Following the successful In-Orbit-Demonstration of the first IFM Nano Thruster, a high rate production facility has been established at ENPULSION, which has delivered 2 thruster per week since opening in 2018. This paper gives a brief overview on the passively fed, metal propellant based technology which enables simple integration and manufacturing procedures. The thrusters IFM Nano Thruster and the IFM Micro Thruster are described, before a discussion of the underlying high rate production philosophy is given. The paper further details the specific implementation of the high rate approach by discussing the ENPULSION manufacturing flow
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To further the applicability of nano-satellites in large scale relevant missions, it is necessary th...
Following the successful In-Orbit-Demonstration of the first IFM Nano Thruster, a high rate producti...
After the first launch of an ENPULSION NANO thruster in 2019 together with FOTEC1,2,3, which verifie...
Developed at Alta for extremely high performance scientific missions, such as LISA Pathfinder, Field...
Nanosatellites like the CubeSat standard provide low-cost and adaptable platforms for fast design it...
The increasing application of microsatellites (from 10 kg up to 100 kg) as well as CubeSats for a ri...
The limited mass and volume available make the development of advanced miniaturized propulsion syste...
Propulsion technology is often a critical enabling technology for space missions. NASA is investing ...
Amid growing demand to expand CubeSat mission capability, several propulsion devices have been propo...
A new electrostatic thruster technology appears feasible using nano-particles with micro-and nano-el...
Busek Company, Inc., has designed and manufactured an electrospray emitter capable of generating 20 ...
Pulsed Plasma Thrusters (PPTs) are becoming increasingly popular due to the growth in nano-satellite...
CubeSat development has seen a rise since the first launch in 2003 due to faster design process and ...
A new electrostatic thruster technology appears feasible using nano-particles with micro-and nano-el...
The Electric Sail (E-Sail) is an innovative space propulsion concept relying on the solar wind momen...
To further the applicability of nano-satellites in large scale relevant missions, it is necessary th...
Following the successful In-Orbit-Demonstration of the first IFM Nano Thruster, a high rate producti...
After the first launch of an ENPULSION NANO thruster in 2019 together with FOTEC1,2,3, which verifie...
Developed at Alta for extremely high performance scientific missions, such as LISA Pathfinder, Field...
Nanosatellites like the CubeSat standard provide low-cost and adaptable platforms for fast design it...
The increasing application of microsatellites (from 10 kg up to 100 kg) as well as CubeSats for a ri...
The limited mass and volume available make the development of advanced miniaturized propulsion syste...
Propulsion technology is often a critical enabling technology for space missions. NASA is investing ...
Amid growing demand to expand CubeSat mission capability, several propulsion devices have been propo...
A new electrostatic thruster technology appears feasible using nano-particles with micro-and nano-el...
Busek Company, Inc., has designed and manufactured an electrospray emitter capable of generating 20 ...
Pulsed Plasma Thrusters (PPTs) are becoming increasingly popular due to the growth in nano-satellite...
CubeSat development has seen a rise since the first launch in 2003 due to faster design process and ...
A new electrostatic thruster technology appears feasible using nano-particles with micro-and nano-el...
The Electric Sail (E-Sail) is an innovative space propulsion concept relying on the solar wind momen...
To further the applicability of nano-satellites in large scale relevant missions, it is necessary th...