Look-up

Calibration addresses

The maps extracted from the factory definition, with their addresses, dimensions, scalers and axes, followed by the cross-calibration offset matrix across the six benchmark firmware releases.

Signedness is not fully trustworthy. The definition is XDF-derived and its own header records that signedness was generator-guessed, that six of seven tuned maps were wrong, and that 6 symbols carried a corrected value. Every map below therefore carries a badge. A guess is not presented as a fact.

Extracted from ecu\06A906032HS\defs\06A906032HS.a2l.

Extracted calibration maps. Expand a row for its axes and scalers.

Symbol

Definition name

Address

Dim

Record

Factor

Unit

Signedness

KFZW

_KFZW__Ignition_angle_map___Z_ndwinkel

0x12120

16×12

8-bit

0.75

grad KW

verified

axes, scalers and physical meaning

Address

0x12120

Dimensions

16 × 12

Record

RL_UBYTE

Axes, scalers and physical meaning
Axis	Symbol	Address	Points	Factor	Unit
x	KFZW	0x1311C	12	0.023438	%
y	KFZW	0x130CA	16	0.25	U/min

physical = raw × 0.75 + 0.0 grad KW

KFZW2

_KFZW2__Ignition_angle_map__variant_2_

0x121E0

16×12

8-bit

0.75

grad KW

unverified

axes, scalers and physical meaning

Address

0x121E0

Dimensions

16 × 12

Record

RL_SBYTE

Axes, scalers and physical meaning
Axis	Symbol	Address	Points	Factor	Unit
x	KFZW2	0x1311C	12	0.023438	%
y	KFZW2	0x130CA	16	0.25	U/min

physical = raw × 0.75 + 0.0 grad KW

KFZWMN

_KFZWMN__Map_for_minimal_ignition_angl

0x178DA

16×12

8-bit

0.75

grad KW

unverified

axes, scalers and physical meaning

Address

0x178DA

Dimensions

16 × 12

Record

RL_SBYTE

Axes, scalers and physical meaning
Axis	Symbol	Address	Points	Factor	Unit
x	KFZWMN	0x178CE	12	0.75	%
y	KFZWMN	0x178BE	16	40.0	Upm

physical = raw × 0.75 + 0.0 grad KW

KFMIRL

_KFMIRL__Engine_load_desired___Kennfel

0x150CC

16×16

16-bit Lo-Hi (word)

0.023438

verified

axes, scalers and physical meaning

Address

0x150CC

Dimensions

16 × 16

Record

RL_UWORD

Axes, scalers and physical meaning
Axis	Symbol	Address	Points	Factor	Unit
x	KFMIRL	0x150AC	16	0.001526	%
y	KFMIRL	0x1508C	16	0.25	U/min

physical = raw × 0.023438 + 0.0 %

KFMIOP

_KFMIOP__Optimal_engine_torque_map___K

0x16970

16×11

16-bit Lo-Hi (word)

0.001526

unverified

axes, scalers and physical meaning

Address

0x16970

Dimensions

16 × 11

Record

RL_SWORD

Axes, scalers and physical meaning
Axis	Symbol	Address	Points	Factor	Unit
x	KFMIOP	0x16AD2	11	0.023438	%
y	KFMIOP	0x130A8	16	0.25	U/min

physical = raw × 0.001526 + 0.0 %

LDRXN

_LDRXN__Maximum_specified_load___Maxim

0x1F076

1×16

16-bit Lo-Hi (word)

0.023438

unverified

axes, scalers and physical meaning

Address

0x1F076

Dimensions

1 × 16

Record

RL_SWORD

Axes, scalers and physical meaning
Axis	Symbol	Address	Points	Factor	Unit
x	LDRXN	0x1F056	16	0.25	U/min
y	—	—	0	—	—

physical = raw × 0.023438 + 0.0 %

LAMFA

_LAMFA__driver_desired_Lambda___Lambda

0x1CEAC

15×6

8-bit

0.007813

verified

axes, scalers and physical meaning

Address

0x1CEAC

Dimensions

15 × 6

Record

RL_UBYTE

Axes, scalers and physical meaning
Axis	Symbol	Address	Points	Factor	Unit
x	LAMFA	0x1CEA0	6	0.003052	%
y	LAMFA	0x1CE90	15	40.0	Upm

