Military vehicles and robots date as far back as WWI with small, remote-controlled and tracked, disposable explosive devices. WWII saw even more innovative designs with the Soviet Army developing full-sized remote-controlled tanks between 1930 and 1940. Even the Brits had a hand in remote controlled tanks with their Matilda MK2 Infantry tank, the ‘Black Prince’.
While nothing compares to modern day military vehicles and autonomous systems, our history is filled with incredible engineering feats. With so many different autonomous military vehicles and systems, we’re only focusing on a few of the standouts. Continue reading →
The Farnborough Air Show in July 2018 featured several new projects, concepts and prototypes but one that stood out was the Tempest, UK’s new combat aircraft. A number of companies are involved with this project including BAE Systems, Rolls-Royce, Italy’s Leonardo and missiles expert MBDA. Reports suggests that the UK will invest £2bn in the project with the aim of a first flight in 2035.
There is no denying that the UK has been a leader in aerial combat for over a century with a wide range of skills and technology. This latest project sends a clear message that they are determined to make sure they remain at the top. Continue reading →
BAE Systems has been a trusted supplier to the US Marine Corps for more than 70 years. Their most recent engineering accomplishment is the next-gen ACV 1.1 Amphibious Combat Vehicle. Set to replace the current range of Amphibious Assault Vehicles (AAVs), the new vehicle offers improved survivability.
This particular combat vehicle was designed from scratch to meet the real mission challenges of deploying Marines from ship to shore. The ACV 1.1 is a combination of the long history between BAE Systems’ amphibious legacy and Iveco Defence Vehicles’. Together, they have produced more than 30 000 multi-purpose armoured vehicles with the latest variant a certain standout. Continue reading →
3D printing, often referred to as Additive Manufacturing (AM) is the sequential layering of materials using computers to create three-dimensional shapes. The process appears relatively simple as a 3D digital model of the item is created. This is done either through computer aided design (CAD) or using a 3D scanner.
The printer reads the design and “prints” successive layers of a medium, either liquid, powder, or sheet material. These are joined together or fused to create the final product or item. While the 3d printing process can sometimes be slow, it can create almost any shape which is particularly useful for geometrically complex components.
The future of construction lies with robots getting down and dirty while implementing 3D printing technology. And now, 3D printing has found yet another purpose with the US military building barracks using a large 3D printer. Continue reading →
The future of aviation may be closer than we think thanks to an electric aircraft start-up company, Impossible Aerospace. One of their newly-designed electric drones is capable of flying non-stop for two hours. With $9.4 million in funding from Airbus and two Silicon Valley venture capital firms, electric drones are just the beginning.
Spencer Gore, CEO and founder of Impossible Aerospace, is a former Tesla battery engineer with invaluable industry experience. His vision is to transform aviation using electric drones as proof of concept. The plan is to make longer-range electric passenger aircraft with today’s low energy-density batteries. If all goes according to plan, the future looks bright for zero-emission passenger aircraft. We take a closer look at the technology and the young mastermind behind it all. Continue reading →