Tuesday, July 12, 2016

BMW E60 E61 hidden secret menu

Warning!

Do this at your own risk!
We are not responsible for any loss or damage.

BMW E60 E61 hidden menu

  1. Turn the ignition on.
  2. Press and hold trip reset button. Instrument cluster will show warning sign, next oil sign.
  3. Release the button when FGSTNR appears on the display. After few seconds a 7-digit number will appear. Last 5 digits are also the end of your cars VIN.
  4. Add up last 5 digits together (1+2+3+4+5=15).
  5. Press and hold trip reset button until 01.__ is displayed, then immediately press trip reset button couple of times to navigate to position 19.__. “LOCK ON” will be displayed. After couple of seconds “CODE: 00” will appear.
  6. Use trip reset button to enter your code (added up last 5 digits from 01.__ position).
  7. Now the hidden menu is unlocked and you can browse all its tests.

BMW E60 E61 hidden menu description

  • 01.__
    • 01.00 – FGSTNR (vehicle identyfication number)
    • 01.01 – K-ZAHL W/T
    • 01.02 – BMWTNR
    • 01.03 – COD DIA (diagnostic codes)
    • 01.04 – KI HSTLDATUM
    • 01.05 – HW AEI (hardware version)
    • 01.06 – SW (software version)
    • 01.07 – KODIERDATEN (coding date)
    • 01.08 – CAN
  • 02.__
    • 02.00 – KI TEST (instrument cluster test)
  • 03.__
    • 03.00 – UNBELEGT (not used)
  • 04.__
    • 04.00 – VERM-MOM (current fuel consuption)
    • 04.01 – VERM-MOM (current fuel consuption)
    • 04.02 – D-VERB1 LIT (data used for calculating average fuel consumption)
    • 04.03 – D-VERB1 WEG (data used for calculating average fuel consumption)
    • 04.04 – D-VERB2 LIT (data used for calculating average fuel consumption)
    • 04.05 – D-VERB2 WEG (data used for calculating average fuel consumption)
  • 05.__
    • 05.00 – RW-VERB (fuel consumpion used to calculating range)
    • 05.01 – RW-MOM (calculated range)
  • 06.__
    • 06.00 – TANK L R S (fuel level readouts from left sensor, right sensor and estimated sum)
    • 06.01 – TANK-ANZ PH
    • 06.02 – TANK-ADC L R (raw data from fuel level sensors)
  • 07.__
    • 07.00 – KTMP-MOM (coolant temperature)
    • 07.01 – ATMP-MOM (ambient air temperature, momentary)
    • 07.02 – ATMP-ADC (ambient air temperature, average)
    • 07.03 – N-MOT-MOM (engine speed)
    • 07.04 – N-VWF-MOM (current start position of tachometer yellow field)
  • 08.__
    • 08.00 – V-EFF (real current speed)
    • 08.01 – V-ANZ (fake current speed to be shown on the speedometer)
    • 08.02 – V-SZ (target speed set by the cruise control)
    • 08.03 – DGESCH1 WEG
    • 08.04 – DGESCH1 ZEIT
    • 08.05 – DGESCH2 WEG
    • 08.06 – DGESCH2 ZEIT
  • 09.__
    • 09.00 – UB (battery voltage)
  • 10.__
    • 10.00 – KM / WOCHE
    • 10.01 – GELB CBS H A
    • 10.02 – SC-STATUS
    • 10.03 – CBS-MODE
    • 10.04 – TAG-ZAEHLER
  • 11.__
    • 11.00 – ZEIT-EINH (12h / 24h clock mode)
    • 11.01 – WEG-EINH (distance and speed units)
    • 11.02 – TEMP-EINH (tempretature units)
    • 11.03 – VERB-EINH (fuel consuption units)
  • 12.__
    • 12.00 – V-ANKUNFT (average speed used for calculating ETA)
    • 12.01 – ANK_ZEIT (ETA)
  • 13.__
    • 13.00 – AUDIO (instrument cluster speaker test)
  • 14.__
    • 14.00 –
    • 14.01 – FSP01
    • 14.02 – FSP02
    • 14.03 – FSP03
    • 14.04 – FSP04
    • 14.05 – FSP05
    • 14.06 – FSP06
    • 14.07 – FSP07
    • 14.08 – FSP08
    • 14.09 – FSP09
    • 14.10 – FSP10
  • 15.__
    • 15.00 – PORT 00h
    • 15.01 – PORT 01h
    • 15.02 – PORT 02h
    • 15.03 – PORT 03h
    • 15.04 – PORT 04h
    • 15.05 – PORT 05h
    • 15.06 – PORT 06h
    • 15.07 – PORT 07h
    • 15.08 – PORT 08h
    • 15.09 – PORT 09h
    • 15.10 – PORT 0Ah
    • 15.11 – PORT 0Bh
  • 16.__
    • 16.00 – DIMMRAD-CAN
    • 16.01 – PHOTO-ADC
    • 16.02 – DIMM-PWM S Z
    • 16.03 – DIMM-PWM D K
  • 17.__
    • 17.00 – DISP-HEIZ
    • 17.01 – NTC1 NTC2
    • 17.02 – KONTR-PWM
  • 18.__
    • 18.00 – CC-TEST? (warning lights test)
  • 19.__
    • LOCK (hidden menu lock)
  • 20.__
    • 20.00 – KORR-VERBR (fuel consumption correction factor)
    • 20.01 – 1er KORR (add 1 to correction factor)
    • 20.02 – 10er KORR (add 10 to correction factor)
    • 20.03 – 100er KORR (add 100 to correction factor)
  • 21.__
    • 21.00 – RESET? (resets date, time and trip computer memory)

