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Space Research Centre

We’re forging a new era in space. Durham University Space Research Centre (SPARC) delivers world-leading research that is trusted, rigorous and relevant. Our mission is to help shape a responsible, resilient and globally competitive space sector.
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World-leading research

Founded on the principles of open and independent research, SPARC exists to address the most pressing challenges in space: advancing critical technologies, protecting the orbital environment, and ensuring the long-term sustainability of space activities.

Multi-disciplinary insights

Our work brings together expertise in novel sensors, Earth and space environment modelling, AI and machine learning, governance, law, policy, security and satellite operations.

This multi-disciplinary approach helps us understand the technologies that drive space operations and applications – and crucially, the wider societal, political and environmental implications.

Global collaboration

We work closely with national and international partners, including the European Space Agency (ESA) and the Satellite Applications Catapult, to shape research agendas, deliver practical innovation, and take part in real-world missions. Our collaborations extend across academia, government and industry to drive the responsible use of space for the benefit of all.

Education and skills

Through our education and skills programmes, we’re helping to equip the next generation of creative, industry-ready space professionals. Aligned with sector needs, SPARC is a gateway for talent, capability and critical thinking in a fast-moving field.

Our partners

We're working with a range of partners, including:

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Latest News

  • Durham student rocket sets new UK altitude record

    Durham University Spaceflight has officially broken the UK Rocketry Association’s Open Altitude Record with Rosemary 2, a student-built high-powered rocket that reached an apogee of 11.4 km (≈37,000 feet) and a top speed of Mach 2.2.
    The Rosemary 2 Project - Isabelle Crossley
  • Using Optical Turbulence to Track Climate Shifts

    CfAI researcher, Ollie Farley, has been awarded funding from ARIA: Forecasting Tipping Points. Backed by £81m, this programme aims to enhance our climate change response by developing an early warning system for tipping points.
    Photo of Ollie Farley
  • Space, Sovereignty and the UK’s Global Position

    Contributing to the national conversation on UK space policy, SPARC's Dr Bleddyn Bowen, Associate Professor of Astropolitics, gave oral evidence to the UK Engagement with Space Committee.
    Dr Bleddyn Bowen giving evidence to space inquiry

Using Optical Turbulence to Track Climate Shifts

CfAI researcher, Ollie Farley, has been awarded funding from ARIA: Forecasting Tipping Points. Backed by £81m, this programme aims to enhance our climate change response by developing an early warning system for tipping points.
Photo of Ollie Farley

Space, Sovereignty and the UK’s Global Position

Contributing to the national conversation on UK space policy, SPARC's Dr Bleddyn Bowen, Associate Professor of Astropolitics, gave oral evidence to the UK Engagement with Space Committee.
Dr Bleddyn Bowen giving evidence to space inquiry

   

SPARC satellite in orbit

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Discover how SPARC is driving responsible innovation in space – from advanced robotics and optical communications to space law, policy and sustainability.

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Laser Guide Star unit on La Palma, used for experiments on astronomy and free-space optical communications by ESO / ESA / INAF / Durham. Credit: Lisa Bardou.

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Get in touch

Get in touch

Durham University

South Rd

Durham

DH1 3LE

United Kingdom