Wire & Cable Solutions for the Automotive Industry

Precision-engineered wire and cable solutions designed to meet the evolving demands of modern passenger vehicles, electric vehicles, hybrid platforms, and connected mobility systems. Champlain Cable helps OEMs and Tier 1 suppliers deliver safer, lighter, and more reliable electrical architectures through advanced materials, application engineering, and decades of manufacturing expertise.

Overview

Engineered Around the Needs of Modern Vehicle Design

Today’s automotive platforms demand more from wire and cable than ever before. Electrification, advanced driver assistance systems (ADAS), connected vehicle technologies, and increasingly compact vehicle architectures require cable solutions capable of delivering higher electrical performance while reducing weight, improving flexibility, and maximizing durability.

Featured Applications

  • Automotive Communications

    Automotive Ethernet and CAN Bus cable solutions designed for connected, autonomous, hybrid and electric vehicles.

  • Vehicle Systems

    Precision-engineered wire and cable designed for engine compartments, vehicle doors, chassis systems, and body electronics.

  • Power Distribution

    Reliable high-voltage, high-temperature and low-voltage cable solutions engineered for electric vehicles, industrial equipment, energy storage systems, and mission-critical power applications.

Why Champlain Cable

Engineering Solutions Beyond the Specification

Every vehicle platform presents unique engineering challenges. Champlain Cable works closely with OEM engineering teams to develop cable solutions optimized for electrical performance, manufacturability, weight reduction, installation efficiency, and long-term durability.

70+

Years of Innovation

Delivering reliable, high-performing automotive wire and cable solutions.

product Solutions

Engineered for Automotive Applications

Our automotive product portfolio can meet the evolving demands of passenger vehicles, commercial fleets, and next-generation transportation platforms.

Case Study

Next-Generation Flexible Battery Cable for EV/HEV Systems

When vehicle manufacturers needed a high-voltage battery cable that combined exceptional flexibility with thermal robustness and reliable termination, Champlain Cable engineered EXRAD® ERGOFLEX—an irradiation cross-linked XLPO solution designed to meet ISO 19642 requirements without a paper separator. 

150°C

High-temperature EXRAD® ERGOFLEX insulation engineered for demanding EV/HEV battery systems.

ISO 19642

Developed to meet ISO 19642 requirements for high-voltage automotive battery cable.

NO PAPER

Engineered for clean, consistent stripping and termination without the paper separator used in many EPDM constructions.

HIGH FLEX

EXRAD® ERGOFLEX demonstrated greater flexibility than the prior EPDM construction while also being smaller and lighter.

Knowledge Center

Automotive Resources & Technical Guidance

Browse white papers, webinars, technical articles, and product information to learn more about the technologies shaping modern automotive applications.

  • Automotive Power Cable Cost and Weight Saving Initiative

    Discover how replacing a larger automotive power cable with a smaller, 150°C irradiation cross-linked cable reduced copper weight by 30% and cable area by 38% while delivering superior performance.

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  • Flexible ISO-19642 Battery Cable Development

    Discover how a next-generation 150°C XLPO high-voltage battery cable solved manufacturing fatigue and connector pull-out issues by delivering ultimate flexibility and consistent stripping without a paper separator.

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  • Why purpose-built high-voltage cable matters in electric and hybrid vehicles – Downloadable Resource

    As electric and hybrid vehicles continue to evolve, selecting the right high-voltage cable is critical to long-term performance, safety, and reliability. This white paper compares purpose-built EXRAD® FX high-voltage cable with traditional welding cable, exploring the impact of temperature, electrical interference, durability, cable size, and service life in demanding vehicle environments. Continue Reading Complete the…

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