Enduring Atmospheric Platforms

Backed by £70m, this programme sits within the Adaptive Machines opportunity space and aims to enable aircraft to operate reliably and cost-effectively in the stratosphere, in order to deliver advanced communications services.

Meet the R&D Creators

Eighteen funded teams (Creators) are working on technologies to enable aircraft to operate reliably and cost-effectively in the stratosphere. These platforms will provide the physical backbone for next-generation advanced communications and a path to connectivity for underserved regions.

We’re funding ambitious teams across three technical areas:

  • TA1 | Enabling Technologies: developing game-changing enabling technologies that make the development of a full system comparatively low risk.
  • TA2 | Systems Integration + Testing: developing and testing the platforms to achieve the primary metric – continuous delivery of power to a payload while keeping station.
  • TA3 | Deployment + Communications Architecture: working closely with the technical teams, regulators, the telecoms industry, and investors to design communications architectures and plan their deployment in a commercially lucrative way, translating the programme’s technical breakthroughs into real-world impact.

TA1 | Enabling Technologies

Active

FlightDrive-HAPS Breakthrough Energy for all Airframes

Ben Haberman, Hypanode Ltd

Active

μSODAR: A micro airborne acoustic sensing for real-time atmospheric mapping

Bahareh Zaghari, University of Southampton

Active

Structural Solar: Integrating perovskite PV onto carbon fibre for high specific power

David G Lidzey, University of Sheffield

Active

LIVINGSTON: Laser diodes and photo-voltaics for enduring atmospheric platform power beaming

Richard Hogg, Scalable Laser Limited

Active

STRAT-NAV: Stratospheric navigation and gravity

Neil Hindley, University of Bath

Active

EnduringWeather: a unified HAPS forecast + planning platform

Matthew Scutter, SkySight Weather

Active

HAWK: RF power beaming for Enduring Atmospheric Platforms

Martin Soltau, Space Solar Engineering Ltd

Active

BEACon: Beamed Energy for Airborne Continuity

Gabriel Blackett, MuWave