Injector Dynamics ID1300-XDS Port Injectors for Lamborghini Huracán & Audi R8 Type 4S (Set of 10)
This Injector Dynamics ID1300-XDS set of ten, manufacturer part number 1300.34.14.14.10, is the configuration Injector Dynamics lists for the Lamborghini Huracán and Audi R8 “2015+.” For Audi applications, this listing is limited to the second-generation (Gen 2) Type 4S R8 V10. Audi model years vary by market, so verify the vehicle's chassis/generation and manufacturer part number rather than relying on model year alone.
Huracán and R8 Type 4S road cars use combined port/manifold and direct fuel injection. These injectors fit the port-injection circuit only. They do not replace or modify the factory direct injectors.
Not compatible with the first-generation Audi R8 Type 42, including Type 42 vehicles titled or registered as model year 2015.
Specifications
- Nominal flow rate: 1335 cc/min at 3.0 bar (43.5 psi), rated with iso-octane at 52°C (125°F)
- Maximum differential fuel pressure: 7.0 bar (101.5 psi)
- Body length: 34 mm
- Upper O-ring: 14 mm (no top adapter)
- Lower O-ring: 14 mm
- Injection architecture: port-injection circuit of a dual-injection fuel system
- Electrical: high impedance; USCAR connector; new mating connector supplied by Injector Dynamics
- Fuel compatibility per Injector Dynamics: all known fuels, including ethanol blends such as E85
Fitment
- Lamborghini Huracán 5.2L V10 with factory combined multi-point and direct injection
- Audi R8 Gen 2 / Type 4S 5.2L V10 with combined intake-manifold and direct injection
- Excludes all first-generation Audi R8 Type 42 applications
Verify compatibility using manufacturer part number 1300.34.14.14.10 and the vehicle chassis/generation before ordering.
Quantity
Sold as a set of ten (10) injectors.
Installation & Calibration
Professional installation and an application-appropriate calibration using Injector Dynamics characterization data are required.
Check applicable federal, state, and local emissions regulations before installing this part on a street-driven vehicle.