physical = raw × 0.007813 + 0.0 -

KFLBTS

_KFLBTS__Desired_AFR_for_component_pro

0x19307

12×16

8-bit

0.007813

unverified

axes, scalers and physical meaning

Address

0x19307

Dimensions

12 × 16

Record

RL_SBYTE

Axes, scalers and physical meaning
Axis	Symbol	Address	Points	Factor	Unit
x	KFLBTS	0x193C8	16	40.0	Upm
y	KFLBTS	0x1CFF8	12	0.023438	%

physical = raw × 0.007813 + 0.0 -

KFFDLBTS

KFFDLBTS

0x191E5

12×16

8-bit

0.007813

unverified

axes, scalers and physical meaning

Address

0x191E5

Dimensions

12 × 16

Record

RL_SBYTE

Axes, scalers and physical meaning
Axis	Symbol	Address	Points	Factor	Unit
x	KFFDLBTS	0x178BE	16	40.0	Upm
y	KFFDLBTS	0x1CFF8	12	0.023438	%

physical = raw × 0.007813 + 0.0 -

Faktor Delta Lambdasoll fÃ¼r Bauteileschutz

KFLDRL

KFLDRL

0x1E8F4

16×10

16-bit Lo-Hi (word)

0.005

verified

axes, scalers and physical meaning

Address

0x1E8F4

Dimensions

16 × 10

Record

RL_UWORD

Axes, scalers and physical meaning
Axis	Symbol	Address	Points	Factor	Unit
x	KFLDRL	0x1EC48	10	0.005	%
y	KFLDRL	0x13064	16	0.25	U/min

physical = raw × 0.005 + 0.0 %

KF zur Linearisierung Ladedruck=f(TV)

LDORXN

LDORXN

0x1998F

1×8

8-bit

0.75

verified

axes, scalers and physical meaning

Address

0x1998F

Dimensions

1 × 8

Record

RL_UBYTE

Axes, scalers and physical meaning
Axis	Symbol	Address	Points	Factor	Unit
x	LDORXN	0x10086	8	40.0	Upm
y	—	—	0	—	—

physical = raw × 0.75 + 0.0 %

Maximalfuellung LDR bei E_ldo (Ãberladefehler)

DZWDYN

DZWDYN

0x1A234

1×6

8-bit

0.75

grad KW

verified

axes, scalers and physical meaning

Address

0x1A234

Dimensions

1 × 6

Record

RL_UBYTE

Axes, scalers and physical meaning
Axis	Symbol	Address	Points	Factor	Unit
x	DZWDYN	0x182D3	6	—	-
y	—	—	0	—	—

physical = raw × 0.75 + 0.0 grad KW

FrÃ¼hverschiebung des BrenngrenzenzÃ¼ndwinkels bei Tip-In

KFPED

KFPED

0x163B4

16×12

16-bit Lo-Hi (word)

0.003052

unverified

axes, scalers and physical meaning

Address

0x163B4

Dimensions

16 × 12

Record

RL_SWORD

Axes, scalers and physical meaning
Axis	Symbol	Address	Points	Factor	Unit
x	KFPED	0x16862	12	0.25	U/min
y	KFPED	0x1687C	16	0.001526	% PED

physical = raw × 0.003052 + 0.0 %

Relatives Fahrerwunschmoment aus Fahrpedal

KFZW 0x12120

Definition name: _KFZW__Ignition_angle_map___Z_ndwinkel
Dimensions: 16 × 12
Record: RL_UBYTE
Factor: 0.75
Unit: grad KW
Signedness: verified
x axis: KFZW @ 0x1311C · 0.023438 %
y axis: KFZW @ 0x130CA · 0.25 U/min
Formula: physical = raw × 0.75 + 0.0 grad KW

KFZW2 0x121E0

Definition name: _KFZW2__Ignition_angle_map__variant_2_
Dimensions: 16 × 12
Record: RL_SBYTE
Factor: 0.75
Unit: grad KW
Signedness: unverified
x axis: KFZW2 @ 0x1311C · 0.023438 %
y axis: KFZW2 @ 0x130CA · 0.25 U/min
Formula: physical = raw × 0.75 + 0.0 grad KW

KFZWMN 0x178DA

Definition name: _KFZWMN__Map_for_minimal_ignition_angl
Dimensions: 16 × 12
Record: RL_SBYTE
Factor: 0.75
Unit: grad KW
Signedness: unverified
x axis: KFZWMN @ 0x178CE · 0.75 %
y axis: KFZWMN @ 0x178BE · 40.0 Upm
Formula: physical = raw × 0.75 + 0.0 grad KW

