Advancing UK Aerospace, Defence, Security & Space Solutions Worldwide
  • Home
  • /
  • Space
  • /
  • Heathcoat Fabrics recognised with Queen’s Award for Enterprise for Innovation

Space

Heathcoat Fabrics recognised with Queen’s Award for Enterprise for Innovation

Tiverton-based textile manufacturer Heathcoat Fabrics has been recognised with a prestigious Queen’s Award for Enterprise for Innovation.

Above: A trio of female textile engineers - Eleanor Newsome, Lotte De Leeuw and Nicola Willey - were key to developing an innovative parachute fabric for space exploration.
Courtesy Heathcoat Fabrics

The company developed a high performance parachute fabric that has contributed to outstanding commercial success, including delivery of NASA's Perseverance Rover onto the surface of Mars in February 2021. Heathcoat Fabrics is among a list of 51 companies who have received the innovation award.  

Advertisement
ODU RT

The innovation has opened the door to other niche space exploration projects, including returning cargo and astronauts from the International Space Station and ensuring the safe splashdown of a capsule containing the first all-civilian team to orbit the Earth.

Heathcoat Fabric’s managing director, Cameron Harvie, said the Heathcoat ‘DecelAir Superlight’ fabric was designed to meet the strictest criteria for space exploration. Innovation underpins the technical textiles that Heathcoat develops, with new opportunities frequently emerging in niche markets where needs are not met by existing methods and products: “We make hundreds of different fabrics for many markets, from apparel to automotive components. We have been a pioneer in manufacturing parachute fabrics since the 1930s. When we met NASA at a symposium in 2015, they saw the potential of a new fabric we had developed and we began trials a year later.

“NASA’s standards have been challenging to say the least. The fabric needed to be twice the strength of standard fabric, within a tight air-permeability window and able to withstand extended heat treatment. The fabric underwent a series of wind tunnel, land-based mortar and sounding rocket tests after which the fabric was selected and used for the successful Mars mission. The fabric even needed to be baked before any rocket was launched, to avoid sending bacteria or micro-organisms to another planet.

“By the nature of the yarn, it is difficult to weave and finish, and it needs to be perfect. There is no second chance opportunity on landing a multimillion dollar space probe. From our investment in high quality looms to the chemistry developed to give the fabric its specific properties, this has been a huge task over a number of years.

“The Heathcoat brand has historically been recognised for highest quality in textiles. This includes providing the veiling fabric for Queen Elizabeth’s royal wedding in 1947 and it’s fitting in her jubilee year that she has personally approved our Queen’s Award for Innovation.”

Peter Hill, director of woven fabrics at Heathcoat and Richard Crane, technical director, have steered a team that centred around three female development engineers – Eleanor Newsome, Lotte De Leeuw and Nicola Willey.

Eleanor Newsome was instrumental in creating the original concept fabrics for NASA and developing the final product used for Mars2020. She is now leading a development team for automotive and industrial belting fabrics with a focus on achieving energy-saving in drive systems.

Lotte De Leeuw is a development engineer in woven fabrics, and is continuing the work in parachute development – working with all of Heathcoat’s space customer development teams for current and planned missions. [Quote from Lotte in ‘Notes to Editor’ below.]

Advertisement
PTC rectangle

Nicola Willey’s focus has been on an incredibly challenging project with the NASA/Jet Propulsion Laboratory teams to integrate optical fibre technology for future space mission parachute fabric research.

Peter Hill said: “The team has excelled, working tirelessly with NASA and others to ensure Heathcoat was able to deliver on their requirements. Our development engineers are at the forefront of new and exciting textile technologies in space exploration that have gained global recognition, as well as other developments within our business including sustainable/renewable fabrics, and hydrogen generation for renewable energy systems.”

The Queen’s Award for Enterprise is now in its 56th year and is widely recognised as the most prestigious business award in the UK.
 

 

 

Advertisement
Gulfstream banner
Cranfield University unveils wind-powered WANDER-bot

Space

Cranfield University unveils wind-powered WANDER-bot

13 March 2026

Researchers at Cranfield University have created WANDER-bot, a low-cost, 3D-printed robot that is powered by wind energy.

Orbit Fab and Airbus collaborate on satellite refuelling

Space Events

Orbit Fab and Airbus collaborate on satellite refuelling

12 March 2026

Orbit Fab are working with Airbus Defence and Space to assess the feasibility of incorporating Orbit Fab’s RAFTI refuelling valve into possible future Airbus geostationary satellites, as part of a project within the European Space Agency’s programme of Advanced Research in Telecommunications Systems, named RADICAL, funded by the UK Space ...

BAE Systems completes preliminary design review of USSF missile tracking system

Defence Space

BAE Systems completes preliminary design review of USSF missile tracking system

12 March 2026

BAE Systems has completed the Preliminary Design Review for the $1.2 billion US Space Force (USSF) Space Systems Command (SSC) Resilient Missile Warning & Tracking (RMWT) – Medium Earth Orbit (MEO) Epoch 2 programme to provide missile warning and tracking of advanced missile threats.

UK scientists help reveal ever-changing Universe

Space

UK scientists help reveal ever-changing Universe

12 March 2026

As the Vera C. Rubin Observatory issues live alerts of changes in the night sky, a UK innovation allows us to observe millions of unfolding astronomical events.

Advertisement
PTC rectangle
Dr Noelia Noël awarded STFC Leadership Fellowship in Public Engagement

Space

Dr Noelia Noël awarded STFC Leadership Fellowship in Public Engagement

12 March 2026

Dr Noelia Noël, Senior Lecturer in Astrophysics at the University of Surrey, has been awarded this year’s Leadership Fellowship in Public Engagement from the Science and Technology Facilities Council (STFC).

UK-first achieved in advanced materials

Aerospace Defence Space

UK-first achieved in advanced materials

11 March 2026

The UK has established its first sovereign manufacturing capability for ultrahigh temperature materials - vital for space, hypersonic and propulsion systems.

Advertisement
ODU RT
Advertisement
Gulfstream banner