FiTECH FUEL INJECTION 34103 FiTECH Fuel Injection Vintage 97 EFI 3x2BBL 3-Bolt Throttle Body, Black - Part 34103

Upgrade a vintage-style induction system with the FiTECH Fuel Injection Vintage 97 EFI 3x2BBL 3-Bolt Throttle Body. Part number 34103 is designed for applications using a three-two-barrel configuration and provides an EFI throttle body solution with classic visual styling. Its black finish complements traditional engine compartments while maintaining the recognizable appearance associated with vintage 97-style setups.
This throttle body features a three-bolt mounting pattern for compatible installations and is configured for 3x2BBL applications. It is suited to automotive enthusiasts, builders, and restorers who want to integrate electronic fuel injection into a period-inspired intake arrangement. Verify intake manifold compatibility, linkage requirements, fuel system specifications, and EFI system requirements before installation to ensure proper fitment and operation.
The FiTECH Fuel Injection Vintage 97 EFI 3x2BBL 3-Bolt Throttle Body is supplied in a black finish and is identified by part number 34103. Its combination of classic styling, three-barrel configuration, and three-bolt mounting makes it a practical choice for custom builds and vintage-themed performance projects. Select the appropriate supporting FiTECH components and confirm all application details before completing the installation.

Features:

• EFI throttle body: Provides an electronic fuel injection throttle body configuration for compatible applications.

• 3x2BBL configuration: Designed for intake systems using three two-barrel throttle body positions.

• Three-bolt mounting: Uses a 3-bolt mounting pattern for compatible intake manifold installations.

• Vintage 97 styling: Offers a classic vintage-inspired appearance for traditional and custom engine builds.

• Black finish: Provides a clean black appearance that complements a wide range of engine compartments.

• FiTECH Fuel Injection part 34103: Genuine application reference for identification and fitment verification.