KFMIRL 0x150CC

Definition name: _KFMIRL__Engine_load_desired___Kennfel
Dimensions: 16 × 16
Record: RL_UWORD
Factor: 0.023438
Unit: %
Signedness: verified
x axis: KFMIRL @ 0x150AC · 0.001526 %
y axis: KFMIRL @ 0x1508C · 0.25 U/min
Formula: physical = raw × 0.023438 + 0.0 %

KFMIOP 0x16970

Definition name: _KFMIOP__Optimal_engine_torque_map___K
Dimensions: 16 × 11
Record: RL_SWORD
Factor: 0.001526
Unit: %
Signedness: unverified
x axis: KFMIOP @ 0x16AD2 · 0.023438 %
y axis: KFMIOP @ 0x130A8 · 0.25 U/min
Formula: physical = raw × 0.001526 + 0.0 %

LDRXN 0x1F076

Definition name: _LDRXN__Maximum_specified_load___Maxim
Dimensions: 1 × 16
Record: RL_SWORD
Factor: 0.023438
Unit: %
Signedness: unverified
x axis: LDRXN @ 0x1F056 · 0.25 U/min
y axis: — @ — · — —
Formula: physical = raw × 0.023438 + 0.0 %

LAMFA 0x1CEAC

Definition name: _LAMFA__driver_desired_Lambda___Lambda
Dimensions: 15 × 6
Record: RL_UBYTE
Factor: 0.007813
Unit: -
Signedness: verified
x axis: LAMFA @ 0x1CEA0 · 0.003052 %
y axis: LAMFA @ 0x1CE90 · 40.0 Upm
Formula: physical = raw × 0.007813 + 0.0 -

KFLBTS 0x19307

Definition name: _KFLBTS__Desired_AFR_for_component_pro
Dimensions: 12 × 16
Record: RL_SBYTE
Factor: 0.007813
Unit: -
Signedness: unverified
x axis: KFLBTS @ 0x193C8 · 40.0 Upm
y axis: KFLBTS @ 0x1CFF8 · 0.023438 %
Formula: physical = raw × 0.007813 + 0.0 -

KFFDLBTS 0x191E5

Definition name: KFFDLBTS
Dimensions: 12 × 16
Record: RL_SBYTE
Factor: 0.007813
Unit: -
Signedness: unverified
x axis: KFFDLBTS @ 0x178BE · 40.0 Upm
y axis: KFFDLBTS @ 0x1CFF8 · 0.023438 %
Formula: physical = raw × 0.007813 + 0.0 -

KFLDRL 0x1E8F4

Definition name: KFLDRL
Dimensions: 16 × 10
Record: RL_UWORD
Factor: 0.005
Unit: %
Signedness: verified
x axis: KFLDRL @ 0x1EC48 · 0.005 %
y axis: KFLDRL @ 0x13064 · 0.25 U/min
Formula: physical = raw × 0.005 + 0.0 %

LDORXN 0x1998F

Definition name: LDORXN
Dimensions: 1 × 8
Record: RL_UBYTE
Factor: 0.75
Unit: %
Signedness: verified
x axis: LDORXN @ 0x10086 · 40.0 Upm
y axis: — @ — · — —
Formula: physical = raw × 0.75 + 0.0 %

DZWDYN 0x1A234

Definition name: DZWDYN
Dimensions: 1 × 6
Record: RL_UBYTE
Factor: 0.75
Unit: grad KW
Signedness: verified
x axis: DZWDYN @ 0x182D3 · — -
y axis: — @ — · — —
Formula: physical = raw × 0.75 + 0.0 grad KW

KFPED 0x163B4

Definition name: KFPED
Dimensions: 16 × 12
Record: RL_SWORD
Factor: 0.003052
Unit: %
Signedness: unverified
x axis: KFPED @ 0x16862 · 0.25 U/min
y axis: KFPED @ 0x1687C · 0.001526 % PED
Formula: physical = raw × 0.003052 + 0.0 %

Named in the prose, absent from the definition

These symbols appear in the manual's text but not in the extracted definition. They are listed so their absence is visible. A list of absences is information; a plausible wrong address is not.

