ÑuSat

ÑuSat

Mission type	Commercial Earth observation
Operator	Satellogic S.A.
Website	www.satellogic.com
Mission duration	3 years (planned)
Spacecraft properties
Bus	Small Satellite
Manufacturer	Satellogic
Launch mass	38.5 kg (85 lb) 41 kg (ÑuSat 9-18)
Start of mission
Launch date	30 May 2016 UTC (1st, 2nd) 15 June 2017 (3rd) 2 February 2018 (4th, 5th) 15 January 2020 (7th, 8th) 2 September 2020 (6th) 6 November 2020 UTC (9th-18th) 30 June 2021 (19th-22nd) 1 April 2022 (23rd-27th) 25 May 2022 (28th-31st) 3 January 2023 (32nd-35th) 15 April 2023 (36th-39th) 12 June 2023 (40th-43rd) 4 March 2024 (44th) 16 August 2024 (45th-47th)
Rocket	Long March 4B, Long March 2D, Vega, Long March 6, Falcon 9 Block 5
Launch site	Taiyuan, Jiuquan, Kourou, Cape Canaveral

ÑuSat satellite series (Spanish: ÑuSat, sometimes translated into English as NewSat) is a series of Argentinean commercial Earth observation satellites. They form the Aleph-1 constellation, which is designed, built and operated by Satellogic.

The satellites in the constellation are identical 51 × 57 × 82 cm spacecraft of 38.5 kg (85 lb) mass. The satellites are equipped with an imaging system operating in visible light and infrared. The constellation will allow for commercially available real-time Earth imaging and video with a ground resolution of 1 m (3 ft 3 in). The satellites were developed based on the experience gained on the BugSat 1 prototype satellite.

The BugSat 1 (nickname Tita) was a technology demonstration mission for the ÑuSat satellites. It was launched on 19 June 2014 by a Russian Dnepr rocket. It was a microsatellite weighing 22 kg with outer dimensions of 27.5 × 50 × 50 cm. It also carried amateur radio capabilities.

The Aleph-1 constellation will consist of more than 300 satellites. The first two satellites were launched as piggy-back payloads on a Chinese Long March 4B rocket in May 2016 from the Taiyuan Satellite Launch Center into a 500 km Sun-synchronous orbit with an inclination of 97.5°. The third satellite was launched as a piggy-back payload on a Long March 4B launch vehicle in June 2017. The fourth and fifth satellites were launched as piggy-backs on a Long March 2D rocket in February 2018. The sixth satellite was launched on a rideshare mission on a Vega rocket in September 2020. Satellites number seven and eight were launched as piggy-backs on a Long March 2D rocket in January 2020. Satellites number 9-18 were launched on a Long March 6 launch vehicle on 6 November 2020.

An U/V transponder with 2 watts of output power for 8 GHz downlink and 2 GHz uplink will be operating on 100 kHz bandwidth.

MeMOSat, developed by the LabOSat Group, designed and built by a group of scientists at the National Atomic Energy Commission (Spanish: Comisión Nacional de Energía Atómica (CNEA)), the National Institute of Industrial Technology (Spanish: Instituto Nacional de Tecnología Industrial (INTI)), the National University of General San Martín (Spanish: Universidad Nacional de San Martín (UNSAM)) and National Scientific and Technical Research Council (CONICET).

This memory was specially designed to operate in harsh environments and adverse conditions, such as the strong radiation it must withstand in space. Its main objective is to test electronic components that will be commercialized in the future. To do this, the memory is made up of two metallic films with an oxide between about 20 nm thick, with electrical resistance properties, that can send information from the satellites, allowing to study their behavior in these hostile environments.

Additionally, ÑuSat-1 carries a U/V linear transponder called LUSEX provided by AMSAT Argentina (AMSAT-LU) to offer services to the HAM community.

Although the satellites are officially named "ÑuSat", each satellite has a nickname, a tradition from Satellogic that dates back since its very first satellite Fresco.

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  Mauricio Macri alongside Satellogic directives after the launch of Fresco and Batata
• 
  Buenos Aires as seen from one of the ÑuSat satellites