MAXXUS™ L2.0 Air Disc Brakes Deliver Performance, Reliability, Total Cost of Ownership Savings

• C.R. England converts entire truck fleet – approximately 4,000 trucks – to MAXXUS L2.0 Air Disc Brakes
• Long standing C.R. England initiative to balance equipment technology with its priority for safety
• Safety benefits, ease of maintenance, and longevity of MAXXUS L2.0 pad life are determining factors by C.R. England

ZF announced that C.R. England, one of North America’s largest refrigerated transportation companies, will transition its entire fleet of 4,000 Freightliner and International trucks to MAXXUS™ L2.0 Air Disc Brakes. The company expects all vehicles to be converted by 2024.

“For 50+ years, C.R. England has been a valued customer and we’re excited to expand this partnership to improve the performance and efficiency of their fleet,” explained Julien Plenchette, senior vice president, Americas, Commercial Vehicle Solutions division, ZF Group. “We are working with C.R. England toward a common goal to achieve zero accidents and leverage technology to help keep roads safe.”

“WABCO MAXXUS L2.0 Air Disc Brakes allow C.R. England to improve safety performance, lower our brake maintenance cost, and reduce weight. We believe these brakes will also enhance our drivers’ experience with the overall braking system. The simple design and ease of maintenance made this an easy decision for us,” explained Douglas Kading, VP of Maintenance, C.R. England.

MAXXUS L2.0 offers ease of maintenance and improved performance, in addition to being the lightest truck air disc brake (ADB) on the North American market at 67 lbs. As the single-piston ADB pioneer, MAXXUS L2.0 has fewer parts than double-piston designs and can therefore reduce complexity and lead to faster, easier maintenance. Drum brakes experience reduced performance in certain applications, notably downhill situations that can cause a reduction of friction material traction. MAXXUS L2.0’s advanced adjuster mechanism is designed to continuously adapt to maintain an optimal running clearance – even in extreme conditions – helping to provide stable and consistent performance.

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