Our approach is practical. We start by understanding the platform—EV or ICE—and the real-world conditions the harness will face. Space is often tight, weight budgets are strict, and heat sources are unpredictable. Knowing these factors early allows us to adjust wire routing, strain relief, and shielding strategies before production.
We support programs from rapid prototyping to low-volume builds, all the way to scalable production. Each harness is designed to distribute power and signals consistently, whether it’s a conventional vehicle control system or an advanced EV drivetrain. The goal is predictable behavior, even under vibration, thermal cycling, and high-density wiring conditions.
Every vehicle platform has unique constraints. A battery management harness in an EV has very different needs than a control harness in a hybrid or infotainment harness in a luxury vehicle. Some programs prioritize low weight. Others focus on mechanical robustness or ease of service.
In our facility, early builds are treated as learning opportunities. Crimp heights and connector terminations are verified, pull-force testing is documented, and insulation stress is checked before moving to larger runs. Electrical continuity and dielectric withstand tests are standard. Our testing protocols aren't just about ticking boxes. We replicate the mechanical and thermal conditions the harness will experience in real vehicles.
Our quality system follows AS9100D and ISO 9001:2015, with workmanship in line with IPC-WHMA-A-620 Class 3 standards. Compliance sets the foundation; careful execution ensures reliability.
We support harnesses for a wide range of automotive and EV applications.
We produce EV power and signal harnesses for battery and drivetrain systems, control wiring for sensors and vehicle electronics, high-voltage assemblies for electric and hybrid vehicles, and low-voltage harnesses for lighting, infotainment, and interior systems. Custom multi-branch assemblies are also built for specialized vehicle platforms.
Some harnesses are tightly routed and weight-sensitive. Others are more robust to survive repeated mechanical stress. Every design is checked for electrical integrity and mechanical resilience before leaving our shop.
Vehicles experience vibration, temperature swings, and occasional mechanical shock. Harnesses that survive initial installation may degrade subtly over time if not designed carefully.
We select materials and insulation, define routing paths, and integrate strain relief to enhance durability, safety, and installation efficiency. Compliance with AS9100D, ISO 9001:2015, and IPC-WHMA-A-620 Class 3 provides structure—but the real assurance comes from careful build practices, repeated testing, and early validation in the vehicle context.
Our harnesses are deployed in electric and hybrid vehicles, battery management systems (BMS), power distribution units (PDU), advanced driver-assistance systems (ADAS), infotainment, interior electronics, and charging or energy management systems.
Across all applications, the objective remains consistent: ensure every connection performs reliably throughout the vehicle’s lifecycle, even under the most demanding operating conditions.
Custom-Engineered Harness Solutions
We tailor designs to platform-specific requirements, from low-voltage interior systems to high-voltage EV power distribution.
In-House Manufacturing & Testing
Crimp validation, pull-force verification, overmolding, labeling, and electrical tests are conducted under strict controls.
Support Across Development Stages
Prototypes, pilot builds, and high-volume production are all managed with the same disciplined engineering oversight.
Consistent Quality & Responsive Engineering
Our team delivers reliable products on schedule and works closely with customers to resolve design or integration challenges promptly.
Weight & SWaP-C Considerations
Optimized routing and lightweight materials reduce mass without sacrificing mechanical or electrical performance.
