MagCanica |

Born in racing, selected by teams and governing bodies worldwide, production supplier to the US Navy.

We make accurate in-vehicle torque measurement a reality.

Welcome to MagCanica

Ride On Driveshaft Torque Sensor System

90% Motorsport Market Share of Most Demanding FIA Affiliated Series

Up to ±5000Nm Torque Capacity

Sensor rides on shaft

0.25% Accuracy in Vehicle

100% F1 In-Vehicle Market Share

Clutch Shaft
Torque Sensor System

90% Motorsport Market Share of Most Demanding FIA Affiliated Series

150°C Operating Temperature

No contact between shaft and sensor with ∼2mm typical gap

1% Accuracy in Vehicle

100% F1 In-Vehicle Market Share

MGUK / Electric Motor
Torque Sensor System

90% Motorsport Market Share of Most Demanding FIA Affiliated Series

±300Nm Torque Capacity (typical but not limited to)

Non-contact attachment with 1 to 2.5mm radial gap or optionally located in center of shaft

1% Accuracy in Vehicle

100% F1 In-Vehicle Market Share

LCAC Production Torque-Meter System

MIL-STD-810F Environmental and MIL-STD-461E Electrical Mil-Spec Certified

1875 lb-ft [2542 Nm] Torque Capacity

Non-contact attachment 2.5mm radial gap

2% Accuracy in Vehicle

Production usage

No Speed Limitation

Typical, Non-Contact Encircling 'Ring' or Radially Installable Probe

Suited for Operation in Hazardous Environments (Requires Certification)

Oil and Gas Coupling Torque Sensor System

±125,000Nm Torque Capacity

Helicopter Tail-Rotor Torque Sensor System

No Speed Limitation

Radially Installable Non-Contact Measurement

Specific installations certified for MIL-STD-461 and 810F

Typically +/- ~2000Nm rating Torque Capacity

Motorsport

100% of Formula 1 and LeMans P1 grids (since 2014)

80% of FiA Formula E teams and selected by FiA for governing purposes in 2022

FiA LeMans hypercars selected by FiA for governing purposes in 2021

Aerospace

Mil-Spec certified and in full production with US Navy hovercraft turboshaft engine sensor

Flight tested multiple times on helicopter tail-rotors, and in path towards production with major helicopter supplier

Energy

Capable of measuring beyond 100,000Nm

High Accuracy, Robust, In-Vehicle Torque Sensing

MagCanica, Inc. designs, develops, and manufactures torque sensor systems for high performance in-vehicle and dynamometer applications,

such as automotive racing powertrains, energy sector high speed coupling shafts, turboshaft engines and associated rotorcraft transmissions.

Motorsport

Aerospace

Energy

High Accuracy, Robust, In-Vehicle Torque Sensing

News

MagCanica, Inc.