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Aerodynamic Labs

including UK-leading wind tunnels

Our dedicated labs are keeping the UK at the very forefront of aerodynamics.

Our dedicated labs are keeping the UK at the very forefront of aerodynamics.

With specialist facilities, including the UK’s longest duration hypersonic wind tunnel which is part of the UK National Wind Tunnel Facilities (NWTF), we’re pioneering the flow control technologies and measurement techniques of tomorrow.

We’re providing partners with the new insight of how technologies will behave in the air, and our world-leading methods of visualising flow enable unprecedented insights into complex flows. From bumblebees to hypersonic aircraft, we have the resources to research the spectrum of aerodynamics.

We offer one of the UK’s most comprehensive combinations of aerodynamic facilities. It includes:

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A network of eight wind tunnels covering the subsonic to hypersonic flow regimes

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A purpose-built cold gas rig to assess and measure flow control in flight operations

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Unique robotic experimental rigs for insect-like flapping wing aerodynamics measurements

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The state-of-the-art flow measurement instrumentations for undertaking a wide range of high-quality point, surface and field measurements

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A 2mx2m wind tunnel facility dedicated to sport aerodynamics and athletic performance

This combination of world-leading and purpose-built capability means we support partners such as European Space Agency, Rolls Royce, BAE Systems, Aircraft Research Association and Dyson Technology Ltd to lead innovation in their sectors.

We specialise in developing novel instrumentations and experimental techniques, devising nature-inspired solutions, addressing challenges such as air-breathing engines, driving advances in sectors such as aviation, automotive and aerospace, and preparing the next generation of engineers.

Our impact


Our unique combination of experimental facilities and world-leading measurement techniques enable us to see physics in action and collaborate with partners to devise solutions ready for the real world.

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How going flapless could revolutionise air travel →

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High Supersonic Tunnel (HSST) at The University of Manchester →

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Researchers develop flags that generate energy from wind and sun →

Speak to our experts


Dr Mostafa Nabawy

Dr Mostafa Nabawy

Reader in Aerospace Engineering

  • Aerodynamics
  • Design of aerial vehicles
  • Biomechanics
Professor Shan Zhong

Professor Shan Zhong

Professor of experimental fluid mechanics

  • Experimental Aerodynamics
  • Flow control
Dr Mark Quinn

Dr Mark Quinn

Senior Lecturer in Aerospace Engineering

  • Transonic and supersonic aerodynamics
  • Experimental aerodynamics
  • Experimental design

Interested in exploring the Aerodynamic Labs further?

Get in touch
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