A family of thrusters
for every application

Monopropellant family

Simple to operate and highly versatile, Arkadia monopropellant thrusters run on high‐test hydrogen peroxide (HTP). Ideal for RCS, proximity operations, rendezvous manoeuvres and end-of-life deorbiting.

Bipropellant family

Bipropellant engines pair HTP with a proprietary, patented hypergolic fuel developed in‐house. The hypergolic ignition delivers immediate, reliable starts and enables controlled, sustained burns required for orbital transfers, deorbiting an landing applications

Monopropellant Family

Proven and reliable propulsion for a wide range of missions. These engines offer precise control and operational flexibility, making them a trusted choice for spacecraft applications.

PLANKTON | 1N class

Propellant	HTP 98%
Specific impulse	180 s
Thrust range	0.5N – 2.5N
MIB	15 mN·s – 100 mN·s
Status	In development

TRITON | 5N class

Propellant	HTP 98% – 90%
Specific impulse	180 s (HTP 98%)
Thrust range	3N – 12 N
MIB	90 mN·s – 500 mN·s
Status	Ready to sell!

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OBERON | 50N class

Propellant	HTP 98% – 90%
Specific impulse	Up to 180 s (HTP 98%)
Thrust range	30N – 70N
MIB	<2 N·s
Status	In development

ARIEL | 250N class

Propellant	HTP 98% – 90%
Specific impulse	180 s (HTP 98%)
Thrust range	200N – 300N
MIB	<6.5 N·s at 22 bar
Status	Ready to sell!

Download complete datasheet

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Bipropellant Family

High-performance hypergolic engines combining hydrogen peroxide with Arkadia’s patented fuel. This unique feed system enables instantaneous, reliable ignition, producing precise, controlled burns for demanding in-space maneuvers.