ARIA - Smarter Robot Bodies

Our new ARIA programme is part of the Smarter Robot Bodies theme. Stellar AC’s focus is advanced shape adaptive structures interacting with fluid dynamics, including high performance inflatables.

This project advances soft robotic actuators with broad applications to robotic manipulators, aerospace and robotic platforms.

Air Breathing Electric Propulsion

Our UK Space Agency project is advancing simulation methods for Very Low Earth Orbit (VLEO) satellites. A hot topic in the space sector, Air Breathing Electric Propulsion (ABEP) satellites extend the life of low flying satellites.

This is a collaborative project with our EP specialist Netherlands partner, Stellar Space Industries, and The University of Manchester.

Drag reduction surfaces

Drag is strongly impacted by surface properties. Many animals have evolved skin textures and micro-structures which reduce air or water resistance, important for both large and small vehicles.

Supported by the Connected Places Catapult - Maritime Accelerator, we are trialing a novel surface researched by our academic partner, City, The University of London.

Advanced UAV morphing

Our bio-inspired morphing wing project is developing next generation wing morphing suitable for small unmanned air systems inspired by recently published papers on peregrine falcon aerodynamics.

This project is conducted under a European Space Agency contract with oversight from ESA Advanced Concepts Team.

Wake detection

Seals use their whiskers to hunt prey in dark and turbid waters. With theoretical and experimental insight into the mechanism behind the detection of the Strouhal frequency from a Von-Karman vortex street.

Wake detection sensors inspired by this research offer collision avoidance and accurate object tracking for underwater vehicles.

Adaptive Camouflage

Working with support from the UK Defence and Security Accelerator (DASA), we are developing a proof-of-principle propriatary method for low-cost outdoor display technology, applicable to camouflage systems which can dynamically adapt to their environments.