Magnetorquers compared: 14 models

Magnetic torquers push against the Earth’s field: no moving parts, no propellant, but torque only where the field is strong enough. The magnetic moment they produce sets what they can turn.

Figures are taken from manufacturer datasheets and product pages, normalised to common units. Every row links to the product page and, where available, to the datasheet itself. As of 2026-08-13.

14
models listed
12
manufacturers
0.205 kg
median mass (0.017–27 kg, 12 values)
2 W
median power (0.2–40 W, 9 values)
Model Manufacturer Mass, kg Power, W Voltage, V Max dim., mm Datasheet
Magnetorquer Rods (CR0002-CR0020) CubeSpace ADCS 0.017 5 152
MTQ800 AAC Clyde Space 0.14 3 5 100 PDF
3-Axis Magnetorquer NanoTorque GST-600 GomSpace 0.18 97 PDF
Magnetic Torque Rod family (PS-MTQ-0.8 and PS-MTQ-4) Plan-S (Connecta) 0.2 5 160 PDF
Microsatellite Magnetic Torquers SX-MT Series SPUTNIX 0.2 10
Magnetorquers MTQ M6P & MTQ MP42 NanoAvionics 0.205 0.4
Magnetorquers (MTQ Board & TensorMTQ series) Tensor Tech (thermal) 0.205 1 5–36 94
Electromagnetic Unit (EMU) - Magnetic Torquer Glavkosmos 0.48 2 4.5 345
MTQ140 magnetorquer Lusospace 3.8 4.5 PDF
Zenno Astronautics Z01 Supertorquer Zenno Astronautics 3.8 40
MTQ400 magnetorquer Lusospace 7 15 PDF
Electromagnetic Unit (EMU) - Magnetic Torquer for Nanosatellites Glavkosmos 27 0.2 5 64
Magnetorquer Galamad Aerospace 1
MT-P4 Space Inventor ApS 28

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See also: all magnetorquers in the catalogue · component benchmarks · other comparisons