Great Wall compatible OBD2 and ELM 327

List of OBD2 compatible Great Wall tested with our software EOBD-Facile

Our registered users have enabled us to create this table, and we thank them. It contains 10147 vehicles tested including 2940 of different types or configuration.

We remind you that the EOBD standard is governed by legislation that states that vehicles must be compatible from a specific date. More information on presentation of the OBD.

To easily diagnose your own car, download our EOBD-Facile car diagnostic software..

Select the make of your car
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Results of your search

idea All GASOLINE vehicle since 2001and DIESEL vehicle since 2004 are COMPATIBLE even if they are not in the list

attentionFind a vehicle make rapidly by using the search function in your web browser (CTRL + F) and for more details about the meaning of modes, check out our page OBD modes & PID.


To have access to all the information in the table, just sroll horizontally.

Make(1) Model Engine AM Fuel P(2) Protocol Mode 1 Mode 2 Mode 5(3) Mode 6 Mode 7 Mode 9

Great Wall Florid

Great WallFlorid1.52012Gas95 KWP SLOWBE3EB811
7E3E8000 C3000000C4000000 Yes30000000

Great Wall H6

Great WallH6Diesel2013Diesel140 CAN 11bit

Great Wall Peri

Great WallPeri1.3L2011Gas90 KWP SLOWBE3EA811
7E3E8000 C3000000C4000000 Yes30000000

Great Wall Steed 5

Great WallSteed 52.52011Diesel90 KWP FAST98190013
NoNo YesF0000000

Great Wall Voleex C30

Find the OBD2 port's location on Great Wall Voleex C30
Great wall
Voleex C301.5 VVT2011
7E3E8000 C3000000C4000000 Yes30000000

Great Wall Wingle

Find the OBD2 port's location on Great Wall Wingle
Great WallWingle2.8 TD2009Diesel90 KWP FAST98190013
NoNo YesF0000000
Great wallWingle2.0 TDi2012Diesel100 CAN 11bit
No00000000 YesNo

(1) - The digits between brackets (x3) correspond to the number of vehicles of the same type tested
(2) - Power in DIN horsepower (multiplied by 0.736 for the power in kW)
(3) - PID only supported for the main oxygen sensor (no.1)
Mode X column: A vehicle showing 00000000 on a mode means that no corresponding PID is active and that as a result the mode is supported but will not reply to any requests. None of the vehicles described below support mode 8.
Energy column: type of fuel, Die for diesel, Pet for petrol, Hyb for hybrid
Vehicles in this list are classified in alphabetical order depending on the make then the model, then in order of increasing power

If your vehicle is not in the table below, go to the next site also containing a list of vehicles tested. Note, the interface and protocol used as not all are supported by an ELM type interface.

Interpreting table data

The tables on this page represent lists of vehicles that are compatible with the OBD standard (EOBD or OBD2 depending on the country). Compatible vehicles can be diagnosed using generic (multibrand) ELM327 interfaces.

Table utility

There are several uses:

  • While the official dates for implementing the standard have been defined, manufacturers have implemented the standard more or less early. (See the official dates). The list can be used (if your vehicle is on it), to know in advance if you can buy an ELM interface and whether it will work with your vehicle.
  • The second piece of useful information is the "level" of implementation of the standard. In general, the more recent your vehicle, the more diagnoses you can do on it. The tables list the support modes and their parameters.

How was this list written?

We asked the users of our EOBD-Facile software to help create this list by returning their "log" file of the connection to their vehicle. In exchange for this contribution, the software functions are available for free. The exact procedure is explained on the EOBD-Facile software page.

Understanding sets of figures in the tables

To understand these figures, corresponding to the parameters (PID), we have included a small program free of charge in our software. It is available from the file menu and PID Decoder

PID decoder

Example for a 2005 Renault Scenic 1.9 dCi 120 hp

Just select the mode and enter the figures in the corresponding fields.

Here for Mode 1:

By entering the mode 1 figures in the PID decoder, we get a list of sensors that can be read:

  • Calculated charge
  • Coolant temperature
  • Intake manifold pressure
  • Engine speed
  • Vehicle speed
  • Intake air temperature
  • Intake air flow, etc.

The principle is the same for the other modes.