ECU Database
Search more than 2.1 million ECU records by make, series, ECU type, part number or software version. EcuDetectV2 is a free reference tool built for professionals in the automotive software industry.
| Record | Make | Series | Model range | Variant | Feature | Output | ECU maker | ECU type | ECU part no. | OEM part no. | Software | SW version |
|---|---|---|---|---|---|---|---|---|---|---|---|---|
| View | Mitsubishi | Pajero | 3.2 DiD 170hp | 170.0PS 125.0kW | Denso | RA6 | H18MRA6 | |||||
| View | Mitsubishi | Pajero | 3.2l did | 200.0PS 147.1kW | Denso | SH7058 | H18MRA6 | |||||
| View | Mitsubishi | Pajero | 3.2 DiD 200hp | 200.0PS 147.1kW | Denso | SH7058 | H18MRA6 | |||||
| View | Mitsubishi | Pajero | 3.2 DiD | 100.0PS 73.5kW | Denso | denso sh7058 | H18MRA6 | |||||
| View | Mitsubishi | Pajero | L200 | 190.0PS 139.7kW | Denso | RA6 | H18MRA6 | |||||
| View | Mitsubishi | Pajero | 3.2 Di-D | 200.0PS 147.1KW | Denso | H18MRA6 | ||||||
| View | Mitsubishi | Pajero | 3.2 Di-D | 200.0PS 147.1KW | Denso | H18MRA6 | ||||||
| View | Mitsubishi | Pajero | 3.2 Di-D | 200.0PS 147.1KW | Denso | H18MRA6 | ||||||
| View | Mitsubishi | Pajero | 3.2 Di-D | 200.0PS 147.1kW | Denso | H18MRA6 | ||||||
| View | Mitsubishi | Shogun | 3.2TD | 160bhp | Denso | SH7058 | H18MRA6 | |||||
| View | Mitsubishi | Shogun | 3.2TD | 160bhp | Denso | SH7058 | H18MRA6 | |||||
| View | Mitsubishi | shogun | Denso | unk | H18MRA6 | |||||||
| View | Mitsubishi | Shogun | 3.2 | 197.0PS 144.9kW | Denso | SH7058 | H18MRA6 | |||||
| View | Mitsubishi | Shogun | 3.2D | Denso | H18MRA6 | |||||||
| View | Mitsubishi | Shogun | 3.2 Di-D | 197.0PS 144.9kW | Denso | SH7058 | DENSO20140 | H18MRA6 | ||||
| View | Mitsubishi | Shogun | 3.2 | 197.0PS 144.9kW | Denso | SH7058 | H18MRA6 | |||||
| View | Mitsubishi | UNK | Denso | UNK | H18MRA6 | |||||||
| View | Mitsubishi | UNK | Denso | unk | H18MRA6 |
EcuDetectV2 is provided free of charge as a reference tool for the automotive software industry. Records are for information only; always verify identification against the actual control unit before reading or writing.