DeatschWerks DW200 Series Fuel Pump – Reliable High-Performance In-Tank Fueling
The DW200 Series fuel pumps from DeatschWerks are engineered for drivers who need a dependable, high-flow in-tank fuel pump upgrade while retaining standard OEM-style fitment. Designed to bridge the gap between factory pumps and extreme race setups, the DW200 is a proven solution for performance street cars, track vehicles, and moderate horsepower builds.
Delivering approximately 255 liters per hour (LPH) at 40 PSI, the DW200 provides ample fuel flow to support upgraded injectors, forced induction, and ethanol-based fuels without the excessive current draw of larger pumps. This makes it an ideal choice for applications where efficiency, reliability, and quiet operation are just as important as raw performance.
Optimized for Modern Fuel Systems
The DW200 features a single-scroll composite turbine impeller, ensuring smooth and quiet operation while remaining fully compatible with pulse-width modulated (PWM) fuel pump controllers commonly used in modern vehicles. Its encapsulated armature and ethanol-resistant internal components allow safe use with E85 and other ethanol-blended fuels, reducing wear and extending service life.
OEM-Style Fitment & Proven Durability
With its standard in-tank form factor, electroplated steel housing, and common 5/16” outlet and 7.7 mm inlet fittings, the DW200 installs easily in a wide range of factory fuel pump assemblies. The pump is engineered to withstand high fuel pressure, featuring a pressure relief valve (PRV) activation at 100 PSI, ensuring consistent performance under demanding conditions.
Like all DeatschWerks fuel pumps, the DW200 Series is flow-tested for quality assurance and backed by a 3-year no-fault warranty, giving enthusiasts and professional builders confidence in long-term reliability.
Whether you’re upgrading a stock fuel system or supporting a performance-oriented engine build, the DeatschWerks DW200 Series offers the ideal balance of flow capacity, efficiency, and durability for high-performance applications.