Upgrade your Small Block Chevy with the Holley Sniper 2 EFI Master Kit, designed for precision fuel management and enhanced performance. This comprehensive kit features a high-quality aluminum throttle body finished in durable black powder coat, ensuring both strength and corrosion resistance. The 5-inch touch screen interface provides intuitive control and real-time data monitoring, simplifying tuning and adjustments for optimal engine performance. The square bore design ensures compatibility with a wide range of intake manifolds, making installation straightforward and reliable.
This fuel injection system delivers consistent fuel delivery and improved throttle response, helping you achieve better horsepower and efficiency. The kit includes all necessary components for a complete upgrade, including the EFI controller, wiring harnesses, and mounting hardware. Built specifically for small block Chevy engines, it provides a seamless fit and excellent durability under demanding conditions.
Designed for versatility, the Holley Sniper 2 EFI Master Kit is suitable for street performance, off-road adventures, and racing applications. Its robust construction and user-friendly features make it ideal for enthusiasts looking to upgrade their engine's fuel system with minimal hassle. Whether you're building a new engine or upgrading an existing one, this EFI kit offers reliable performance and advanced technology to meet your needs.
Features:
- Fuel Injection: Sniper 2 EFI system for precise fuel delivery and engine control
- Throttle Body: Square bore design compatible with a variety of intake manifolds
- Touch Screen: 5-inch display for easy tuning and real-time data monitoring
- Construction: Aluminum throttle body with durable black powder coat finish
- Compatibility: Designed specifically for Small Block Chevy engines
- Complete Kit: Includes EFI controller, wiring harnesses, and mounting hardware
- Versatility: Suitable for street, off-road, and racing applications
- Build Quality: Rugged construction for reliable performance under demanding conditions