Sunday, August 11, 2013

About BMW e60.
The BMW E60 is the BMW 5 Series automobile, replacing the BMW E39 in 2003. It was replaced by the BMW F10 in March 2010. The E60 was available in both sedan and station wagon (E61) platforms. The BMW M5 is the high performance version of the range, and was one of the highest performance sedans on the market.



Alpina B5 (2005-)

In 2005 Alpina introduced the B5 powered by a supercharged 4.4 litre V8 [7] producing 500 hp (373 kW; 507 PS) and 700 N·m (520 lb·ft) of torque. It was available only with 6 speed ZF transmission. Top speed is 314 km/h (195 mph) and 0–100 km/h time is 4.7 seconds - same as the E60 M5.

M5

The BMW M5 is powered by a 5 litre V10 engine. Revving to 8250 rpm, the engine produced 507 hp (378 kW) at 7750 rpm and 520Nm (383 lb-ft) at 6100 rpm.[citation needed] 0–100 km/h time is 4.7 seconds (although this has proven to be a conservative number. Tests have shown it to be capable of 4.1 seconds with the 6-speed manual and possibly faster with SMG's launch control program) while top speed is limited to 250 km/h (155 mph).

BMW 5 Series Security

It is an armoured version of BMW 5 Series sedan with ballistic protection level B4. It included a choice of 367 PS (270 kW; 362 hp) V8 (from BMW 550i) and 258 PS (190 kW; 254 hp) I6 (from BMW 530i) engines, high-performance fibre composites (aramid, polyethylene) and special-purpose steel reinforced chassis, 21 millimetres thick glass with a polycarbonate layer for the windows.[8]

The vehicle was unveiled in 2005 Frankfurt Motor Show.[9]

BMW 5 Series Authority Vehicle

It is a version of 5 Series vehicle designed for police forces, fire services and emergency rescue services. It included firearm bracket in the rear center armrest.[10]

Development

The development programme for the E60 began in 1997, concluding in 2003. The final design, penned by David Arcangeli under the directorship of Chris Bangle, was approved in 2000 and German design patents filed on April 16, 2002.

