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The Magdrive Rogue is a compact, high-thrust electric propulsion system for satellites and spacecraft in LEO today, deep space and beyond tomorrow.

100

w

MAX CHARGE POWER

10°

THRUST VECTOR

3500

s

MAX SPECIFIC IMPULSE

3

kNs

TOTAL IMPULSE

10

kJ

ENERGY STORAGE

2.5

kg

MASS

30

mN

MAXIMUM THRUST
How it works

Rogue

The Rogue uses a metal propellent and recharged internal energy to create a high energy plasma.
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How it works
The Magdrive Rogue generates thrust an order of magnitude higher than other similar sized electric propulsion systems.
The full integrated system fits inside a single 2U cubesat with a dry mass of 2.5 kg, including propellant, onboard processor and energy storage, and plasma injector.
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Features

Charge up, charge out

The Magdrive thruster uses a pulsed power system (PPS) to deliver a multi-kA, MW class electrical current pulse to the plasma injector

Customizable performance

Enables adjustable specific impulse and deep throttling for rendezvous, proximity operations, and precise maneuvering

Integrated microprocessor

Commanded through the satellite's master controls for an easy-to-integrate propulsion system

Storable metal propellant

Removes the need for heavy fuel tanks, cryogenics or pressurization, and eliminates handling hazards

Directional thrust

By altering its magnetic properties, a single thruster can vector up to 10˚ for main propulsion or attitude control

Product spec

Rogue

Warlock

CHARGE POWER
0.2 – 100 w
0.2 – 150 w
THRUST
0.1 – 30 mN
0.1 – 100 mN
SPECIFIC IMPULSE
1800 – 3500 s
1800 – 3500 s
TOTAL IMPULSE
>3 kNs
>50 kNs
ENERGY STORAGE
10 kJ
50 kJ
MASS (full system)
2.5 kg
2.5 kg
THRUST VECTOR
10˚ (TBC)
10˚ (TBC)
DIMENSIONS
20x10x10 cm + ‘tunacan’
20x10x10 cm + ‘tunacan’
AVAILABLE
2025
2026
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