Motorsport-grade ETFE (MIL-W-22759/16) wiring loom engineered specifically for the Haltech E11 v2 ECU.
This wiring loom is designed for builders who require a reliable, professional-grade electrical foundation for a Haltech E11 v2–controlled engine. Hand-built using MIL-W-22759/16 motorsport-grade ETFE wire, it is intended for high-performance and motorsport applications where heat, vibration, and electrical noise are part of the operating environment.
Whether you’re completing a ground-up race build, an engine conversion, or a high-end street car, this loom removes the compromises commonly found in universal or automotive-grade wiring.
This loom is pinned exclusively for the Haltech E11 v2 ECU. Every circuit is allocated correctly for the ECU’s inputs, outputs, power supply, and communications — with no universal pinouts, repurposed circuits, or guesswork.
The result is a clean, predictable wiring system that supports accurate sensor readings, stable CAN communication, and long-term reliability.
MIL-W-22759/16 ETFE wire was originally developed for aerospace and military applications and is ideally suited to harsh motorsport environments.
This wire is selected for reliability — not cost.
This E11 v2 loom is supplied in an unterminated (flying lead) configuration as standard, allowing complete flexibility for engine layout, sensor selection, and routing.
A pin placement sheet showing wire numbers is available to download to assist with installation.
Custom terminations, wire lengths, and additional provisions can be discussed prior to ordering if required.
Important: This is not a vehicle-specific plug-and-play harness. It is intended for custom installations where control, reliability, and electrical integrity matter.
Sensors, actuators, and the ECU are not included.
Each loom is hand-built to order. Typical lead time is displayed at checkout and may vary during busy periods.
If your build has a deadline, please contact us prior to ordering.
The Haltech E11 v2 is a capable ECU. This loom is designed to support it properly — without shortcuts, compromises, or unnecessary complexity.
Select options above or contact us to discuss custom requirements.