On Road
Engineering Intelligence Into Every Mile
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Our system combines advanced technology for ultimate control, with four HD cameras and radars for clear, real-time visibility around the vehicle. The in-vehicle HD display offers customizable views and automatic transitions, adjusting based on turn signals or gearbox position. Features like the top view with radar integration and transparent dash allow operators to easily see the machine’s surroundings. The 3D surround view gives maximum spatial awareness, helping operators navigate their environment effortlessly. It’s a smarter, more intuitive way to work.
Commercial vehicles operate in some of the most demanding environments—and they need systems that can keep up. At CPAC Systems, we develop integrated solutions that enhance vehicle control, adaptability, and reliability. From steering and propulsion to system integration, our technology is designed to optimize performance and reduce complexity in diverse operating conditions.
Whether it’s a specialized utility vehicle or a large-scale fleet, our modular systems support a wide range of configurations. Features like real-time monitoring, automated controls, and seamless connectivity empower operators with better insight and control. With every solution, we aim to simplify the complex—delivering safety, efficiency, and performance that lasts.
As recreational vehicles become more connected, comfortable, and capable, the need for integrated electronic systems is growing fast. CPAC Systems brings its proven expertise from marine, agriculture, and commercial vehicle sectors to the RV space—offering modular control solutions with user-friendly HMI platforms tailored for life on the move. Whether optimizing battery systems for off-grid use or streamlining vehicle handling through electric steering, our solutions help RV manufacturers deliver a seamless travel experience.
With a focus on functional safety and long-term system integration, our technologies are field-proven and standards-compliant. The result: reduced downtime, optimized machine behavior, and improved project execution in demanding on-site conditions.
