Sniper 2300 EFI Master Kit Shiny Finish

The Sniper 2300 EFI Master Kit Shiny Finish is a complete fuel injection system designed to replace traditional carburetor setups with modern, computer-controlled precision. This comprehensive fuel injection master kit includes everything required for installation: throttle body with Holley flange compatibility, fuel pressure regulator, oxygen sensor, programmer unit, and all necessary fittings. Built from aluminum construction with a polished shiny finish, this system delivers the refinement and tuning capability that serious engine builders demand when upgrading vintage or modified vehicles to contemporary fuel injection standards.

The 2300 platform represents a proven architecture in the Sniper EFI lineup, scaled for mid-displacement applications where precision fuel metering directly improves throttle response, cold-start behavior, and fuel economy compared to carbureted equivalents. The included oxygen sensor enables closed-loop feedback control, allowing the programmer to continuously adjust the fuel map based on actual engine conditions. The Holley flange throttle body integrates seamlessly with existing intake manifolds using standard 4150-pattern mounting, eliminating costly custom fabrication. All fuel system components—regulator, lines, and connectors—are included, reducing the guesswork and additional purchases typically required when sourcing EFI systems separately.

This master kit serves builders and enthusiasts upgrading carbureted engines to fuel injection, restorers modernizing classic vehicles, and anyone requiring a turnkey EFI solution without sourcing multiple suppliers. The shiny aluminum finish provides both corrosion resistance and a polished appearance under the hood. At 18.39 lbs, the complete kit balances substantial construction with practical installation weight. Whether retrofitting a street rod, improving a performance rebuild, or updating aging carb systems, the Sniper 2300 EFI Master Kit delivers bolt-on fuel management with minimal custom fabrication.