VAPON VP360 V3125 Adds Ford & Lincoln Odometer Correction Coverage

 More vehicle coverage. More cluster solutions. The VAPON VP360 OBD Odometer Correction Tool has been updated to Version V3125, adding a large number of new Ford, Lincoln, Chrysler, Dodge, and Jeep dashboard and instrument cluster mileage correction solutions. This release expands support for multiple RH850, SPC5606, SPC5645, NEC, 9S12, VDO, Continental, Denso, and full digital instrument cluster configurations across a wide range of vehicle platforms.

What's New
New Ford Models Added
Bronco
Ford Bronco 2022 Denso RH850 R7F701441
Ford Bronco 2021 Type 1 (R7F701405)
Ford Bronco 2021 Type 2 (Sport R7F701441)
Ford Bronco 2021 Type 3 (7-inch Screen R7F701441)
Ford Bronco 2020 Denso RH850

B-MAX
Ford B-MAX

C-MAX
Ford C-MAX Type 2 (2012)
Ford C-MAX Type 3 (2011 NEC 70F3425)
Ford C-MAX Type 5 (9S12)
Ford C-MAX Hybrid 2015- Denso SPC5606S+93C86+2XLCD

Transit Connect / E-Series
Ford Transit Connect 9S12
Ford E-50 9S12

EcoSport
Ford EcoSport Type 1 (2021- R7F701403 VDO)
Ford EcoSport Type 2 (2021- R7F701405 VDO)
Ford EcoSport Type 5 (2013-)
Ford EcoSport Type 6 (2013-)
Ford EcoSport Type 7 (2013- MC9S12XEQ384)
Ford EcoSport Type 8 (9S12)

Edge
Ford Edge 2020 SPC5604+24C32
Ford Edge 2019 RH850+93C86
Ford Edge 2018 Beta
Ford Edge 2014-2017 Type 2 (Dual Color Screens)
Ford Edge 2014-2017 Type 3 (Small Color Screen)
Ford Edge 2011 Type 2 (D70F3423)
Ford Edge Hybrid 2012

Endeavour
Ford Endeavour 2016- Small Color Screen SPC5606
Ford Endeavour 2015- Dual Color Screens SC667351+93C86

Escape
Ford Escape Type 1 (2020 R7F701441)
Ford Escape Type 2 (2020 R7F701405)
Ford Escape Type 3 (2020 Full Digital Instrument Cluster)
Ford Escape Type 4 (2019 Full Digital)
Ford Escape Type 5 (2013)
Ford Escape Type 7 (2006-2008 93C56)
Ford Escape Type 8 (9S12)
Ford Escape Type 9 (Hybrid)
Ford Escape Type 9 (Hybrid)

Escort
Ford Escort 2019 (Bench Mode) R7F701401+93C66

Everest
Ford Everest 2020 VDO R7F701405

Expedition
Ford Expedition 2022 R7F701441
Ford Expedition 2018 R7F701408+93C86
Ford Expedition 2017 Type 1
Ford Expedition 2017 Type 2 (SPC5606)
Ford Expedition 2015- Continental (SPC5606S)

Explorer Sport Trac
Ford Explorer Sport Trac 2017 TyOF
Ford Explorer Sport Trac 2014- D70F3423

Explorer
Ford Explorer Type 2 (2020 Limited RH850 Beta)
Ford Explorer Type 4 (2020 Full TFT Screen)
Ford Explorer Type 5 (2019 Full Digital)
Ford Explorer Type 6 (2018 Denso Beta)
Ford Explorer Type 9 (2016)
Ford Explorer Type 12 (2015- V1 Denso SPC5606S+93C86+2XLCD)
Ford Explorer Type 13 (2015- V2 Denso SPC5606S+93C86+2XLCD)
Ford Explorer Type 14 (2011- D70F3423)
Ford Explorer Type 14 (9S12- D76F3423)
Ford Explorer Type 18 (9S12)

