In this report we focus on Earth Observation (EO), one of the fastest growing areas of small satellite use.
EO offers the ability to gather vast amounts of data about the planet’s physical, chemical and biological systems and has a multitude of applications in a variety of sectors. These EO satellites can monitor urban growth, land-use change, provide rapid casualty estimates after natural or human disasters, and could even enable people to look at the origin of the fish they buy in the supermarket. Satellite-based Earth Observation (EO) offers us the ability to gather, almost instantaneously, vast amounts of data about the planet’s physical, chemical and biological systems. Indeed, the latest series of European MeteoSat geosynchronous satellites can provide meteorologists with updates on cyclones and storm fronts every 60 seconds. More recently, EO satellite technology has been developed to identify disease outbreaks and even help determine insurance pay-outs. In 2010 the UK published its first Space Innovation and Growth Strategy (IGS). The primary objective of the IGS is to capture 10% of the £400 billion global space market by 2030, helping create a further 100,000 jobs. The consequent establishment of the UK Space Agency (UKSA), together with the IGS’s updated strategies in 2014 and 2015, has resulted in growing opportunities for space technologies in the UK. Further, the Satellite Applications Catapult, established in 2013 to accelerate the take-up of emerging satellite technologies, is leading the IGS’s call to action, through its strategic plan focusing on the challenges of both the modern and developing worlds.
We recognise there is an immediate need to develop the UK satellite sector and create innovative business models which will support the growing small-satellite industry for the next 40 years. We call for:
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