Product Description
Michigan Motorsports Toyota / Lexus to EV6 USCAR Fuel Injector Adapter Harness | 2-Wire Injector Conversion Pigtail 6"
Converts Toyota Lexus Injector Harness to EV6 USCAR Injectors | 6" Long 2-Wire Harness | Plug & Play Adapter
Upgrade your fuel system the right way with the Michigan Motorsports Toyota/Lexus to EV6 USCAR Fuel Injector Adapter Harness, designed to seamlessly convert your factory injector wiring to support EV6 (USCAR) style fuel injectors. This 2-wire adapter harness allows you to run modern EV6 injectors on a Toyota or Lexus engine harness without cutting or modifying your factory wiring. Built for reliability and ease of installation, these adapters are 6 inches long, providing ample length for clean routing and secure connections. Whether you're upgrading injectors for performance, replacing components, or completing a custom build, this adapter simplifies the process and ensures proper electrical connectivity. Always verify connector style with your application prior to installation.
Key Features & Benefits
- EV6 USCAR Injector Conversion: Allows you to run EV6 (USCAR) fuel injectors on a Toyota or Lexus engine harness without rewiring or modification.
- 2-Wire Harness Design: Built as a simple and reliable 2-wire harness, ensuring proper electrical connection and injector functionality.
- Plug & Play Installation: No cutting or splicing required—connect directly between your harness and injectors for a clean, professional install.
- 6-Inch Length for Easy Routing: Provides sufficient length for flexible installation and proper wire management in engine bay environments.
- Ideal for Performance & Upgrades: Perfect for injector upgrades, engine builds, or conversions where EV6 injectors are being used on Toyota/Lexus platforms.
Key Fitments
- Engine Harness Compatibility: Toyota and Lexus style fuel injector connectors.
- Injector Compatibility: EV6 / USCAR fuel injectors.
- Installation Note: Verify connector style matches both your harness and injectors before purchasing due to multiple connector variations.
