e2E Services has launched a low-cost, low power, compact and lightweight satellite communication terminal, called e2Eaccess UAS-I, for enhancing communications connectivity of small Unmanned Aircraft Systems (sUAS).
e2Eaccess UAS-I is a revolutionary product that will transform the operation of sUAS by facilitating an improvement in their ability to fly in EVLOS (Extended Visual Line of Sight) and BVLOS (Beyond Visual Line of Sight) conditions. e2Eaccess It significantly improves EVLOS and BVLOS communications by easily interfacing with a variety of radio frequency modules and delivering connectivity at different operating frequency bands, making it adaptable to different forms of monitoring and communication, while remaining lightweight and compact as required for sUAS use.
The core technology platform utilises Software-Defined Radio (SDR) infrastructure, which makes the product future-proof by allowing new features (e.g. waveforms and protocol stacks) to be added without needing to upgrade or reconfigure the hardware. This SDR design approach is the outcome of a programme initiated and supported by the European Space Agency (ESA), which provided £4 million for technical due diligence. The product development was also funded by a grant from Innovate UK and supported by the North East Satellite Applications Centre of Excellence.
The e2Eaccess UAS-I, which will be manufactured in the North East of England where the company intends to establish the UK’s first Satellite and Service Operations Centre for nano-satellite communications, is now available as an integrated product within an e2E satellite communications package or as a standalone modem (branded as e2Eaccess CDM). It is designed to meet the needs of the sUAS industry, but the core modem technology is suitable for any airborne vehicle.
Barry Ross, CEO of e2E, said: “We are delighted with this development of our e2Eaccess product range to satisfy the growing demand for EVLOS and BVLOS connectivity for smaller platforms. It clearly meets the needs of numerous applications, including inspection and monitoring of infrastructure, precision agriculture, search & rescue, and mapping - to name a few. We are grateful to the ESA who assisted us with identifying a new and pioneering developmental approach designed and proven through a multi-phased product development contract.”