DKEINSDKFZVKFAKTKFASIAKFMIDKFNWDKKFSWSAKFTVSKFZWR1LDRLDPLDRLDSNMKNWDKRLMAXRLOFSWIRLWDKSWDKSBRWKMK

Cross-calibration address offsets

No. · Symbol Name · Dimensions & Type · Axis Type
No.	Symbol Name	Dimensions & Type	Axis Type	`h24bw05g`	`032LP`	`032PL`	`032JJ`	`032HS`	`032DL`	Shift vs LP
1	`KRKTE`	1 × 1 u16	Scalar	`0x01859E`	`0x01859E`	`0x0185CE`	`0x01859E`	`0x0185A4`	`0x01859A`	+0 B
2	`TVUB`	5 × 1 u16	Shared	`0x018742`	`0x018742`	`0x018772`	`0x018742`	`0x018748`	`0x01873E`	+0 B
3	`TEMIN`	1 × 1 u16	Scalar	`0x018610`	`0x018610`	`0x018640`	`0x018610`	`0x018616`	`0x01860C`	+0 B
4	`TEMINVA`	1 × 1 u16	Scalar	`0x018612`	`0x018612`	`0x018642`	`0x018612`	`0x018618`	`0x01860E`	+0 B
5	`FKKVS`	16 × 16 u8	Inline (+50)	`0x01CAF2`	`0x01CAF2`	`0x01CB22`	`0x01CAF2`	`0x01CA98`	`0x01CAE8`	+0 B
6	`LAMFA`	6 × 15 u8	Shared	`0x01C392`	`0x01C392`	`0x01C3C2`	`0x01C392`	`0x01C338`	`0x01C388`	+0 B
7	`KFLF`	16 × 16 u8	Inline (+68)	`0x01C530`	`0x01C530`	`0x01C560`	`0x01C530`	`0x01C4D6`	`0x01C526`	+0 B
8	`KFFDLGO`	12 × 12 u8	Inline (+36)	`0x012F10`	`0x012F10`	`0x012F40`	`0x012F10`	`0x012EB6`	`0x012F06`	+0 B
9	`KFMIOP`	11 × 16 u8	Inline (+50)	`0x014E54`	`0x014E54`	`0x014E84`	`0x014E54`	`0x014DFA`	`0x014E4A`	+0 B
10	`KFMIRL`	16 × 16 u8	Inline (+68)	`0x015088`	`0x015088`	`0x0150B8`	`0x015088`	`0x01502E`	`0x01507E`	+0 B
11	`LDRXN`	16 × 1 u8	Inline (+34)	`0x01F054`	`0x01F054`	`0x01F084`	`0x01F054`	`0x01EFFA`	`0x01F04A`	+0 B
12	`LDRXNZ`	16 × 1 u8	Inline (+34)	`0x01F08A`	`0x01F08A`	`0x01F0BA`	`0x01F08A`	`0x01F030`	`0x01F080`	+0 B
13	`KFLDHBN`	8 × 8 u8	Inline (+18)	`0x01EE82`	`0x01EE82`	`0x01EEB2`	`0x01EE82`	`0x01EE28`	`0x01EE78`	+0 B
14	`KFLDIMX`	8 × 16 u8	Inline (+36)	`0x01EC4C`	`0x01EC4C`	`0x01EC7C`	`0x01EC4C`	`0x01EBF2`	`0x01EC42`	+0 B
15	`KFLDRL`	10 × 16 u8	Inline (+44)	`0x01ED6E`	`0x01ED6E`	`0x01ED9E`	`0x01ED6E`	`0x01ED14`	`0x01ED64`	+0 B
16	`KFLDRQ`	8 × 8 u8	Inline (+18)	`0x01EBEE`	`0x01EBEE`	`0x01EC1E`	`0x01EBEE`	`0x01EB94`	`0x01EBE4`	+0 B
17	`KFZW`	12 × 16 u8	Shared (+0)	`0x01208E`	`0x01208E`	`0x0120BE`	`0x01208E`	`0x012034`	`0x012084`	+0 B
18	`KFZW2`	12 × 16 u8	Shared (+0)	`0x01214E`	`0x01214E`	`0x01217E`	`0x01214E`	`0x0120F4`	`0x012144`	+0 B
19	`KFZWOP`	11 × 16 u8	Inline (+50)	`0x012470`	`0x012470`	`0x0124A0`	`0x012470`	`0x012416`	`0x012466`	+0 B
