Surface Transforms: The Future of Carbon Ceramic Brakes

Aston Martin, known for its heritage in creating luxury sports cars, has consistently pushed the boundaries of automotive design and engineering. One of the key areas where performance has become paramount is braking technology, which plays

When purchasing a new car, many factors come into play, including design, interior features, and engine performance. However, the braking system, a critical safety component, often receives less attention than it deserves. This oversight is especially

Improving your car’s braking performance starts with upgrading essential components like brake pads. While standard brake pads are suitable for daily driving, switching to high-performance pads can significantly enhance friction and heat management, leading to shorter

Brake systems are fundamental to vehicle safety and performance, playing a crucial role in a driver’s control over the vehicle. Over the years, advancements in automotive engineering have led to the development of more efficient and

Carbon ceramic brakes have emerged as a groundbreaking innovation in the world of high-performance automotive technology. Renowned for their superior stopping power, longevity, and lightweight design, these brakes are now standard in supercars, racing vehicles, and

Surface Transforms, a leader in next-generation carbon-ceramic brake discs, is experiencing notable growth. Analyst Robin Byde from Zeus Capital highlights several key factors contributing to the company’s positive outlook. For 2024, Surface Transforms has confirmed its

Surface Transforms, the Knowsley-based specialist brakes manufacturer, announced today (July 19) that it has doubled its production levels. Over the past four weeks, leading up to July 12, the company consistently reached record daily and weekly

Business Secretary Kemi Badenoch recently visited Aston Martin’s headquarters in Warwickshire. During her visit, she engaged with apprentices and senior leaders, gaining insights into the company’s high-performance electrification strategy. This visit follows the Department for Business

The automotive world continually seeks advancements that enhance both performance and safety. Carbon ceramic brakes have emerged as a groundbreaking innovation in the realm of high-performance vehicles. These brakes, composed of carbon fibre and ceramic materials,

Carbon ceramic brakes represent a significant advancement in automotive technology, bringing a plethora of benefits that enhance the driving experience and vehicle performance. These high-tech braking systems, primarily used in high-performance sports cars and luxury vehicles,

Carbon ceramic brakes have become a significant advancement in automotive technology, offering numerous benefits over traditional braking systems. Made from a combination of carbon fibre and ceramic materials, these brakes provide superior performance, longevity, and efficiency.

The global aerospace and defence sector is experiencing significant growth, fuelled by increased demand for advanced technologies and rising defence budgets worldwide. This sector has long been pivotal to national security and technological innovation, consistently driving

In the mid-1980s, McLaren sought to surpass Renault’s dominant turbocharged V6 engine in Formula 1 by developing their own forced-induction V6. Partnering with Porsche and TAG, they produced a twin-turbocharged 1.5-litre V6, designed by the legendary