7000
Car 13 – 2008
2008
Car #13
Info
Founded in 1997, the University of Toronto Formula SAE Racing Team has developed into a strong competitor in the FSAE-Formula Student series. The team holds three Championship titles at FS UK and top ten finishes at FSAE East. The team has grown to 15 engineering students who design and fabricate over 95% of all components themselves. UofT's debut in FS Germany comes with large advancements in vehicle design including its first monocoque tub, a student-written vehicle dynamics simulation, and engine research through simulation and dynamometer validation. A thorough dynamic track testing program allows the team to tune the suspension setup and a track-adjustable differential for different events. The UofT FSAE Team is also a strong promoter of collaboration between Universities and hosts the largest student run FSAE competition - The UofT Shootout. As Canada's leading team, we are proud to represent our country to our honourable FSAE colleagues from Germany and around the world.
Car Specifications
General
Frame Construction Monocoque front section / Rear tubular space frame
Material 1-6mm thk carbon skin w/ 6-19mm Nomex + Rohacell core / Steel tube (rnd + sq)
Overall Length (mm) 2616
Overall Width (mm) 1359
Overall Height (mm) 1054
Wheelbase (mm) 1664
Track Front (mm) 1194
Track Rear (mm) 1168
Weight Front (kg) 123
Weight Rear (kg) 150
Suspension Double unequal length A-Arm. Push rod actuated horizontally oriented spring and damper
Tyres 178x50 R13 (20x7.0-13) Goodyear D2692 / 178x50 R13 (20x7.0-13) Goodyear D2692
Wheels 6.5x13
Drive Type Chain drive, #420 chain
Differential Clutch pack differential; 2.8 Nm preload; 2.0, 3.0 or 4.0 TBR (adjustable)
Cooling Single side mounted radiator integrated into duct, computer controlled fan, aluminum hardline
Brake System Tilton MCs; 4 Brembo calipers; Self developed rotors
Electronics 26 channel data acquisition system, ECM with sequential ignition, Custom dash panel
Powertrain
Engine 2001 Honda CBR 600 F4i
Bore (mm) 67.0
Stroke (mm) 43.0
Cylinders 4
Displacement (ccm) 599
Compression Ratio 13.0:1
Fuel System Student designed and built, direct port injection
Fuel 93 octane
Max Power (kW) 11000
Max Torque (Nm) 8000

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
2019.08
33
20.
12.
31.
15.
18.
-
19.
-
10.
17.
-
0.00
396.41
2019.05
108
51.
2.
32.
19.
41.
-
69.
-
24.
75.
-
0.00
382.80
2018.05
114
71.
44.
6.
84.
67.
-
78.
-
33.
87.
-
0.00
283.70
2017.08
64
42.
39.
36.
16.
-
-
38.
-
32.
-
-
0.00
295.11
2017.05
109
39.
79.
14.
18.
35.
-
53.
-
18.
69.
34.
0.00
465.20
2016.08
73
30.
20.
4.
44.
46.
-
49.
-
50.
25.
24.
0.00
381.93
2016.06
25
15.
7.
1.
15.
14.
-
20.
-
15.
10.
11.
0.00
516.31
2016.05
114
70.
8.
12.
74.
60.
-
61.
-
42.
79.
-
0.00
326.90
2015.08
71
39.
16.
6.
34.
45.
-
43.
-
40.
-
14.
0.00
307.76
2015.06
18
8.
2.
1.
13.
14.
-
11.
-
15.
10.
6.
0.00
614.58
2015.05
108
42.
38.
11.
31.
48.
-
61.
-
67.
35.
20.
0.00
426.80
2014.05
107
75.
26.
1.
38.
-
-
80.
-
71.
63.
-
0.00
249.20
2012.08
76
66.
41.
24.
31.
54.
-
60.
-
-
-
-
-25.00
184.14
2012.05
104
77.
76.
1.
28.
-
-
-
-
-
-
-
0.00
211.80
2011.08
74
15.
13.
12.
15.
1.
-
48.
-
36.
21.
12.
-5.00
544.24
2011.05
97
47.
47.
4.
37.
17.
-
66.
-
42.
56.
-
0.00
333.40
2010.08
75
33.
31.
25.
18.
5.
-
42.
-
35.
28.
-
0.00
407.57
2009.08
77
41.
10.
15.
10.
47.
-
54.
-
43.
-
-
0.00
363.00
2009.05
90
35.
18.
46.
12.
22.
-
47.
-
17.
-
-
0.00
389.50
2008.08
77
10.
14.
4.
6.
23.
-
24.
-
18.
11.
22.
0.00
779.46
2008.05
104
11.
14.
20.
5.
35.
-
13.
-
23.
12.
-
0.00
731.10
2007.07
69
5.
11.
5.
4.
7.
-
16.
-
17.
6.
16.
0.00
785.57
2007.05
105
5.
36.
13.
14.
5.
-
29.
-
17.
3.
-
0.00
778.40
2006.07
58
1.
16.
4.
5.
20.
-
4.
-
4.
2.
21.
0.00
843.80
2006.05
118
11.
8.
19.
16.
40.
-
21.
-
33.
5.
-
0.00
709.00
2005.07
57
1.
21.
12.
6.
3.
-
13.
-
1.
1.
10.
0.00
884.06
2005.05
114
51.
28.
94.
14.
35.
-
23.
-
25.
-
-
0.00
393.53
2004.07
53
2.
2.
25.
12.
4.
-
24.
-
3.
2.
10.
0.00
795.16
2004.05
129
21.
30.
80.
4.
5.
-
87.
-
49.
22.
-
0.00
591.63
2003.07
34
1.
21.
5.
3.
2.
-
1.
-
2.
1.
6.
0.00
884.53
2003.05
111
43.
40.
20.
14.
35.
-
15.
-
56.
-
-
0.00
358.46
2002.07
35
2.
6.
5.
3.
4.
-
4.
-
1.
1.
-
0.00
918.43
2002.05
121
30.
12.
43.
18.
9.
-
2.
-
9.
-
-
0.00
444.48
2001.05
108
40.
53.
45.
15.
43.
-
15.
-
38.
-
-
0.00
344.94
2000.05
94
8.
34.
51.
8.
-
-
6.
-
17.
12.
-
0.00
609.95
1999.05
89
54.
28.
58.
30.
52.
-
17.
-
-
-
-
0.00
249.01
x 36