Dyno Results ESS 650 Dyno
Vital Statistics
  • Vehicle / Motor
  • Dyno Type
  • Dyno Correction
  • Download Dyno Files
  • Boost Log
 BMW E9x M3 (S65 Motor)
Dynojet
Uncorrected
Download-1
Boost pressure (8.00 PSI) is not verified. Boost log not available.
Configuration / Modifications:
  • ESS Supercharger VT2-650 @ 8.00 PSI Boost
  • Aquamist Methanol Injection
  • Both CAT Delete
  • Gintani Cross-Pipe
  • Borla Quad-Resonator Exhaust
  • 93 Octane (US), 97.5 Octane (RON)
  • Dual Clutch Transmission
Measured Results:
  • Torque
  • Horsepower
 395 FT/LBS
607 HP 		@ 7610 RPM
@ 8350 RPM 		(535.5 NM)
(615.4 PS) 		(54.61 KGM)
(452.6 KW)
Dyno Graphs:
Alternate Images:

Car and Modifications:

  • 2009 BMW M3
  • ESS VT2-650 Supercharger kit @ 8.0 PSI Boost +Meth
  • Aquamist HFS-3 Methanol Injection
  • Both CAT Delete
  • Gintani X-Pipe
  • Borla Exhaust
  • 93 Octane
  • DCT

Conditions:

  • Temperature:: 51.35 degrees F
  • Atmospheric pressure: 29.28 inHg
  • Humidity: 35%
  • Density Altitude:  310 Ft.
  • SAE Correction: 0.975
  • STD Correction:  1.002
  • Uncorrected: 1.000

Results:

  • SAE Corrected: 592whp @ 8350 RPM, 385wtq @ 7610 RPM
  • STD Corrected: 608whp, 396wtq
  • Uncorrected: 607whp, 395wtq

Dyno Database:

Individual Dyno Results:

The legend below has the following meaning:

  • Dyno Run:  Dyno run file
  • Timestamp
  • Temp(F) = Temperature (Farenheit)
  • RelH = Relative Humidity
  • Pressure(Hg) = Barometric Pressure
  • DA(ft) = Density Altitude
  • WHP(unc) = Uncorrected wheel horsepower
  • WTQ(unc) = Uncorrected wheel torque
  • WHP(SAEd) = SAE Corrected Horsepower using Dynojet weather station.
  • WTQ(SAEd) = SAE Corrected Torque using Dynojet weather station.
Dyno Run Timestamp Gasoline Temp(F) RelH Press(Hg) DA(ft) WHP(unc) WTQ(unc) WHP(SAEd) WTQ(SAEd)
Run_016 20:18:35 93 Oct +Meth 51.35 29.28 35.00 310 606.9 394.8 591.7 384.9
Run_017 20:19:12 93 Oct +Meth 52.90 29.29 34.00 403 593.6 391.6 579.7 382.4
Run_018 20:21:10 93 Oct +Meth 52.24 29.29 34.00 358 584.2 387.4 569.9 378.0

* Entry used for the Dyno Database

Graphs: