Setting the Scene: The First Women to Take Wing

When we think of British aviation pioneers, names like Amy Johnson spring to mind. In 1930, she flew solo from Croydon to Darwin, Australia – a feat that captured the nation's imagination. But Johnson was not alone. Winifred Brown won the King's Cup Air Race in 1930, beating a field of male pilots. These women faced enormous barriers: they were often denied access to training, had to fund their own aircraft, and were excluded from many flying clubs. The Women's Engineering Society, founded in 1919, provided crucial support and networking for women in technical fields. Yet the early aviators persevered, proving that skill and determination mattered more than gender. Their achievements laid the groundwork for the generations that followed.

Wartime Service: The Air Transport Auxiliary

During the Second World War, the Air Transport Auxiliary (ATA) became a crucial lifeline for the Royal Air Force. Pauline Gower led the campaign to allow women to fly military aircraft, and in 1940 the first eight female pilots joined. By 1945, over 160 women had served as ferry pilots, delivering everything from Tiger Moth trainers to four-engine heavy bombers. They flew without radios, armament, or instrument training for the types they ferried – often in poor weather. Mary Ellis, one of the last surviving ATA pilots, recalled flying over 1,000 aircraft. Gower fought hard for equal pay, and although the women initially earned less than their male counterparts, their professionalism silenced critics and demonstrated that women could handle the most demanding flying tasks.

Engineering Excellence: Beyond the Cockpit

Aviation relies on engineers as much as pilots. Beatrice Shilling, an aeronautical engineer, solved a critical problem with early Merlin engines during the Battle of Britain by devising a simple restrictor that prevented flooding during negative-g manoeuvres. Her invention, known as "Miss Shilling's orifice", saved countless lives. Today, women work across aerospace engineering – in stress analysis, avionics, systems design, and materials science. They lead teams developing lighter composites, more efficient engines, and safer avionics. Yet engineering remains male-dominated: only around 12% of UK aerospace engineers are women. Practical steps to change this include promoting STEM subjects in schools, offering apprenticeships, and ensuring recruitment panels are diverse.

Leadership and Firsts in Commercial Aviation

The post-war years saw slow but steady progress. In 1979, a British airline appointed its first female captain, and by the 1990s women were commanding wide-body jets on long-haul routes. Today, women hold roles as chief pilots, heads of safety, and airport directors. Diana Barnato Walker became the first British woman to break the sound barrier in 1963, flying a Lightning. In air traffic control, women manage some of the busiest airspace in Europe. These leaders have not only broken glass ceilings but also reshaped workplace culture, introducing mentoring schemes and flexible working that benefit everyone.

Current Landscape and Practical Progress

Despite these advances, women still make up only about 6% of UK commercial pilots and a similar proportion of aircraft maintenance engineers. Organisations such as the Women in Aviation and Aerospace Charter have been signed by over 200 companies, committing to improve gender balance. For young women considering a career, practical routes include:

• Joining a university air squadron or local flying club to build hours affordably.
• Applying for flying scholarships offered by industry charities and trusts.
• Enrolling in an aerospace apprenticeship or a degree in aeronautical engineering.
• Attending careers events and seeking a mentor already working in the sector.

Employers can help by reviewing job adverts for gendered language, offering return-to-work programmes after career breaks, and showcasing female role models at outreach events. Small changes to shift patterns and parental leave can make a big difference to retention.

Looking Ahead: Building on the Legacy

The future of UK aviation depends on tapping into all available talent. As the industry moves towards sustainable fuels, electric propulsion, and autonomous systems, diverse teams will be essential for innovation. Women are already leading research into hydrogen-powered aircraft and advanced air mobility. To maintain momentum, we need visible role models, inclusive cultures, and genuine flexibility. Whether you are a pilot, engineer, or leader, you can support progress by mentoring, speaking up, and challenging outdated assumptions. The pioneers proved what is possible. It is now our collective responsibility to ensure the next generation of women can soar even higher.