FAST 1000-1613EFI XDi Race EFI Distributor for Ford Windsor Small Cap

The FAST XDi Race EFI Distributor (PN 1000-1613EFI) is engineered for high-RPM crank-trigger EFI applications on Ford Windsor small block engines. Featuring a small-diameter distributor cap, this unit serves as a precision drop-in solution for delivering an accurate camshaft position signal to your electronic fuel injection system — without compromising rotor phasing or ignition timing stability across the entire RPM range.

At the heart of the XDi Race EFI Distributor is an advanced hall-effect optical trigger, which achieves an industry-leading ±½-degree signal accuracy from idle through peak RPM. Unlike conventional 2-wire inductive magnetic pickup designs, the hall-effect optical trigger produces a consistent, stable output that will not fluctuate or degrade at high engine speeds — a critical requirement for high-end street machines and dedicated racecars alike.

Key Features:

• Advanced hall-effect optical trigger delivers ±½-degree camshaft signal accuracy throughout the full RPM range
• Designed for crank-trigger equipped EFI systems — provides accurate cam signal for sequential fuel injection and individual cylinder timing control
• CNC-machined billet aluminum housing for maximum durability and precision fitment
• Precision-ground stainless steel shaft supported by premium bearings for consistent shaft end-play
• Superior to 2-wire inductive pickups — signal output remains stable at high RPM where magnetic pickups falter
• Hand-assembled construction ensures quality and reliability
• Compatible with popular aftermarket EFI and ignition control systems
• Small-diameter distributor cap configuration for tight engine bay clearances
• Includes high-quality rotor and precision-machined bronze gear

The FAST XDi Race EFI Distributor 1000-1613EFI ships ready to install with a quality rotor and bronze drive gear included. It is the ideal cam signal solution for Ford Windsor small block builds running a crank trigger with a standalone EFI system.