U0410 – Invalid Data Received From Fuel Pump Control Module

U0410 means your vehicle’s main computer received fuel pump control information that did not make sense. You may notice hard starts, stalling, or weak acceleration because the engine cannot rely on stable fuel delivery commands. This is a network communication fault, not a confirmed bad fuel pump. According to OEM factory diagnostic information, this code indicates “Invalid Data Received From Fuel Pump Control Module.” SAE J2012-DA keeps U-codes intentionally general, so you must confirm which module, network segment, and message failed. The fix starts with verifying module power, grounds, and network integrity.

U0410 Quick Answer

U0410 points to invalid or implausible network data coming from the Fuel Pump Control Module. Check if the module appears on a network scan first, then verify its power, ground, and connector integrity before replacing parts.

What Does U0410 Mean?

The official U0410 meaning is “Invalid Data Received From Fuel Pump Control Module.” In plain terms, another module on the vehicle network did not trust the fuel pump control module’s message. When that happens, the vehicle may limit fuel delivery commands or switch strategies. That can trigger long crank, stall, or reduced power depending on the platform.

Technically, a receiving controller compares incoming fuel pump control data to expected formats and plausibility rules. It checks message identity, timing, and value sanity against other data like engine speed and fuel system demand. U0410 does not prove the Fuel Pump Control Module failed. The code only proves the receiver flagged the data as invalid, which can come from wiring faults, poor grounds, network problems, or corrupted messages.

Theory of Operation

On many vehicles, the Fuel Pump Control Module (or an equivalent fuel pump driver) regulates pump speed or duty cycle. It receives fuel demand information over the network and then drives the pump through a power stage. The module reports back status data over the same network. Other controllers use that feedback to confirm delivery capability and to manage engine torque and emissions.

U0410 sets when the receiving module sees a message from the fuel pump control module that fails a validity check. Corrupted network traffic can change bytes without stopping communication completely. A weak power or ground can also reset the pump module and scramble its output during cranking. Connector fretting at the module can distort CAN/LIN signals and create “invalid data” without a total module dropout.

Symptoms

U0410 symptoms usually show up as fuel delivery instability paired with abnormal scan tool behavior.

• Scan tool: Fuel Pump Control Module shows “not responding,” drops in and out of the module list, or reports implausible PIDs that jump suddenly
• Hard start: extended crank time, especially after hot soak or after sitting overnight
• Stall: engine stalls at idle or during decel, then restarts after a short wait
• Reduced power: hesitation under load or a noticeable lack of power on acceleration
• Fuel pressure behavior: commanded versus actual fuel pressure data looks inconsistent or fails to track during throttle changes
• Warning indicators: MIL on, and some vehicles also display a drivability or powertrain warning message

Common Causes

• Fuel Pump Control Module (FPCM) power feed fault: A weak battery feed, blown fuse, or high-resistance relay contact can reset the FPCM and corrupt its network messages.
• FPCM ground path resistance: Corrosion or a loose ground point can let the module “wake up” but still transmit invalid data under load.
• Water intrusion at the FPCM or connector: Moisture wicks into terminals and changes pin tension, which distorts module communication and calculated outputs.
• CAN bus wiring damage near the FPCM: Chafed, pinched, or stretched CAN wiring can create reflections and message errors that other modules flag as invalid data.
• Connector terminal issues (spread pins/backed-out terminals): Poor terminal contact causes intermittent opens that look like corrupted data instead of a clean loss of communication.
• Shared power distribution problem affecting multiple modules: A failing ignition feed circuit or splice can drop voltage to several modules and trigger U0410 along with other U-codes.
• Network interference from another module on the same bus: A shorted or internally failing module can load the bus and make FPCM messages fail plausibility checks.
• Incorrect module configuration or software mismatch: After programming, battery replacement, or module swap, the receiving module may reject FPCM data that does not match expected format.
• Fuel pump control module issue (rare): Internal faults can generate data that fails plausibility, but only after you prove solid power, ground, and network integrity.

Diagnosis Steps

Use a scan tool that can run a full network scan and display U-code status (pending vs confirmed). Have wiring diagrams for the CAN bus and FPCM power/ground circuits. A DVOM with min/max capture helps on intermittent voltage drops. Back-probing tools, terminal tension tools, and a test light or load tool make power and ground checks meaningful.