F-Series
Ford F-150 2023 Tremor R7F701441
Ford F-150 2021 R7F701441
Ford F-150 2019
Ford F-150 2012-
Ford F-150 2011- Type 1

F-250
Ford F-250 2020 Type 1 (RH850)
Ford F-250 2020 Type 2 (RH850)
Ford F-250 2018 Type 1
Ford F-250 2018 Type 2
Ford F-250 2018 Type 3 (Custom R7F701405 VDO)
Ford F-250 2018 Type 4 (R7F701414 VDO)
Ford F-250 2018 Type 3
Ford F-250 2017 93C86
Ford F-250 2012-
Ford F-250 2011- Type 1

F-450
Ford F-450 2018 Type 1
Ford F-450 2018 Type 2
Ford F-450 2012-
Ford F-450 2011-

F-550
Ford F-550 2018 Type 1
Ford F-550 2018 Type 2
Ford F-550 2012-
Ford F-550 2011-

Other F-Series
Ford F-Series 50 2004- 9S12

Fiesta
Ford Fiesta 2020- Type 1 (R7F701403 VDO)
Ford Fiesta 2020- Type 2 (R7F701405 VDO)
Ford Fiesta 2019- R7F701405 VDO
Ford Fiesta 2017- Type 3 (R7F701405 VDO)
Ford Fiesta 2017- Type 4 (R7F701414 VDO)
Ford Fiesta 2013- Type 1
Ford Fiesta 2013- Type 2
Ford Fiesta 2013- Type 3 (MC9S12XEQ384)
Ford Fiesta Pre-2012

Five Hundred
Ford Five Hundred 9S12

Focus
Ford Focus 2019- Type 1 (R7F701403 VDO)
Ford Focus 2019- Type 2 (R7F701405 VDO OBDII+C21)
Ford Focus 2019- Type 3 (R7F701405 VDO)
Ford Focus 2018- Type 1 (R7F701403 VDO)
Ford Focus 2018- Type 2 (R7F701405 VDO)
Ford Focus 2013- Type 2 (SPC5606S)
Ford Focus 2011- D70F3425
Ford Focus 2010-
Ford Focus 2009- Multi-Function Screen
Ford Focus 2004- 9S12
Ford Focus Mk3 2011- NEC+95320
Ford Focus EV 2013- Denso SPC5606S+93C86+2XLCD

Galaxy
Ford Galaxy Mk2 Type 1 (9S12)
Ford Galaxy Mk2 Type 2 (9S12XX)
Ford Galaxy Mk3 2018 R7F701405 VDO

Kuga
Ford Kuga 2020 Full Digital Instrument Cluster
Ford Kuga 2013- Type 2 (Color Screen)
Ford Kuga 2013- Type 3 (Monochrome Screen)
Ford Kuga 2013- Type 4 (Monochrome Screen)
Ford Kuga 2013
Ford Kuga 2012
Ford Kuga 2010

Mondeo
Ford Mondeo Type 1 (Small Color Screen)
Ford Mondeo Type 3 (2015- Continental SPC5606S)
Ford Mondeo Type 4 (2015 Denso SPC56455+93C86)
Ford Mondeo Type 13 (2007 9S12X)
Ford Mondeo Type 14 (MAC7116)
Ford Mondeo Hybrid 2015- Denso SPC5606S+93C86+2XLCD
Ford New Mondeo Type 2 (Small Color Screens)

Mustang
Ford Mustang 2020 Shelby Cobra
Ford Mustang 2019
Ford Mustang 2018 Type 1
Ford Mustang 2018 Type 2 (Beta)
Ford Mustang 2018 Type 3 (Denso R7F701404 Beta)
Ford Mustang 2018 Type 4 (Full Digital SPC24C32)
Ford Mustang 2015-

