Description
Push the limits of performance in your turbocharged 2001–2005 Porsche 911 (996) with the DeatschWerks 1500cc Bosch EV14 High-Flow Fuel Injectors. Designed for high-boost, high-horsepower applications, these injectors deliver exceptional fuel flow and precise metering to support even the most demanding builds—including heavily modified 911 Turbo, GT2, and GT3 engines.
Engineered with uncompromising quality, each injector set is flow-balanced within 2% variation across the full pulse width spectrum, thanks to DW’s proprietary multi-point dynamic flow testing process. This ensures seamless idle quality, clean emissions, and smooth drivability—while unleashing the fuel volume necessary for aggressive tuning and big power goals.
With true 1500cc/min flow at 3 bar, these top-feed EV14 injectors are a direct-fit solution, compatible with factory connectors and rails. DeatschWerks backs every set with a 3-year warranty and provides complete injector characterization to SAE J1832 standards—essential for proper calibration and tuning.
Key Features:
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Flow Rate: 1500cc/min @ 3 bar (high impedance)
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Injector Type: Bosch EV14 (top feed)
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Fitment: Direct replacement for OEM injectors on turbocharged 996 Porsche 911 models
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Flow-Matched: <2% variation in dynamic testing across low, transitional, and wide-open throttle conditions
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Calibration-Ready: Full injector characterization with downloadable tuning data
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Build Quality: Premium internals ensure consistent spray pattern and long-term reliability
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Warranty: Backed by DeatschWerks’ 3-year warranty
Vehicle Fitment – Porsche 911 (996 & select 997 models):
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2001–2005 Porsche 911 Turbo (3.6L H6)
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2005 Porsche 911 Turbo S (3.6L H6)
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2002–2005 Porsche 911 GT2 / GT3 (3.6L H6)
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2004 Porsche 911 40th Anniversary Edition (3.6L H6)
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2001–2005 Porsche 911 Carrera, Carrera 4 / 4S (3.4L & 3.6L H6)
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2002 Porsche 911 Targa (3.6L H6)
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2005 Porsche 911 Carrera S (3.8L H6)
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Also compatible with select early 997 911 Turbo models (2007–2009)
Note: Professional tuning is required to maximize performance and ensure proper drivability when using high-flow injectors.
