SATLANTIS signs a strategic alliance with SuperSharp in the UK

Picture of Satlantis and SuperSharp Representatives: From left to right Ian Parry (Chief Science Officer of Super-Sharp), George Hawker (Chief Technology Officer of Super-Sharp), Marco Gomez-Jenkins (CEO of Super-Sharp), Juan Tomas Hernani (CEO of Satlantis), Ignacio Mares (Business Development Manager at Satlantis)

SATLANTIS MICROSATS, S.A., the largest European provider of high-resolution optical payloads for small satellites, announced on April 28th, 2023, that it has entered into a strategic alliance with SuperSharp Space Systems Ltd., a University of Cambridge spin-off specialized in thermal infrared payloads for Earth Observation satellites.

In the context of this alliance, SATLANTIS has acquired a controlling interest in SuperSharp, which will provide the financial and industrial resources required for the expansion of the company ahead of its In-Orbit Demonstration (IOD), scheduled for 2025. The UK Secretary of State approved the transaction in early March. Following the agreement, SuperSharp will remain an independent UK company with its individual brand and unique approach to Space, while benefiting from access to Satlantis’ resources and infrastructure. This agreement will create a Competence Centre for Optical Space Technologies in the UK covering the whole range of the light spectrum to serve current and future customers.

This landmark deal creates a global leader in high-resolution electro-optical payloads for small satellites, with a presence in Spain, the United States through SATLANTIS LLC and now the United Kingdom.

This synergistic alliance represents a unique opportunity for both organizations to share their complementary know-how to continue advancing innovative Earth Observation (EO) technologies. From a commercial perspective, SATLANTIS’ portfolio of high-resolution visible (VIS), near infrared (NIR) and short-wave infrared (SWIR) payloads will be enhanced with SuperSharp’s expertise in mid-wave infrared (MWIR) and long-wave infrared (LWIR) instruments.

In line with SATLANTIS’ approach to miniaturisation – which results in the best resolution-to-mass ratio in the industry – the unfolding technology developed by SuperSharp will offer 4x better spatial resolution per unit cost and is designed for satellites as small as 12U CubeSats (6m GSD), up to 150-200 kg Small Satellite platforms (1m GSD).

“SuperSharp is the best company to enlarge the camera spectrum and embark hard infrared eyes into our missions. Furthermore, the UK & other international markets will benefit from these unique capacities” said SATLANTIS co-founder and Chief Executive Officer Juan Tomas Hernani.

Professor Ian Parry, co-founder and Chief Scientific Officer of SuperSharp, commented: “SATLANTIS are a highly successful company and our exciting new alliance will create a strong optical team and let us deploy our unfolding space telescope in orbit very soon.”.

Jean-Jacques Dordain, Chairman of the Satlantis group, added: “We have found the right partner in the UK with SuperSharp. We share our respective innovative technologies and a common culture of competitive solutions to better respond to more customers.”.

 

About SATLANTIS

SATLANTIS designs and manufactures Earth & Universe Observation payloads for Small Satellites, core of a unique set of electro-optical technologies. The company provides user-driven end-to-end small satellite solutions for diverse applications, including greenhouse gas detection, defence and intelligence, land monitoring, and much more.

 

About SuperSharp

SuperSharp develops unfolding space telescopes to capture high-resolution thermal infrared (TIR) images of the Earth. The company’s unique technology allows it to fit a large telescope in a small satellite, making low-cost, high-resolution, and frequent Earth-imaging possible. This makes powerful TIR space telescopes much more affordable while achieving 4x greater resolution per unit cost than the current state-of-the-art solutions. The images captured by SuperSharp’s space telescopes can be used for applications such as tackling climate change, crop monitoring, and maintaining global security.

Learn more at https://www.supersharp.space/

 

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