Other Ford Models
Ford Police Interceptor 2016
Ford Puma R7F701405 VDO
Ford S-MAX Type 6 (9S12)
Ford S-MAX Type 7 (9S12XX)Ford S-MAX Mk2 2018 R7F701405 VDO
Ford Taurus 2015- Type 2 (Dual Color Screens)
Ford Taurus 2011- Type 1 (D70F3423)
Ford Tourneo Courier 2013-
Ford Tourneo 2012- D70F3425
Ford Tourneo 2006- 9S12
Ford Tourneo Courier 2016- D70F352X
Ford Tourneo Courier 2014- 9S12XEQ384
Ford Transit 2020- Type 1 (R7F701402 VDO)
Ford Transit 2020- Type 2 (R7F701403 VDO)
Ford Transit 2020- Type 3 (R7F701405 VDO)
Ford Transit 2019- Type 1 (Connect R7F701405 VDO)
Ford Transit 2019- Type 2 (Connect R7F701414 VDO)
Ford Transit 2018- Type 1
Ford Transit 2018- Type 2 (Custom R7F701405 VDO)
Ford Transit 2018- Type 3 (Custom R7F701414 VDO)
Ford Transit 2017- D70F3425
Ford Transit 2016- D70F352X
Ford Transit 2013 Courier
Ford Transit 2013 NEC 70F3425
Ford Transit 2013- D70F3425
Ford Transit 2012 24C32
Ford Transit 2011- NEC+95320
Ford Transit 2006- 9S12
Ford Transit Mk8 2016- NEC70F3525
Ford Transit Connect 2017

New Lincoln Models Added
Lincoln Aviator Type 1 (2019 Full Digital Instrument Cluster)
Lincoln Aviator Type 2 (2019 SPC5645)
Lincoln Aviator Type 3 (9S12)
Lincoln MKC 2019
Lincoln Continental 2018
Lincoln Continental 2016-
Lincoln Corsair 2021 Type 1 (RH850)
Lincoln Corsair 2021 Type 2 (Virtual Instrument SPC5645)
Lincoln Corsair 2020 Type 1
Lincoln Corsair 2020 Type 2 (Full Digital Instrument Cluster)
Lincoln Corsair 2019 RH850
Lincoln Mark LT
Lincoln MKS 2011- D70F3423
Lincoln MKS 2013
Lincoln MKS 2011- D70F3423
Lincoln MKS 2010-
Lincoln MKS 2007-2009
Lincoln MKX 2016-
Lincoln MKX 2013
Lincoln MKX 2011- D70F3423
Lincoln MKT 2011-
Lincoln MKT 2010-
Lincoln MKX 2011- Type 2 (D70F3423)
Lincoln MKX 2006-
Lincoln MKZ 2017-
Lincoln MKZ 2012-
Lincoln MKZ 2011- NEC3423+93C86+2XLCD
Lincoln MKZ 2007-
Lincoln Nautilus 2018
Lincoln Navigator Type 1 (2019)
Lincoln Navigator Type 2 (2018)
Lincoln Navigator Type 3 (2017)
Lincoln Navigator Type 6 (9S12)
Lincoln Town Car 9S12

New Chrysler Models Added
Chrysler 300M 2001-2004
Chrysler 300M 1998-2000
Chrysler Concorde 2001-2004
Chrysler Concorde 1998-2000
Chrysler LHS 2001-2004
Chrysler LHS 1998-2000
Chrysler Neon 2001-
Chrysler Neon 1999-2001
Chrysler New Sebring 2001-2006
Chrysler Pacifica 2003-2006
Chrysler Pacifica 2002-2005
Chrysler PT Cruiser 2002-2001
Chrysler Sebring 2001-2006
Chrysler Voyager 2001-2007

New Dodge Models Added
Dodge Caravan 2001-2007
Dodge Dakota 2001-2003
Dodge Durango 2001-2003
Dodge Intrepid 2001-2004
Dodge Intrepid 1998-2000
Dodge Ram 1500 2002-2005
Dodge Ram 1500 2000-2001
Dodge Ram 2500 2003-2005
Dodge Ram 3500 2003-2005

New Jeep Models Added
Jeep Grand Cherokee 2002-2004
Jeep Grand Cherokee 2002-2007
Jeep Wrangler 2003-2005

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Fixed: Yanhua Digimaster 3 Audi A4 (1E0F) Not Find Device Issue

Problem: I was using Yanhua Digimaster 3 to read 2005 Audi A4 by OBD, but it failed and gave an error "(1E0F) Not find device".