20	`KFZWOP2`	11 × 16 u8	Inline (+50)	`0x012586`	`0x012586`	`0x0125B6`	`0x012586`	`0x01252C`	`0x01257C`	+0 B
21	`KFTVSA`	4 × 1 u8	Shared (+0)	`0x012C56`	`0x012C56`	`0x012C86`	`0x012C56`	`0x012BFC`	`0x012C4C`	+0 B
22	`KFZWTVS`	8 × 8 u8	Inline (+18)	`0x012B4C`	`0x012B4C`	`0x012B7C`	`0x012B4C`	`0x012AF2`	`0x012B42`	+0 B
23	`NMAX`	1 × 1 u16	Scalar	`0x011314`	`0x011314`	`0x011344`	`0x011314`	`0x0112BA`	`0x01130A`	+0 B
24	`NMAXOG`	1 × 1 u16	Scalar	`0x011316`	`0x011316`	`0x011346`	`0x011316`	`0x0112BC`	`0x01130C`	+0 B
25	`VMAX`	1 × 1 u16	Scalar	`0x0112F8`	`0x0112F8`	`0x011328`	`0x0112F8`	`0x01129E`	`0x0112EE`	+0 B
26	`MLHFM`	512 × 1 u16	Shared (+0)	`0x01B854`	`0x01B854`	`0x01B884`	`0x01B854`	`0x01B7FA`	`0x01B84A`	+0 B
27	`MLOFS`	1 × 1 u16	Scalar	`0x011C82`	`0x011C82`	`0x011CB2`	`0x011C82`	`0x011C28`	`0x011C78`	+0 B
28	`KFPED`	12 × 16 u16	Shared (+0)	`0x014602`	`0x014602`	`0x014632`	`0x014602`	`0x0145A8`	`0x0145F8`	+0 B
29	`WDKUGDN`	1 × 1 u8	Scalar	`0x013E08`	`0x013E08`	`0x013E38`	`0x013E08`	`0x013DAE`	`0x013DFE`	+0 B
30	`KFLBTS`	16 × 12 u8	Inline (+56)	`0x0194A2`	`0x0194A2`	`0x0194D2`	`0x0194A2`	`0x019448`	`0x019498`	+0 B
31	`TABGBTS`	1 × 1 u16	Scalar	`0x01956A`	`0x01956A`	`0x01959A`	`0x01956A`	`0x019510`	`0x019560`	+0 B
32	`DSLGRAD`	1 × 1 u16	Scalar	`0x01188C`	`0x01188C`	`0x0118BC`	`0x01188C`	`0x011832`	`0x011882`	+0 B
33	`DSLOFS`	1 × 1 u16	Scalar	`0x01188E`	`0x01188E`	`0x0118BE`	`0x01188E`	`0x011834`	`0x011884`	+0 B
34	`DPUVE`	1 × 1 u16	Scalar	`0x011894`	`0x011894`	`0x0118C4`	`0x011894`	`0x01183A`	`0x01188A`	+0 B
35	`DPOVE`	1 × 1 u16	Scalar	`0x011896`	`0x011896`	`0x0118C6`	`0x011896`	`0x01183C`	`0x01188C`	+0 B
36	`ESKONF`	7 × 1 u8	Array	`0x010C4F`	`0x010C4F`	`0x010C7F`	`0x010C4F`	`0x010C4F`	`0x010C4F`	+0 B
37	`CWDLSAHK`	1 × 1 u8	Codeword	`0x0181A1`	`0x0181A1`	`0x0181D1`	`0x0181A1`	`0x0181A1`	`0x0181A1`	+0 B
38	`CDKAT`	1 × 1 u8	Codeword	`0x0181A4`	`0x0181A4`	`0x0181D4`	`0x0181A4`	`0x0181A4`	`0x0181A4`	+0 B
39	`CDSLS`	1 × 1 u8	Codeword	`0x0181AE`	`0x0181AE`	`0x0181DE`	`0x0181AE`	`0x0181AE`	`0x0181AE`	+0 B
40	`CDLDP`	1 × 1 u8	Codeword	`0x0181B2`	`0x0181B2`	`0x0181E2`	`0x0181B2`	`0x0181B2`	`0x0181B2`	+0 B

Read appendix A in full →