Tri-axis 0.5Am-2
Dimensions 90mm×90mm×40mm（±1mm）
Mass 540±30g
More info available on request
We offer more than 20 types of magnetorquer rods for various satellite missions.
A Magnetorquer is a satellite attitude control system that interacts with the geomagnetic field to create magnetron momentum and is often used in conjunction with a reaction wheel
Tri-axis 0.25Am-2
Dimensions 90mm×90mm×30mm（±1mm）
Mass 420±30g
More info available on request
We offer more than 20 types of magnetorquer rods for various satellite missions.
A Magnetorquer is a satellite attitude control system that interacts with the geomagnetic field to create magnetron momentum and is often used in conjunction with a reaction wheel
150Am-2
Dimensions 800mm×53mm×48mm（±1mm）
Mass 2.7±0.1kg
More info available on request
We offer more than 20 types of magnetorquer rods for various satellite missions.
A Magnetorquer is a satellite attitude control system that interacts with the geomagnetic field to create magnetron momentum and is often used in conjunction with a reaction wheel
100Am-2
Dimensions 800mm×53mm×48mm（±1mm）
Mass 2.5±0.1kg
More info available on request
We offer more than 20 types of magnetorquer rods for various satellite missions.
A Magnetorquer is a satellite attitude control system that interacts with the geomagnetic field to create magnetron momentum and is often used in conjunction with a reaction wheel
75Am-2
Dimensions 700mm×53mm×48mm（±1mm）
Mass 2.2±0.1kg
More info available on request
We offer more than 20 types of magnetorquer rods for various satellite missions.
A Magnetorquer is a satellite attitude control system that interacts with the geomagnetic field to create magnetron momentum and is often used in conjunction with a reaction wheel
50Am-2
Dimensions 500mm×45mm×43mm（±1mm）
Mass 1.3±0.1kg
More info available on request
We offer more than 20 types of magnetorquer rods for various satellite missions.
A Magnetorquer is a satellite attitude control system that interacts with the geomagnetic field to create magnetron momentum and is often used in conjunction with a reaction wheel
35Am-2B
Dimensions 560mm×45mm×43mm（±1mm）
Mass 1.1±0.1kg
More info available on request
We offer more than 20 types of magnetorquer rods for various satellite missions.
A Magnetorquer is a satellite attitude control system that interacts with the geomagnetic field to create magnetron momentum and is often used in conjunction with a reaction wheel
35Am-2A
Dimensions 400mm×45mm×43mm（±1mm）
Mass 1.0±0.1kg
More info available on request
We offer more than 20 types of magnetorquer rods for various satellite missions.
A Magnetorquer is a satellite attitude control system that interacts with the geomagnetic field to create magnetron momentum and is often used in conjunction with a reaction wheel
25Am-2
Dimensions 420mm×35mm×35mm（±1mm)
Mass 1.0±0.1kg
More info available on request
We offer more than 20 types of magnetorquer rods for various satellite missions.
A Magnetorquer is a satellite attitude control system that interacts with the geomagnetic field to create magnetron momentum and is often used in conjunction with a reaction wheel
20Am-2
Dimensions 400mm×35mm×35mm（±1mm）
Mass 900±30 g
More info available on request
We offer more than 20 types of magnetorquer rods for various satellite missions.
A Magnetorquer is a satellite attitude control system that interacts with the geomagnetic field to create magnetron momentum and is often used in conjunction with a reaction wheel
15Am-2
Dimensions 360mm×33mm×29mm（±1mm）
Mass 580±30 g
More info available on request
We offer more than 20 types of magnetorquer rods for various satellite missions.
A Magnetorquer is a satellite attitude control system that interacts with the geomagnetic field to create magnetron momentum and is often used in conjunction with a reaction wheel
10Am-2B
Dimensions 243mm×29mm×27mm（±1mm）
Mass 330±30 g
More info available on request
We offer more than 20 types of magnetorquer rods for various satellite missions.
A Magnetorquer is a satellite attitude control system that interacts with the geomagnetic field to create magnetron momentum and is often used in conjunction with a reaction wheel
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