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Flight heritage and design updates of the ENPULSION propulsion systems

Author(s): David Krejci, ENPULSIONAlexander Reissner, ENPULSION Presenter: David Krejci, Dr., ENPULSION Abstract: The first flight ever flight of a Field emission electric propulsion (FEEP) thruster occurred in 2018 using a ENPULSION NANO thruster. Since then, more than 200 heritage ENPULSION NANO systems, 20 higher power MICRO systems and 25 novel NANO R3/AR3 systems have been […]

Demonstrating low-power iodine-fed Hall thruster propulsion system

Author(s): Alfio E. Vinci, ThrustMeDmytro Rafalskyi, ThrustMeFrancesco M. Bianchi, ThrustMeHeeral Bhatt, ThrustMeThibault Dubois, ThrustMeElena Zorzoli Rossi, ThrustMe Presenter: Alfio E. Vinci, Plasma physicist, ThrustMe Abstract: Several thousands of Earth satellites launched to date feature an onboard propulsion system based on Hall thruster technology. These devices are key characters for in-orbit maneuvering thanks to their remarkable […]

Cold sprayed Niobium – first results on material properties for in-space propulsion nozzles

Author(s): Markus Brotsack, IMPACT INNOVATIONS GMBHReeti Singh, IMPACT INNOVATIONS GMBHJán KONDÁS, Impact Innovations GmbH Presenter: Markus Brotsack, International Sales, IMPACT INNOVATIONS GMBH Abstract: Space propulsion applications require lightweight materials that can withstand high stresses at elevated temperatures. Niobium has a very low density compared to other refractory metals but high strength, i.e. a high strength-to-weight […]

Green Propulsion to the Rescue- Solving the SmallSats Regulatory Paradox

Author(s): Dr. Neta Palkovitz , Chief Legal, Policy & Sustainability Officer, General Counsel at Dawn AerospaceSindu Shankar, Legal Support Specialist Presenter: Neta Palkovitz , Dr., Chief Legal, Policy & Sustainability Officer, General Counsel at Dawn Aerospace Abstract: SmallSats and especially CubeSats have been suffering from a bad reputation with regulators worldwide. The simplified standardized way […]

Novel nuclear fusion enhanced water-fueld electric propulsion offers outstanding potential for futuer space exploration

Author(s): Wes Faler, Miles Space, Inc. Presenter: Brad Berkson, COO, Miles Space, Inc. Abstract: The patented Poseidon™ thrusters use pulsed electrostatic acceleration, a virtual cathode, and pressure drops to create thrust from water vapor using a novel propulsion method. No neutralizer is needed as the exhaust is inherently neutral. In-space testing shows market-leading performance: • […]

mN class Metal Plasma Thruster for CubeSats and SmallSATS

Author(s): MAHADEVAN Krishnan, Alameda Applied Sciences Corporation Presenter: MAHADEVAN KRISHNAN, president, Alameda Applied Sciences Corporation Abstract: The Metal Plasma Thruster (MPT) is a new class of electric propulsion technology suitable for CubeSats and Small Sats. The thruster uses inert, solid metal pucks as propellant. It uses 45V/~100A/~1ms pulses to convert ~10 µg/pulse of the metal […]

HEMPT – New EP Technology for SmallSats and LEO Constellations using Xenon, Krypton and Argon

Author(s): Angelo Genovese, Electric propulsion Engineer/Thales Deutschland Presenter: Angelo Genovese, Mr., Electric propulsion Engineer/Thales Deutschland Abstract: The business unit Electron Devices of Thales Deutschland started the development of a new electric propulsion technology, the High Efficiency Multistage Plasma Thruster (HEMPT) at the end of the 90’s. After having carried out several basic studies supported by […]

Refuelling a Sustainable Future in LEO- Introducing LOOP

Author(s): Neta Palkovitz, Chief Legal, Policy & Sustainability Officer, General Counsel at Dawn AerospaceJosh Rodenbaugh, Head of Special Project, Space Systems EngineerJeroen Wink, Director Presenter: Neta Palkovitz, Dr., Chief Legal, Policy & Sustainability Officer, General Counsel at Dawn Aerospace Abstract: Main Author: Dr. Neta Palkovitz The rapidly growing space economy demands innovative solutions for in-orbit […]

Utilizing CubeSats for Deep Space Missions: Challenges and Opportunities

Author(s): Ugur Guven, UN CSSTEAP Presenter: Ugur Guven, Utilizing CubeSats for Deep Space Missions: Challenges and Opportunities, UN CSSTEAP Abstract: CubeSats, originally conceived as cost-effective platforms for low Earth orbit (LEO) missions, have emerged as viable tools for deep space exploration, driven by advancements in miniaturization, propulsion systems, and communication technologies. This paper explores the […]