The first images from a new satellite which can see through clouds and image the Earth round the clock to help stop illegal activity and protect the environment was unveiled today (Friday 23 November).
Science Minister Sam Gyimah saw the images from the NovaSAR-1, the first Synthetic Aperture Radar (SAR) satellite made entirely in the UK, during a visit to its makers, Surrey Satellite Technology Ltd (SSTL). SAR technology can see through clouds and image the Earth 24hrs a day. Images can be used to detect oil spills and suspicious shipping activity, and monitor deforestation.
The satellite, launched in September, tests a new platform for low-cost satellite imaging. The Government invested £21 million to assist the development of NovaSAR-1 and will benefit from access to its data, significantly boosting the UK’s Earth observation capabilities and providing data to start-ups at the Satellite Applications Catapult in Oxfordshire.
The images released today show Cairo and Sydney Harbour. Cropped images taken from the original picture of Sydney Harbour include Sydney Opera House, Bondi beach and a close-up image shows small boats moored in the natural harbour at Church Point, north of Sydney in a demonstration of the usefulness of SAR for detecting vessels of different sizes and types, particularly at night or through cloud cover.
The image of Cairo shows the River Nile flowing from Upper Egypt through Cairo and down towards Beni Suef. Cropped images taken from the original show The Great Pyramids of Giza, and the Red Pyramid and Bent Pyramid near Dahshur.
Science Minister Sam Gyimah said:
“Yet again we can see UK research and innovation that is truly out of this world. This ‘eye in the sky’ can capture an image a dozen times wider than the Strait of Dover and the data it provides can help crack problems from illegal shipping to alerting us to damaging pollution that needs to be countered.
“This satellite, backed by a £21 million investment from the UK Government, is a great example of how we are working with the space sector through our modern Industrial Strategy to remain at the forefront of pioneering science and exploration.”
Andrew Cawthorne, Director of Earth Observation at SSTL said:
“The quality of the SAR images we are downloading validate the capabilities of NovaSAR’s innovative low cost S-Band SAR platform and demonstrate successful delivery of valuable data for maritime, agricultural, forestry, ice-monitoring and disaster monitoring applications.
“We have worked closely with the SAR experts at Airbus in Portsmouth to develop NovaSAR-1 and the whole team is delighted with these first results - the outcome of space engineering expertise, ingenuity and collaboration. I would like to thank the UK Space Agency for their support and we look forward to starting service delivery in the near future to our mission partners.”
NovaSAR-1 has three imaging modes that create images with higher definition for precision applications including monitoring disasters and deforestation, and it also has a maritime mode and AIS receiver.
The satellites dedicated maritime mode allows it to monitor an area of ocean 400km wide. This allows ships to be detected by radar and compared with their ship tracking data, with discrepancies between the two highlighting potentially illegal activity.
Partners signed up to receive data from NovaSAR-1 include the UK Space Agency, Australia’s Commonwealth Scientific and Industrial Research Organisation (CSIRO), and the Indian Space Research Organisation (ISRO).
NovaSAR-1 was entirely made in Britain, being designed and manufactured by SSTL, with an SAR payload developed by Airbus Defence and Space in Portsmouth and an Automatic Identification Receiver supplied by Honeywell Aerospace. NovaSAR-1 is operated in orbit from SSTL’s Spacecraft Operations Centre in Guildford UK.
The Government is backing the space sector by working in partnership with it through its modern Industrial Strategy, which includes major initiatives such as the National Satellite Test Facility at Harwell and the development of the proposed commercial spaceport in Sutherland, Scotland. The UK continues to be a leading member of the European Space Agency, which is independent of the EU. This week (Monday 19 November) Business Secretary Greg Clark announced that Airbus will assemble satellite components and major parts in the UK for Eutelsat in a new multi-million-pound deal signed at the Department for Business, Energy & Industrial Strategy. The deal will support hundreds of high quality jobs in Portsmouth and Stevenage and thousands of jobs in the supply chain - a further vote of confidence in the UK’s future economy and growing space industry.
The UK is a world leader in Earth Observation technologies, which have an increasing number of down to Earth applications including through the UK Space Agency’s International Partnership Programme (IPP). This programme harnesses the expertise of the British space sector to tackle problems all around the world, from predicting dengue fever outbreaks in Vietnam to improving healthcare in Nigeria through satellite connectivity. Earth Observation satellite services are estimated to support industries representing a total turnover of more than £235 billion.
The Modern Industrial Strategy
Our modern Industrial Strategy, published last year, set out how the whole of the UK can build on these strengths, extend them into the future, and capitalise on new opportunities. Investing in science and research to keep us at the forefront of new technologies and the benefits they bring. Nurturing the talent of tomorrow - through more outstanding schools, world-leading universities and the technical skills that will drive our economy. And transforming the places where people live and work – the places where ideas and inspiration are born – by backing businesses and building infrastructure not just in London and the South East but across every part of our country.
It has been taken forward at pace over the last year:
Innovative ideas that bring together world-class UK science, research and innovation to develop cutting edge products and services of the future have received an extra £1.7bn making it the largest increase for 40 years (to £7bn). That includes £210m to develop new medical diagnostic tools and treatments, £90m for the food and farming industry to embrace agri-tech and £184m for 41 UK universities to train the next generation of world-class scientists and engineers.
Six sector deals between Government and industry have been published – from construction and automotive to nuclear and the creative industries, including £1.9bn of investment in life sciences and £1bn for artificial intelligence. They are not only about attracting investment and growth, but also ensuring we have the skilled, diverse workforce we need for the future.
Plans for new technical qualifications (t-levels) and to transform the quality and quantity of apprenticeships.
Furthered the connectivity of Britain’s towns, cities and rural areas, including the first allocations of the £190 million full-fibre challenge fund and £25 million for six 5G testbeds across the UK.
Opened the Transforming Cities Fund with billions of pounds ready to go to projects that drive productivity by improving connections within city regions.
Opened the Faraday Institution in Oxford to keep the UK at the forefront of global battery manufacture.
Announced plans for a proposed spaceport in Sutherland
We now have the fastest growing infrastructure investment across the G7, providing £31bn of additional capital spending to areas critical to improving productivity.
We have launched the £9m Centre of Data Ethics and Innovation to act as an advisory body to Government and regulators on ethics of data and its use, including for AI.
We recently launched the Patient Capital Fund, which will invest £2.5bn in our most innovative companies.
We will shortly publish the Business Productivity Review setting out ways to support improving productivity in many of our smaller businesses.