Classic Injector Dynamics - Id2600-xds - Audi 1.8l Turbo 2600cc Fuel Injectors 2600.60.14.14b.4 Ready To Use [YyBfth6i]

Top-Performance Fuel Injectors for Audi 1.8L Turbo

The ID2600-XDS injectors from Injector Dynamics and Bosch Motorsport represent the pinnacle of fuel injection technology. Engineered for liquid fuels, these injectors are designed to offer corrosion resistance and long-term compatibility with ethanol and methanol, making them an ideal choice for high-performance applications. With a flow rate of 2600cc/min at 3.0 Bar (43.5 psi), the ID2600-XDS outperforms the competition, delivering 50% more flow than the ID1700x series. This increased flow rate is crucial for engines requiring precise fuel delivery, ensuring optimal combustion and power output.

Advanced Matching Technology for Consistency

The ID2600-XDS injectors benefit from Dual Slope Matching, a cutting-edge method that ensures consistent fueling across the entire operating range. This innovative approach matches the flow rate in both the linear and nonlinear operating ranges, providing better cylinder-to-cylinder consistency at low pulse widths. This means that regardless of the engine's operating conditions, the ID2600-XDS injectors deliver precise fuel delivery, minimizing the risk of misfires and improving overall engine performance. Additionally, the injectors are compatible with methanol/ethanol and all known hydrocarbons, making them versatile for a wide range of applications.

Key Specifications and Benefits

The ID2600-XDS injectors are built to withstand high-pressure fuel systems, with a maximum differential fuel pressure of 9.0 Bar (130.5 psi) and requiring a minimum of 11 volts. This ensures reliable performance even under the most demanding conditions. The injectors are also equipped with a USCAR electrical connector, making them easy to install in a variety of vehicles. With their exceptional flow rate, advanced matching technology, and robust construction, the ID2600-XDS injectors are the perfect choice for Audi 1.8L turbo engines seeking to maximize performance and efficiency.