Comparison with predecesso

While its predecessor shared many similarities to the 7 series, the E60 was different from other BMWs in production at the time. The E60 is longer, wider, heavier and higher than the previous model, which translates into more interior and trunk space. The E60 introduced a different design language to the 5-series line with a much rounder body and an interior, while not driver-oriented like in the E39, is flat like in the E65 7-series with an LCD display, basic buttons and the iDrive system.


Aftermarket companies

The E60 received much acclaim from the automotive community, prompting aftermarket companies that specialized in BMW modifications to produce aftermarket parts for the E60. Companies produced copies of the M-Sport parts for the E60. Hamann, AC Schnitzer, Hartge, Dinan parts also started to flood the market as these companies realized the parts were in high demand. Soon enough, many companies started to make replica parts that were being produced, again due to the high demand for inexpensive quality parts. Furthermore, many performance companies also started to produce parts to increase the power of the already swift E60.

Platform derivates

A derivative of the E60 is the E63/E64 which forms the iteration of the 6 Series coupe. A factory-stretched long-wheelbase version of the E60 5-Series was offered in China, as a response to the Audi A6 L. It offered much of the rear legroom of a large executive saloon (e.g. BMW 7-Series or Mercedes-Benz S-Class), but in a cheaper, simpler model. As of 2009, trim levels included the 520Li, 523Li, 525Li, and 530Li.[citation needed]

Technology

BMW 530xi wagon
E60 body was made using aluminium for the front of the car, and steel for the passenger cabin and rear thus making 50:50 weight balance.[11] E60 was available with BMW's xDrive system in 525xi, 528xi, 530xi, 535xi, 525xd and 530xd models.

Equipment

Its iDrive system has been simplified from the system in the 7 Series. It can be ordered with a full array of options such as active cruise controlhead-up display, active steering, and the Harman Kardon Logic7 stereo system. Other available equipment in E60 was ESP, BMW Dynamic Stability Control (DSC), Voice Control, Adaptive Headlights, BMW Night Vision, Active Headrests, Xenon headlights, Run-flat tyres and other equipment typical for luxury cars. Equipment in E60 was always upgrading, Active Cruise Control with Stop & Go function, Adaptive Headlights, LED rear lights, Lane Departure Warning, Brake Force Display was available few years after the 



BMW 5 Series e60 Secret Menu Codes

01.00-Last 7 digits of VIN / chassis number
01.03 – Diagnostic Code
01.04 – Instrument Panel Manufacturing Date
01.06 – Software Version
01.08 – CAN or MOST BUS version
02.00 – Instrument Panel Test
03.00 – Not used
04.00 – Current fuel consumption in litres/100km
04.01 – Current fuel consumption in litres/hour
04.02 – Numbers of litres used when calculating mpg for computer
04.03 – Number of km covered using the number of litres of fuel in 04.02 above
04.04 – Numbers of litres used when calculating mpg for journey
04.05 – Number of km covered using the number of litres of fuel in 04.04 above
05.00 – RW-VERB
05.01 – Range remaining on current fuel, calculated from 5.00
06.00 – Number of litres of fuel remaining in both the left and the right tank. Final figure seems to be rough sum of the pair.
06.01 – Average litres of fuel remaining
07.00 – Coolant temperature
07.01 – Outside temperature
07.03 – Current engine RPM
07.04 – This shows the current level of the “yellow” zone of the tacho which increase as the engine warms up
08.00 – Current true speed in km/h
08.01 – Current speed indicated to driver via dash and HUD. This is always a few km/h higher than the actual speed
08.02 – Speed cruise control set to
09.00 – Battery Voltage
11.00 – Time format
11.01 – Distance format (km/h, mls/h)
11.02 – Temperature format
11.03 – Consumption format
12.00 – Avg speed used to estimate time of arrival
12.01 – Estimated time of arrival based on speed above
13.00 – Sound Test
16.00 – Dashboard lighting
16.01 – Photo sensor signal
18.00 – Check Control Tests
19.00 – Unlock Menu
21.00 – Reset (it’s the same like disconnecting the battery)