1. Confirm U0410 and record freeze frame data. Focus on ignition state, vehicle speed, system voltage, and any companion U-codes or fuel system-related codes. Note whether U0410 shows as pending or confirmed, since many network faults set as Type B and may need two trips to confirm.
2. Run a full network scan and verify the FPCM appears in the module list. If the scan tool cannot communicate with the FPCM, treat it as a power/ground or bus integrity problem first. If it communicates, capture FPCM-identifying data and relevant PIDs for reference.
3. Check fuses, relays, and the power distribution path that feeds the FPCM. Verify the correct fuse has power with the key ON and during crank when applicable. Do not rely on visual fuse checks alone.
4. Verify FPCM power and ground under load with voltage-drop testing. Load the circuit by commanding the fuel pump ON with the scan tool when possible, or by duplicating the operating condition. Target less than 0.1 V drop on the ground side while the circuit operates, and check for excessive drop on the power feed across the fuse/relay and connectors.
5. Inspect the FPCM connector and harness closely. Look for water tracks, green corrosion, overheated terminals, and damaged seals. Perform a light tug test on each wire and check for backed-out terminals before any module decisions.
6. With ignition ON, check CAN bus integrity at the FPCM connector or an accessible splice using the wiring diagram. Measure communication line bias voltage with the circuit powered, since ignition-OFF readings do not provide a valid reference. If the readings look unstable, wiggle the harness to reproduce the fault.
7. Check for short-to-power, short-to-ground, or high resistance on the CAN circuits with the module disconnected only after you document the powered readings. Then perform continuity checks end-to-end per the diagram, including common splice packs. Do not confuse continuity with a good circuit under load.
8. Identify whether another module causes bus disruption. If multiple modules show “invalid data” or “communication” codes, narrow the fault to a shared bus segment or power feed. Use the network scan results to find the first missing module in the topology, then inspect that branch wiring.
9. Use a scan tool snapshot during a road test if the concern is intermittent. Freeze frame shows the moment the DTC set, but a snapshot captures live conditions when the problem happens again. Trigger the snapshot during a stumble, no-start, or fuel pressure drop event.
10. After repairs, clear codes and run a verification drive cycle. Re-scan for pending and confirmed codes and repeat the network scan to confirm stable module presence. Confirm the fuel pump command and feedback data stay plausible across idle, cruise, and acceleration.

Professional tip: Do not condemn the fuel pump control module based on U0410 alone. Prove clean power and ground with voltage-drop testing under load, then prove CAN integrity with ignition ON. Many “invalid data” U-codes come from a momentary reset or a corroded terminal that only fails when the pump current rises.

Possible Fixes

• Repair power feed issues to the FPCM, including fuse/relay contact problems and damaged power splices.
• Restore a clean FPCM ground path by cleaning the ground point and repairing corroded or loose terminals.
• Repair or replace damaged CAN bus wiring and protect it from chafing or water intrusion.
• Clean, reseat, and terminal-repair the FPCM connector to correct poor pin tension or backed-out terminals.
• Correct configuration or software issues by performing OEM-approved programming or setup procedures after verifying the electrical and network basics.
• Replace the fuel pump control module only after you confirm proper power, ground, and network integrity, and the module still transmits invalid data.

Can I Still Drive With U0410?

You can often drive with a U0410 code, but you should treat it as a reliability risk. U0410 means a module on the network rejected data from the Fuel Pump Control Module (FPCM). That can trigger reduced fuel delivery, extended crank, or a sudden stall on some vehicles. If the engine stumbles, loses power, or dies, stop driving and diagnose it. Avoid hard acceleration and long trips until you confirm stable fuel pressure control. If the scan tool shows multiple network U-codes or the vehicle cranks with no start, tow it.

How Serious Is This Code?

U0410 ranges from an inconvenience to a true drivability concern. When it sets as a history or pending code and the car drives normally, you may only see a MIL and stored data. Severity rises fast if the FPCM provides pump speed commands or fuel pressure control for the platform. Invalid network data can cause lean operation, hesitation, misfires, or stalling. A stall in traffic becomes a safety issue. Treat repeat U0410 events with drivability symptoms as urgent. Fix it before you chase fuel trims, misfires, or fuel pump noise complaints.

Common Misdiagnoses

Techs often replace the fuel pump or FPCM because the title mentions the FPCM. That wastes money when the real fault sits in power, ground, or the network. Another common miss involves ignoring pending versus confirmed status. A single pending U0410 after a low battery event can be a clue, not a failure. Many skip a full module scan and miss companion codes that point to CAN faults, gateway issues, or shared power feeds. Others back-probe the connector with no load and call power “good.” Voltage-drop testing under load finds the loose ground, corroded splice, or spread terminal that creates invalid messages.

Most Likely Fix

The most common confirmed repair paths for U0410 involve restoring clean power and ground to the Fuel Pump Control Module and correcting network integrity problems at its connector. Start by verifying the FPCM shows up on a network scan and that it holds communication during a wiggle test. Next, perform voltage-drop tests on the FPCM power and ground circuits while the pump commands on. If the drops go high, repair the feed, ground, fuse contact, or splice. If power and ground stay solid, focus on CAN/LIN wiring at the FPCM for pin fit, corrosion, chafing, and short-to-voltage or short-to-ground faults before you consider module replacement or programming.

Repair Costs

Network and communication fault repairs vary by root cause — wiring/connectors are often the source, but module-level repairs or replacements can be significantly more expensive.

Last updated: April 1, 2026