What's the problem?

Doesn't the D3 support the Audi A4?

Solution

Yanhua D3 can read Audi A4 until 2012.

For the 2005 A4,

1) Please enter the "A4 2002-2005" option;

2) Remember to turn on vehicle flashing lights when reading.

This problem can be solved.

Read Also:

Why does Yanhua Digimaster 3 Occurs "(1E0F) Not find device" Error?

http://blog.obd2shop.co.uk/why-yanhua-digimaster3-occurs-1e0f-not-find-device-error/

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Fixed: Yanhua D3 Fail to Load Application Program! 0X2AF9 Error

Problem: The Yanhua Digimaster 3 was prompted with the "Fail to Load Application program!" Connect server(sale.autoemaster.com) failed. Network error: 0X2AF9" even though I connected it with a network cable.

What's the problem? Please advise.

Solution

1. Management >> Remote Assistance >> Set IP >> Automatically Obtain IP Address >> OK

2. Go to "Update".

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Can Yanhua Digimaster 3 Adjust 2012 Nissan Note 24C16 Mileage?

One customer wants to know if Yanhua Digimaster 3 can support the 2012 model Nissan Note 24C16 chip mileage adjustment. And he cannot find the path on the device.

Here Obd2shop.co.uk Engineer Replies:

The answer is Yes, Yanhua D3 can support it.

Please follow the path to read 24C16 chip data for odometer correction:

Programmer >> IC Read >> 24C16

Then download the data and send it to us, we will ask the technician to modify it manually. Please indicate the number of original kilometers and the number of kilometers that need to be changed.

Technical Support

Email: Sales@OBD2shop.co.uk

Wechat: +86-139 8375 5934

Whatsapp: +86-139 8375 5934

Skype: OBD2tool.co.uk

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How to use Yanhua Digimaster 3 MEM ICP Solder-Free Adapter?

This is an operation guide on using Yanhua Digimaster 3 + MEM ICP solder-free programming adapter for mileage correction. Read this article to learn how to do it.

Accessories

MEM-ICP adapter

3M fixed piece

Solder-free programming bracket

8PIN chip clip

14PIN cable

Yanhua Digimaster III

Odometer module

Check the video to learn:

Installation

1. Confirm the location of the standard 8-pin EEPROM chip and crystal. Select an appropriate position to fix the 3M piece according to the crystal position and bracket length.

2. When crystal pin spacing is > 5mm, install the solder-free bracket to the A column. When crystal pin spacing is < 5mm, install the solder-free bracket to the B column(In this case, install it to the A column). 

The white probe is removable that can be used to short the crystal in different packages(In this case, adjusted it to 12).

3. Connect the 14PIN cable and 8PIN chip clip, and install a solder-free bracket. Adjust the angle, and shorten the crystal. Please note that the red line means PIN-I. Clamp the 8-pin chip, and connect the MEM-ICP adapter with the 14PIN cable. Then connect the adapter to Digimaster III. 

Operation

Select an option based on car and chip model:

Instrument system >> Japan&Korea >> Subaru >> Outback >> 2006 >> Confirm chip model is 93C56, click Next >> MEM-ICP

You can drop down the help image to guide the connection. As you can see, green indicates that the 8-pin chip and the crystal are well connected. Click "OK".

Confirm the current mileage, and click "OK".

Save the original file.

Enter the new mileage, and click "OK".

Write data success.

