Vulcan to the sky

Avro Vulcan & Kempston Controls Take To The Sky

At the start of the year, Kempston Controls partnered with Eaton to provide the Vulcan to the Sky Trust with a donation of rare fuses which are essential to keep Vulcan XH558 airworthy. The Bussmann 059-0125 and 011-9127 fuses are used in the flying control motor circuits and are susceptible to fatigue due to the cycling of the motors driving the hydraulic pumps that drive the flying control surfaces.

About the Vulcan To The Sky Trust

Vulcan To The Sky Trust is a charitable organisation who in 2005 began to restore the retired Vulcan XH558 delta-winged bomber, and in 2007, after more than 14 years of being grounded, completed three successful test flights. In 2008, after another successful test flight, the Civil Aviation Authority granted permission for Vulcan XH558 to perform at the RAF Waddington Air show.

In early 2015 the trust announced that the current 2015 flying season would be it’s last. Although the goal was to keep the Vulcan flying for a few more years, at the start of 2015 the ‘technical authorities’ (BAE Systems, Marshall Aerospace & Defence Group and Rolls-Royce) legally required to support the airworthiness of the Vulcan announced the withdrawal of their support – XH558 was forced to cease flying in October 2015. Although the aircraft was safe to fly, the structure and systems were then more than 10% beyond the flying hours of any other Vulcan and the knowledge base of Vulcan-era technologies within the technical authorities was deemed to have fallen too far to support the aircraft.

Since grounding Vulcan XH558 the Trust has established an education programme which works closely with schools, colleges and other organisations. While still being kept airworthy and capable of accelerating dramatically along the runway, the Vulcan XH558 is being used to inspire and educate new generations of young people.

Vulcan LandingAbout the Avro Vulcan XH558

Vulcan XH558 is a jet-powered delta-winged strategic nuclear bomber operated, when in service, by the Royal Air Force during the Cold War. An iconic example of British engineering with XH558 being the last Vulcan in service until 1984 when it was retired. With an impressive list of technical achievements including being the first successful large delta wing aircraft, leading directly to Concorde and the Space Shuttle, XH588 could deliver performance and agility so close to a jet fighter’s that it was given a fighter-style control column.

The XH558 first flew in 1960, and was one of the few Vulcan models converted for a maritime reconnaissance role in 1973, and then as an air-to-air refuelling tanker in 1982. In 1984, once withdrawn, it continued with the RAF’s Vulcan Display Flight, performing until 1992.

In 1993 it was sold to C Walton Ltd who used it for ground-based displays at their Bruntingthorpe Aerodrome in Leicestershire until 1999. Through a combination of public donations and lottery funding, it was restored to fully functional condition by the Vulcan To The Sky Trust, who returned it to flight on 18 October 2007.

To learn more about Avro Vulcan XH558 & their current project, Operation Safeguard to build a hanger and exhibition hall, head to their website: vulcantothesky.org.

Kempston Controls is a leading distributor of electrical process control and automation products and electronic components with a world-leading reputation for stock, service, competitive pricing and next-day delivery. Our diverse product portfolio includes; proximity and motion sensors, humidity and temperature sensor data loggers, fuses, light curtains, electrical connectors, actuators, safety relays, panel meters, emergency stops and much more.


Kempston Controls is committed to finding you the ideal solution for your application. Call us today on +44 (0) 1933 411 411, email us at sales@kempstoncontrols.co.uk, or alternatively contact us here, we will be happy to help.

Kempston Controls

One thought on “Avro Vulcan & Kempston Controls Take To The Sky

  • Rachel Kelly says:

    I go to see every day a few web pages and blogs to read articles, however this blog presents feature based
    writing.

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