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Install Video
Application
Maximum Rail Pressure

  • 180 bar / 2,600 psi (XDI-HPFP35)
  • 200 bar / 2,900 psi (XDI-2000cc, 2500cc & 3000cc Injectors) (Minimum Pulse Width .8m/s)
  • 250 bar / 3,600 psi (EVO)
  • 260 bar / 3,800 psi (XDI-HPFP60)
Mechanical Data
Geometric Volume

  • OEM: 1.12 cc/rev
  • HPFP35/EVO: 1.52 cc/rev (+36% capacity over OEM)
  • HPFP60: 1.82 cc/rev (+63% capacity over OEM)
  • Fuel Compatibility: All known fuels, all ethanol blends
  • Electric Connector: Bosch Compact 2-pin
  • Driver Profile: XDI, tuning changes needed
  • Accessories: Electric pigtail
  • Housing Material: Stainless steel, hard coated aluminum
  • Tuning Support: Standalone, SCT, COBB
  • Dry Weight: 1112 g
2000cc Injectors

Flow Rates

  • 2000 cc/min at 100 bar
  • 3000 cc/min at 220 bar

Power Capability

  • 684 BHP on E30
  • 527 WHP on E85
  • Performance: Rock-solid, perfectly linear
  • Fitment: 100% drop-in with OEM spray pattern
  • Cold Start & Idle: Stock-like cold start and idle, with only one ECU value change required
  • Tuning: Custom tuning required
Injector Testing and Documentation: Each XDI injector set is rigorously tested and matched at three critical operating points, with full documentation provided:

  1. Idle Stability: 0.8 ms at 20 bar
  2. Static Flow Reference: 10 ms at 100 bar
  3. WOT Performance and Stability: 6 ms at 200 bar
Power Potentials
Combinations and Power Potential:

2.3 Mustang with Stock Turbo

  • Required: XDI-HPFP35 to run full E85
  • No Additional Upgrades Needed: No low-pressure fuel pump, larger injectors, or port injection required
  • Power Output: Up to 450 lb-ft torque possible (not recommended on stock motor)
  • Estimated WHP: 383 WHP (auto) / 400 WHP (manual), turbo-limited

2.3 Mustang with Bigger Turbo and E85

  • Required: XDI-HPFP35 and XDI +50% DI-Injectors
  • Power Output: Over 420 WHP, up to 500–550 WHP

2.3 Mustang with Larger Turbo Above 680 WHP on E85

  • Required: XDI-HPFP60 and XDI +50% DI-Injectors
Note: Power numbers are estimates and can vary based on environmental factors, dyno type, and calibration.
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