NanoAvionics to Build 12U Nano-satellite for Singapore’s CaLeMPSat Research Mission - NanoAvionics

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NanoAvionics to Build 12U Nano-satellite for Singapore’s CaLeMPSat Research Mission

Press releases
  • 2019-11-11

CaLeMPSat Signing Ceremony, Image credits: SpaceSATS

Nano-satellite mission integrator NanoAvionics received a contract to build a 12U nano-satellite bus for the Singaporean research mission “Cathode-Less Micro Propulsion Satellite” (CaLeMPSat). Developed by SpaceSATS, Plasma Innovation Labs (PILS) and the Plasma Source and Application Center (PSAC) at the National Institute of Education (an autonomous institute of Nanyang Technological University), CaLeMPSat will test miniature Hall effect thrusters (HETs) that operate at power classes never before achieved.

“The propulsion technology that SpaceSATS and its collaborators will demonstrate on CaLeMPSat will open the door to new mission opportunities for nano-satellites,” NanoAvionics CEO Vytenis J. Buzas said. “NanoAvionics is pleased to have been chosen to support such an innovative project with our multi-purpose nano-satellite bus, which has a proven track record of serving in-orbit demonstration missions in the past.”

The CaLeMPSat mission will test miniature HETs that operate at power classes far below the 100W-class thrusters of today’s satellite industry. The research payload will consist of a 60W HET, an integrated 30W HET (in a 1.5U volume), and two 10W Hall Effect Micro Jets (HEM-Jets). A 3-axial, 5-nozzle cold gas thruster will round out the experimental thruster payload. The consortium will test additional miniaturized systems for plasma propulsion including:

• 8-channel gas feeding unit,
• plasma diagnostic unit,
• power processing and control unit,
• Earth magnetic field measurement unit.

Miniaturized HETs will allow nano-satellites to perform high-impulse maneuvers such as orbital maintenance or formation flying as well as the decommissioning maneuvers needed to minimize space debris.

“The robustness of NanoAvionics’ technology, its track record of successful nano-satellite missions and short lead times made NanoAvionics the ideal choice for the CaLeMPSat mission,” said Dr CHAN Chia Sern, Chief Executive Officer of SpaceSATS and Plasma Innovation Labs. “NanoAvionics team has given great amount of support to provide the best possible technical solution, even before signing the contract, and we look forward to working together through integration, launch, and operation to achieve CaLeMPSat’s pioneering mission objectives.”

NanoAvionics will provide its flight-proven nano-satellite bus in a 12U configuration, of which CaLeMPSat will occupy more than 9U of payload volume. To support that payload, the nano-satellite bus will provide an average orbit power generation exceeding 20W as well as UHF and S-band communications. The spacecraft’s orientation will be managed by NanoAvionics’ Attitude Control and Determination System which includes reaction wheels, magnetorquers, an IMU, GPS, solar sensors, and a star tracker.

NanoAvionics has committed to deliver the satellite bus before the end of February 2020 and SpaceSATS and its partners are targeting launch of CaLeMPSat in late 2020.

About NanoAvionics:

NanoAvionics is a nanosatellite bus manufacturer and mission integrator currently based in three locations – Midland (US), Vilnius (Lithuania), and Oxfordshire (UK). Its flagship multi-purpose M6P and M12P are the first preconfigured nanosatellite buses in the sector, designed to serve emerging commercial space markets. The company’s efforts are focused on enabling critical satellite functions and optimizing their launch, hardware and operation costs – ranging from single missions to constellations. Its core engineering team has implemented over 75 successful satellite missions and commercial projects during the past several years. | Twitter:

About SpaceSATS:

SpaceSATS is s a research spin-off from Plasma Innovation Labs (PILS), a flagship plasma research center in Nanyang Technological University (NTU), Singapore. The company develops world-leading plasma propulsion technologies and systems for orbital maneuvers of small satellites in space, supporting long-lifespan small satellite applications, which include the Earth observation, carbon emission monitoring, space experiment, future 6G communication, etc.