The Grams Performance 1600cc injector kit for 1.8T and 2.0T applications provides a plug-and-play set of four high-impedance injectors with stainless internals and ultra-fast solenoids for linear, accurate fuel metering. Each injector is individually flow tested and dynamically matched within 1% for balanced cylinder performance. The kit includes 14mm top adapters and requires no wire splicing for plug-and-play installation.
Product Description
Grams Performance 1600cc 1.8T/ 2.0T INJECTOR KIT
Additional Product Details
Fuel Injector Kit; 1600cc; 14mm Top Adapter; Plug And Play No Wire Splice Required; Set of 4;
Features & Benefits
Linear Response Across Wide Range Of Operating Cond.
Ultra Fast Solenoids For Precise Fuel Metering
Unmatched Cylinder-To-Cylinder Consistence
All Injectors Are Flow Matched Sets
Compatible With All Fuels
High Impedance Design
Stainless Internals
Manufacturer Description
Grams Performance is proud to offer the most innovative high-performance fuel injectors for today's performance vehicles. Premium materials, advanced manufacturing techniques, and stringent quality control procedures make Grams Performance the leader in high-performance fuel injectors. Grams 1150cc injectors feature stainless internals and compatible with all fuels including oxygenated fuel with MTBE. Compatible with all fuels including FTW, Q16, M5, C45 etcs. An engine's fuel injectors perform a vital role in the accurate metering and atomization of fuel. Grams Performance accomplishes this with its high-impedance fuel injectors that are modified for high-performance use. Each injector is individually balanced, flow tested, and dynamically matched for characterization within one percent of one another. The results are unmatched cylinder-to-cylinder consistency, even at low pulse widths, as well as optimal idle quality, response, and performance. Grams Performance Fuel Injectors' ultra-fast and precise solenoids feature a linear response curve across a wide range of operating conditions and can accurately meter fuel even at the highest pressures and shortest pulse widths.