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Yanhua Mini ACDP Read & Write CAS ISN by ICP to Replace DME

This is a tutorial on how to use Yanhua Mini ACDP to read and write CAS ISN by ICP for DME replacement. Make sure you've purchased Module 1 & Module 27 before operation.

Here's replacing MSV80 as an example. The method also goes the same for BMW E/F chassis MSD80, MSD81, MSD85, MSD87, and MSV90 DME replacement.

Full operation video:

Step1. Read The Donor DME ISN That Needs To Be Replaced

(NOT The Original DME)

Installation:

1) Connect the MSV80 interface board to the DME, and connect the OBP+ICP adapter.

2) Shortcircuit the CAN resistor on the OBP+ICP adapter to the "CAN-R-JOIN" end.

3)Connect to the ACDP host and power on it.

Operation:

Mini ACDP >> Confirm Internet connection >> BMW >> DME ISN >> BENCH Mode Read/Write DME ISN >> SIEMENS/Continental DME >> Exx >> N51(MSV80) >> Read ISN

Confirm that the connection between ACDP and DME is normal, click "Continue".

Check the chip info readout, and click "Continue".

Long press to copy the ISN(the ISN will be used later), and click "OK".

Read ISN complete, and click "OK".

Step2. Read The Original CAS Data

Stat Installing CAS3:

1) Find the location of the interface board positioning hole, and install the support studs.

and BMW_CAS3 interface board.

2) Connect the OBP+ICP adapter to the BDM01 adapter. Connect BMW_CAS3 interface board.

Return Back To BMW Option:

CAS1~4 >> CAS3/CAS3+ >> ICP Mode >> Read/Write CAS ISN(Replace DME) >> MC9S12XDP512(Mask 0L15Y/0M23S) >> Read CAS EEPROM

Confirm that ACDP is connected to the device normally, click "OK".

Wait for pin detection to complete, and click "OK".

Wait for the chip reading...

Click "Save a file".

Read data succeeded.

Step3. Modify CAS Data With Working Key

Installation:

Unplug the OBP+ICP, connect the BAV KEY adapter to the ACDP host, and insert the working key.

Operation:

Modify ISN >> Replace 32-bit ISN DME >> OK >> Select the EERPOM file you saved

Confirm that the connection between ACDP and BAV adapters is normal, click "OK".

Take a screenshot to save the read-out key info, and click "OK".

Modify >> Click ISN code and clear it >> Paste or enter the read donor DME ISN >> Modify

Modify data finish.

Save >> Save a file

Step4. Write The Modified CAS Data

Installation:

Unplug the BAV-KEY adapter, and connect the OBP+ICP.

Operation:

Go back to the previous step, and click "Write CAS EEPROM".

Confirm that the connection between ACDP and the device is normal, click "OK".

Wait for pin detection to complete, and click "OK".

Please select EEPROM data.

Waiting for chip decryption...

Write data succeeded.

DME replacement completed.

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Yanhua Digimaster 3 + Solderless Adapter User Guide

This is a guide for you to use Yanhua Digimaster 3 + solderless adapter for mileage adjustment. Including installation and operation step by step.

How to install Yanhua D3 & solderless adapter?

1. Connect Digimaster 3 and Yuanhua solderless adapter via a power cable.

2. Connect the chip and Yuanhua solderless adapter via chip clip or Puncture socket. The red line needs to match Pin1 of the chip.

3. Select the corresponding chip model through "CHOOSE" on the adapter:

My dashboard computer here is a 2009 VW Bora, chip no. 24C32. So I gonna choose 24XXX, then press test, and start pin detection.

*If the pin detection fails, please adjust the chip clip and press the test again.

4. When passing the pin detection, connect the adapter and Digimaster 3

How to use Yanhua D3 for mileage correction?

Meter system >> Europe >> Volkswagen >> Bora >> 18G920826 >> 2009 and next

Check the original mileage, and press "YES".

Save the original data.

Now we can program new mileage.

Enter the new mileage value, then choose "OK".

Mileage adjustment is successful.

Complete.

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