A leading UK main distributor of standard and bespoke
fasteners for international aerospace and other industries.
With defence technology even more susceptible to the influence of technological changes, how are aerospace fasteners keeping up with these rapid changes?
In a rapidly expanding market struggling to meet the travel needs of a growing population, how are we meeting the increasing demand for aerospace fasteners?
We’ve talked before about the growth of the commercial aerospace marketplace over the last few years. More people want to go places, and with more efficient aeroplanes being developed there are more service suppliers than ever able to offer affordable travel solutions. This has led to steadily expanding fleet sizes for many airlines which has in turn put increasing pressure on manufacturers.
What will electric technologies in the aerospace industry look like in 5 years time? Who is leading the way and who’s falling behind? Find out here!
It’s one of the UK’s most dynamic and fast-paced industries. But what exactly is the aerospace supply chain and what would a career in it look like? We take a detailed look at the changing pace of our industry, from exciting developments in the UK space industry to our core specialism as leading suppliers of aerospace fasteners across commercial aviation and defence.
We are delighted to have been awarded a silver certificate and trophy by one our long-standing clients FSL Aerospace Ltd. for our work in 2017
We are delighted to announce that we are the first UK aerospace fasteners company to be awarded the demanding REV B standard by BSI. It’s the latest aerospace distribution standard by BSI to AS9120 REV B, which is far more challenging to achieve than the old REV A.
What is it that pushes us to consistently manufacture better and more innovative aerospace fasteners? The answer to this question lies in the history of industrial fastener production here in the UK and how it has changed over the years to leave Great Britain a pioneer of fastener development.
News this month that Volvo intends to make its entire range of cars electric from 2019 may have come as a bit of a shock. It feels like we’ve spent so long talking about fossil fuel alternatives in the context of something that will happen in the future, to suddenly have one of the world’s biggest car manufacturers announce “hey, it’s here!” makes it feel slightly surprising.
A young graduate from Texas has developed a new turning system for airplanes that has the potential to transform how aircraft are controlled, opening up a new frontier in performance and fuel saving technology. By using weights that move back and forth within the wings to change direction, Samath Reddy Vengate of the University of Texas at Arlington, has potentially removed the need for ailerons and elevators. Ailerons and elevators are the moveable surfaces near the trailing edges of wings and tails. These control the roll and pitch of the aircraft, allowing it to bank and change direction. However they are also one of the chief causes of drag, slowing down aircraft and causing them to burn extra fuel. Removing