Technology CubeSat hitch-hiker on this week’s HTV launch

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Today’s HTV supply launch from Japan to a International Space Station also outlines a attainment in circuit of one of ESA’s smallest missions nonetheless – a CubeSat that will exam miniaturised technologies for space, set to be followed by many some-more in entrance years.

Led by Gomspace in Denmark, GOMX-3 is a 3-unit CubeSat goal to denote aircraft ADS-B vigilance accepting and geostationary telecommunication satellite mark lamp vigilance peculiarity regulating an L-band reconfigurable program tangible radio payload. A miniaturised high information rate X-band conductor grown by Syrlinks and saved by a French space group CNES will also be flown as a third celebration payload. The satellite is designed to be deployed from a International Space Station in late 2015 by ESA wanderer Andreas Mogensen. Copyright ESA

Led by Gomspace in Denmark, GOMX-3 is a 3-unit CubeSat goal to denote aircraft ADS-B vigilance accepting and geostationary telecommunication satellite mark lamp vigilance peculiarity regulating an L-band reconfigurable program tangible radio payload. A miniaturised high information rate X-band conductor grown by Syrlinks and saved by a French space group CNES will also be flown as a third celebration payload. The satellite is designed to be deployed from a International Space Station in late 2015 by ESA wanderer Andreas Mogensen. Copyright ESA

Aboard this nanosatellite is a span of innovative receivers, one to lane aircraft trade and a other to guard radio mark beams from telecom satellites adult in geostationary orbit, along with finish miniaturised guidance, navigation and control and communication systems.

Called GomX-3, a CubeSat is roving to circuit inside a HTV booster inside a dispenser pod common with a second student-built CubeSat, named AAUSat-5.

The dual satellites will afterwards be deployed together into space in a initial half of September, with a impasse of Danish ESA wanderer Andreas Mogensen, both CubeSats imagining from Denmark.

AAUSat-5 integrated in a NanoRacks CubeSat Deployer together with a GomX-3 CubeSat, also done in Denmark. The span will be ESA’s initial CubeSats to be deployed from a International Space Station. They were delivered to a NanoRacks trickery in Houston in Jun 2015. Copyright Aalborg University

AAUSat-5 integrated in a NanoRacks CubeSat Deployer together with a GomX-3 CubeSat, also done in Denmark. The span will be ESA’s initial CubeSats to be deployed from a International Space Station. They were delivered to a NanoRacks trickery in Houston in Jun 2015. Copyright Aalborg University

CubeSats are formed on modular 10 x 10 x 10 cm units, that can be built together as their goal goals require. Because they are little and standardised, they are quicker to make and cheaper to launch than unchanging satellite missions.

“For ESA, CubeSats paint affordable means of demonstrating new space technologies in orbit, as good as an critical motorist of miniaturisation in their possess right,” explains Roger Walker, overseeing ESA’s record CubeSats.

“GomX-3 is ESA’s really initial CubeSat to be upheld by a In-Orbit Demonstration component of ESA’s General Support Technology Programme, a long-running beginning to prepared earnest new technologies for space and a blurb market.”

GomX-3 has been grown for ESA by GomSpace in Aalborg, Denmark, that is one of Europe’s categorical CubeSat manufacturers. A ‘three-unit’ CubeSat, it measures 10 x 10 x 30 cm with an estimate mass of 3 kg.

The technology-testing GomX-3 underneath construction. It has been grown for ESA by GomSpace in Aalborg, Denmark, that is one of Europe’s categorical CubeSat manufacturers. A ‘three-unit’ CubeSat, it measures 10x10x30 cm in distance with an estimate mass of 3 kg, with payloads to detect signals from aircraft and telecom satellites. Copyright http://davidgerhardt.com

The technology-testing GomX-3 underneath construction. It has been grown for ESA by GomSpace in Aalborg, Denmark, that is one of Europe’s categorical CubeSat manufacturers. A ‘three-unit’ CubeSat, it measures 10x10x30 cm in distance with an estimate mass of 3 kg, with payloads to detect signals from aircraft and telecom satellites. Copyright http://davidgerhardt.com

Despite a little size, GomX-3 is congested with innovative technologies. A reconfigurable software-defined radio receiver will prevent L-band mark beams from telecom satellites in geostationary orbit, to yield eccentric measurements of their vigilance strength and quality. This receiver can also be repurposed to accept any other L-band signal, such as navigation satellite signals or radar beams.

A second receiver will collect adult Automatic Dependent Surveillance – Broadcast (ADS-B) signals automatically promote by municipal aircraft, to build adult an overview of informal atmosphere traffic.

This section is an softened chronicle of a receiver formerly flown by GomSpace on a prior CubeSat, GomX-1.

The CubeSat is also entirely controllable in terms of indicating accuracy, with a compress three-axis control complement for formed on infrared setting sensors and a party of miniaturised greeting wheels.

An X-band radio conductor will capacitate a poignant boost in a volume of cargo information a goal can broadcast to a ground, notwithstanding a little size.

Several little satellites are featured in this picture from a International Space Station. The satellites were expelled outward a Kibo laboratory regulating a Small Satellite Orbital Deployer trustworthy to a Japanese module's robotic arm on 4 Oct 2012. Japanese wanderer Aki Hoshide set adult a deployment rigging inside a lab and placed it in a Kibo airlock. The Japanese robotic arm afterwards grappled a deployment complement and a satellites from a airlock for deployment. A apportionment of a Station’s solar wings and partial of Earth yield a backdrop for a scene. Copyright NASA

Several little satellites are featured in this picture from a International Space Station. The satellites were expelled outward a Kibo laboratory regulating a Small Satellite Orbital Deployer trustworthy to a Japanese module’s robotic arm on 4 Oct 2012. Japanese wanderer Aki Hoshide set adult a deployment rigging inside a lab and placed it in a Kibo airlock. The Japanese robotic arm afterwards grappled a deployment complement and a satellites from a airlock for deployment. A apportionment of a Station’s solar wings and partial of Earth yield a backdrop for a scene. Copyright NASA

Developed by Syrlinks in France for French space group CNES, this is a tiny chronicle of a section formerly flown on ESA’s Proba-V record proof satellite. CNES is providing a X-band belligerent hire in Kourou, French Guiana, for demonstrating a link.

“GomX-3 is important for a quick schedule,” adds Roger. “Mission growth was finished in one year, from agreement kick-off to smoothness of a moody model. The satellite underwent endless contrast during ESA’s ESTEC technical centre in Noordwijk, a Netherlands.”

Following a Sep deployment around Japan’s Kibo procedure – along with a smaller single-CubeSat AAUSat-5 – GomX-3 will bear a one-month commissioning period, followed by a smallest six-month record proof mission.

Source: ESA