Hooker Blackheart LS Swap Long Tube Headers - Stainless BH13285

These Hooker BlackHeart LS swap headers fit 1968-1974 GM C-10/20 2WD Trucks, and 1973-1974 Blazer/Jimmy 2WD vehicles. The long-tube header design provides optimum engine performance with stainless steel construction for strength & corrosion resistance. These Headers are designed for use with BHS540 Premium engine mounting brackets (1973-1974 C10/C20 & 1973-1982 Blazer/Jimmy), or BHS511 engine mounting brackets (1968-1972 C10) w/ the narrow frame rails.Easy installation since these headers are part of the Hooker BlackHeart LS swap system (all parts engineered to work together as a system for simple bolt-in LS engine swap).

Features:

• Fits 1968-1972 GM C10 w/ Narrow Frame Rails - Use w/ Engine Mounting Brackets BHS511ΓÇó Fits 1968-1972 GM C10 w/ Narrow Frame Rails - Use w/ Engine Mounting Brackets BHS511
• Fits 1973-1974 C10/C20 & 1973-1974 Blazer & Jimmy - Use w/ Premium Engine Mounting Brackets BHS540
• Choose from Long Tube Headers w/ 1-3/4" or 1-7/8" Primary Tube Diameter & 3" Collectors
• 304 Stainless Steel Construction - for Strength & Corrosion Protection
• Compatible with Holley Low-Mount Accessory Drive System - for Compact Accessories & a Great Look Under the Hood of Your C10
• Use w/ Premium Mounts on 1973-1974 2WD C10/C20 & 1973-1974 2WD Blazer/Jimmy - Premium Mounts Allows Future Engine Changes to GM Gen-V LT
• Compatible with Factory OE Style Spark Plug Wires - No Need to Use Special Boot or Heat Wrapped Plug Wires
• Easy Installation Since These Headers are Part of the Hooker BlackHeart LS Swap System - All Parts are Engineered & Designed to Work Together for Simple Bolt-In Engine Swap
• Manufacturer's Limited Lifetime Warranty

1968-1974 GM C-10/20 2WD Trucks, Full-Length LS Swap, 1-3/4", Collector Size 3", Natural Finish - Fits Narrow Frame 1968-1972 Trucks & All 1973-1974 w/ Premium Mounting Brackets

Made in the USA!

This product may expose you to chemicals known to the State of California to cause cancer, birth defects, or other reproductive harm.