Functions: 1. Diagnostics via CAN and special functions via K-Line. 2. Covers all electronic control units in the vehicle (diagnostic addresses from 0x01 to 0x80). This allows the user to investigate and diagnose some new units that the rest of the diagnostics cannot reach. Functions belong to CAN-TP2.0. 3. Manually define the running diagnostic session C, unlike the rest of the diagnostics which are always the standard diagnostic session 0x89. Functions belong to CAN-TP2.0. 4. Diagnostic requests disable normal communication, clear DTC, logical (transmission) mode. Functions belong to CAN-TP2.0. 5. Allows management of brand new units (and immobilizer units), allows programming of PIN, BGW. Functions belong to CAN-TP2.0. Popular diagnostic requests identification, coding, adjustment, DTC. Functions belong to CAN-TP2.0. K+CAN Commander Software Version 1.4 Diagnostic Cable Diagnostics via CAN and special functions via K-Line; Applicable to, and (CAN), models covered until September 2006; Applicable to, models covered until 2007. Functions: 1. Odometer correction in instrument cluster and EDC15x. 2. Read security access code / log in to WFS. 3. Read / program immobilizer data. 4. Read / write EEPROM from instrument cluster / immobilizer. Supports all instrument cluster CAN / K. 5. MMI TV activation. 6. Read / write EEPROM of engine control units -EDC15x, -ME7.1.1, -Cartronic ME7.8. 7. Key learning button, easy to use (without security code). Component security authorization is possible. 8. Key learning (without security code) K+CAN. 9. Read custom memory from different units, such as ECU, EZS-Kessy and xxxxx. 10. Read flash memory EDC16x, EDC15x, ME7x, MED951, MED751 (can program flash memory 11. Clear collision data by unit Color: Black Material: ABS Package Contents: 1 x K+CAN Commander V1.4 Cable 1 x CD Driver Only the above package contents, other products are not included. Note: Light reflection and different displays may make the color of the item slightly different from the actual object. The measurement allowable error is +/- 1-3 cm.