In a significant development for the electric vehicle (EV) industry, UK-based brake and clutch supplier AP Racing has unveiled a groundbreaking new caliper designed specifically to meet the unique demands of EV braking systems. Leveraging its renowned Radi-CAL™ technology, the company has introduced the Radi-CAL™ e, a game-changing solution that promises to enhance low-drag efficiency while delivering unparalleled braking performance.

Elevating EV Braking to New Heights

Engineered for Efficiency and Performance

The Radi-CAL™ e caliper represents a significant leap forward in EV braking technology. Designed to address the specific challenges faced by electric vehicles, this innovative solution boasts a range of features that set it apart from traditional brake calipers. At the heart of the Radi-CAL™ e is AP Racing's proprietary Radi-CAL™ technology, which has been meticulously engineered to increase low-drag efficiency while simultaneously improving overall braking performance.The caliper's aluminum pistons and noise-abatement measures contribute to its exceptional performance characteristics. By striking a delicate balance between aesthetic appeal and technical prowess, the Radi-CAL™ e offers a visually striking design that complements its impressive technical capabilities. Customers can choose from a variety of standard paint options, including gloss black, red, silver, yellow, white, or green, allowing them to seamlessly integrate the caliper into their vehicle's overall design.

Addressing the Unique Needs of EVs

As the global adoption of electric vehicles continues to surge, AP Racing recognized the need for a specialized braking solution that could cater to the specific requirements of this rapidly evolving market. The Radi-CAL™ e was developed with a deep understanding of the unique challenges faced by EV owners, providing them with an off-the-shelf performance braking solution that addresses their needs."As global EV registrations are growing, we want to offer drivers an off-the-shelf performance braking solution," stated David Hamblin, AP Racing's Managing Director. "The Radi-CAL™ e is designed to meet the specific demands of electric vehicles, delivering exceptional braking performance while maintaining the efficiency and sustainability that EV owners expect."

Versatile and Customizable

The Radi-CAL™ e caliper is available in both four-piston and six-piston configurations, allowing customers to select the option that best suits their specific vehicle and driving requirements. Drawing inspiration from AP Racing's renowned WR1, WR2, and Mono R ranges, the Radi-CAL™ e seamlessly integrates with a wide variety of EV models, ensuring a tailored fit and optimal performance.Furthermore, the caliper's modular design enables easy installation and customization, empowering EV owners to personalize their braking system to their exact preferences. This level of flexibility and adaptability sets the Radi-CAL™ e apart, making it a versatile solution that can be easily integrated into various EV platforms.

Elevating the EV Driving Experience

The introduction of the Radi-CAL™ e caliper marks a significant milestone in the evolution of EV braking systems. By combining exceptional low-drag efficiency with uncompromising braking performance, AP Racing has raised the bar for what EV owners can expect from their vehicles' braking capabilities.This innovative solution not only enhances the overall driving experience but also contributes to the long-term sustainability and efficiency of electric vehicles. By optimizing braking systems, the Radi-CAL™ e helps to maximize the range and energy efficiency of EVs, further solidifying their position as the future of transportation.As the global shift towards electric mobility continues to gain momentum, AP Racing's Radi-CAL™ e caliper stands as a testament to the company's commitment to innovation and its dedication to meeting the evolving needs of the EV market. This groundbreaking product promises to redefine the standards of EV braking, setting a new benchmark for performance, efficiency, and sustainability.