Code
U0580
Generic
U — Network/User
Invalid Data Received From Haptic Control Module
Views:
UK: 17
EN: 20
RU: 24
AI status
Completed
Completed
100%
Causes
- Corroded, loose or damaged connector/wiring between haptic module and network gateway/CAN bus
- Faulty Haptic Control Module hardware or internal software/firmware bug
- Software/version mismatch between haptic module and other network nodes (incorrect calibration or message format)
- CAN/LIN bus electrical problems (open/shorted conductor, missing termination, high resistance)
- Low or unstable vehicle battery/charging voltage during communication
- Aftermarket device or retrofit interfering with bus traffic
Symptoms
- Haptic (vibration/feedback) missing, inconsistent, weak or delayed
- Dashboard warning or message indicating haptic system fault or module communication error
- Related features that depend on haptic feedback degrade or do not operate
- One or more U-codes present in network diagnostics (communication/invalid data)
- Intermittent or persistent system faults that may clear temporarily after key-cycle or battery disconnect
What to check
- Retrieve freeze frame and all U/P codes from all modules with a capable OEM scan tool
- Confirm presence of haptic module on the network (module ID / address visible) and record module software/firmware part/version
- View raw network messages: verify message ID, payload length (DLC), cycle time and byte values for the haptic module message
- Check CAN/LIN bus error counters and look for high error rates, retransmissions, or fault counters
- Visually inspect wiring, connectors and seals at the haptic module and related harnesses for corrosion, damage or water entry
- Measure supply voltage and ground at the haptic module with key on and during crank; verify stable >11.5 V when testing
Signal parameters
- Message ID (CAN arbitration ID) used by haptic module and expected Node ID
- DLC (data length code) / expected payload size
- Cycle time / expected transmit interval (ms) and allowable timing tolerance
- Checksum/CRC field (if applicable) and expected algorithm/result
- Byte/bit mapping for key signals (command value ranges, status bits) and their valid ranges
- CAN bus idle and dominant voltages (recessive ~2.5 V on both lines, dominant differential behavior; verify with scope)
Diagnostic algorithm
- Connect an OEM-level scan tool and download all modules and freeze frame data. Note other related U-codes.
- Confirm the haptic control module is present on the network and record software/part numbers. Check for TSBs or available software updates.
- With log/capture tool, monitor the haptic module CAN/LIN messages. Verify message ID, DLC, payload content, checksum and cycle time match vehicle specification.
- If message content is invalid, inspect the haptic module connector and harness for corrosion, bent pins, water damage or chafing. Repair or replace damaged wiring.
- Measure CANH/CANL voltages and termination resistance. If voltages are abnormal or termination open, isolate and repair the wiring/terminator.
- Check module power and ground for stable voltage under load; repair any low-voltage or intermittent ground issues.
- If wiring and power are good but invalid data persists, check for software mismatch. Reflash/update module firmware to correct version per OEM procedure.
- If invalid messages continue after software update and wiring verified, consider replacing the haptic control module. Reprogram and reinitialize per OEM steps.
- After repairs, clear codes, perform guided tests or reproduce the original conditions to confirm no recurrence and verify proper haptic operation.
Likely causes
- Corroded pin or water intrusion at the haptic module connector causing corrupted frames
- Open or high-resistance CANH/CANL termination (bad resistor or disconnected connector) producing bit errors
- Haptic module received or transmitted a payload with out-of-range values due to firmware mismatch after an incomplete software update
- Short to battery or ground on wiring causing corrupted messages under load
- Failed haptic control module electronics (processor, transceiver or memory)
Fault status
Status
Invalid data received from Haptic Control Module — module transmitted message payload or timing outside expected format or values; indicates communication, wiring, module firmware or module hardware issue.
Repair difficulty: Medium
Diagnostic time: 1.0-4.0 hours
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