KARI proposes microsat refuelling demonstrator for VLEO
(SpaceEnergy) Korea Aerospace Research Institute has proposed a microsatellite flight demonstrator to validate technologies needed to refuel large spacecraft operating in very low Earth
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(SpaceEnergy) Korea Aerospace Research Institute has proposed a microsatellite flight demonstrator to validate technologies needed to refuel large spacecraft operating in very low Earth
(SpaceEnergy) Precious-metals specialist Heraeus has detailed heterogeneous catalyst materials designed for spacecraft chemical propulsion, targeting ignition reliability, thermal stability and longer thruster operating
(SpaceEnergy) Westinghouse has achieved zero-power criticality with its eVinci microreactor, validating core design assumptions for a technology the company is adapting for satellite,
(SpaceEnergy) Indian small-satellite manufacturer HEX20 has developed a modular solar power architecture designed to prevent a single maximum power point tracking failure from
(SpaceEnergy) French electric-propulsion company ThrustMe says its iodine-fuelled systems now equip more than 25 satellite constellations, with more than 500 propulsion units
(SpaceEnergy) Battery developer Addionics has launched a low-temperature architecture designed to preserve lithium-ion battery performance in cold environments, including spacecraft applications. The
(SpaceEnergy) Australian electric propulsion developer Neumann Space has licensed The Aerospace Corporation’s DiskSat technology to integrate its Flatypus propulsion system with the flat
(SpaceEnergy) US propulsion manufacturer Ursa Major has agreed to go public through a SPAC transaction valuing the combined company at about $2.3bn, with
(SpaceEnergy) French electric propulsion developer ThrustMe says its iodine-fuelled thrusters now equip more than 25 satellite constellations across Europe, North America and Asia.
(SpaceEnergy) US small-satellite developer NearSpace Launch says its SPEAR-1 constellation has demonstrated a distributed spacecraft architecture while maturing advanced power-generation and
(SpaceEnergy) Researchers have developed new models to predict battery state-of-charge losses on NASA’s CYGNSS satellites during lunar-shadow eclipses as their
(SpaceEnergy) University of Toronto researchers have developed a lunar orbit-maintenance strategy that reduced modelled stationkeeping propellant requirements by 12.5% compared with conventional