P2583 on 2022-2024 Ford Maverick: Adaptive Cruise and Pre-Collision Assist Faults, Causes, and Fixes

What's Unique About the 2022-2024 Ford Maverick

The Ford Maverick is built on Ford's C2 platform, sharing its core electronic architecture with the 2020+ Ford Escape, 2021+ Bronco Sport, and 2020+ Lincoln Corsair. Owners frequently report the 'Pre-Collision Assist Not Available Sensor Blocked' message during inclement weather like snow or heavy rain, as the sensor is located in the lower grille, making it susceptible to obstruction. Additionally, some early 2022 models were subject to a technical service bulletin (SSM 51437) for software issues in the Power Steering Control Module (PSCM) that could cause erroneous driver-assist warnings across the entire C2 platform.

Symptoms You May Notice

• "Pre-Collision Assist Not Available" message on the instrument cluster.
• "Adaptive Cruise Not Available" message.
• "Front Camera Fault" message may also appear.
• Adaptive Cruise Control (ACC) is inoperative or will not engage.
• Pre-Collision Assist with Automatic Emergency Braking is disabled.
• Check Engine Light may be illuminated.

Most Likely Causes

1. Obstructed Radar Sensor 🔴 High Probability The sensor is located in the lower front grille, making it vulnerable to blockage from snow, ice, mud, heavy rain, or even insects.
   How to confirm: Visually inspect the lower grille area for any debris. 🎬 Watch: How to identify and clear a blocked sensor The issue often appears during or after driving in bad weather. A scanner may show a specific suffix code like P2583-97 (Component or System Obstructed/Blocked).
   Typical fix: Thoroughly clean the front lower grille area with a soft cloth and mild soap. A car wash will often resolve the issue. The warning may clear on its own after cleaning or restarting the vehicle. 🎬 See this quick fix for Pre-Collision Assist warnings
   Est. part cost: $0
2. Radar Sensor Misalignment 🟡 Medium Probability Minor front-end impacts from hitting a curb, parking block, or a small fender bender can easily knock the sensor's precise alignment out of specification.
   How to confirm: This can only be confirmed by a professional shop using ADAS calibration equipment. A visual inspection may reveal a bent or damaged mounting bracket. A scanner may show code P2583-76 (Wrong Mounting Position).
   Typical fix: The sensor must be re-aimed (calibrated) by a dealership or qualified ADAS service center. If the mounting bracket is damaged, it must be replaced first. Calibration costs typically range from $250 to $600.
   Est. part cost: $50-$70 for a bracket, calibration costs are separate.
3. Software or Module Communication Issue ⚪ Low Probability A Ford service bulletin (SSM 51437) was issued for some 2022 Mavericks (and platform mates) built on or before March 23, 2022, for software issues in the Power Steering Control Module (PSCM) that could cause various driver-assist warnings.
   How to confirm: A dealer or qualified technician can check for stored DTCs (like U0415, C0051, U0418) and see if any software updates are available for the PSCM. This issue can sometimes be triggered by a failed over-the-air (OTA) update.
   Typical fix: Reprogramming the PSCM with the latest software calibration using the Ford Diagnosis and Repair System (FDRS).
   Est. part cost: $0 if covered by warranty or TSB.

Rare But Worth Checking

• Damaged Mounting Bracket: Even if the sensor itself is fine, a cracked or bent plastic mounting bracket can prevent it from holding alignment, leading to a persistent P2583-76 code after calibration attempts.
• Failed Radar Sensor (CCM): While rare, the sensor itself can fail internally due to physical damage, water intrusion, or an electronic fault. This is typically diagnosed only after all other causes (obstruction, alignment, wiring) have been ruled out. Replacement requires calibration.
• Wiring or Connector Issue: The sensor's wiring harness is in an exposed location and can be damaged by road debris or corrosion, leading to a loss of communication (code P2583-87).

Diagnosis Steps

1. Check for TSBs: Ask a dealer to check if your Maverick's VIN is affected by SSM 51437 or any other relevant software updates. This is especially critical for 2022 models built on or before March 23, 2022.
2. Visually Inspect and Clean the Sensor: Thoroughly clean the lower front grille area. Remove any dirt, snow, ice, or debris. Ensure a front license plate is not blocking the sensor.
3. Clear Codes and Test Drive: After cleaning, use a scanner to clear the codes. Drive the vehicle to see if the code and warning messages return.
4. Check for Suffix Codes: Use an advanced scan tool (like FORScan) to read suffix codes. A -97 points to obstruction, while a -76 or -54 points to an alignment/calibration issue.
5. Inspect Mounting Bracket: Visually inspect the radar sensor and its mounting bracket for any signs of physical damage, cracks, or looseness.
6. Professional Calibration: If the code persists and there is no obstruction, the vehicle must be taken to a dealer or ADAS-certified shop for professional diagnosis and sensor calibration. Expect costs to be in the $250-$600 range.

Parts You'll Likely Need

• Cruise Control Module (Radar Sensor) (OEM #NZ6Z-9E731-A) — This is the sensor itself, which may need replacement if it fails internally. Replacement always requires professional calibration. 🎬 Watch: How a professional dynamic ADAS calibration is performed
  Trusted brands: Motorcraft
  OEM price range: $475-$500
  Aftermarket price range: N/A
• Radar Sensor Bracket (OEM #NZ6Z-14C022-A) — The plastic bracket that holds the sensor can be damaged in a minor impact, preventing the sensor from holding its alignment.
  Trusted brands: Motorcraft
  OEM price range: $50-$70
  Aftermarket price range: N/A
• Radar Sensor Cover (OEM #NZ6Z-17E810-AA) — This cover protects the sensor and may need to be replaced if damaged.
  Trusted brands: Motorcraft
  OEM price range: $15-$25
  Aftermarket price range: N/A

Related Codes That Often Appear With This One

• U0415 — This code for 'Invalid Data Received From Anti-Lock Brake System Control Module' is mentioned in TSB SSM 51437 along with other driver-assist warnings.
• P2583-97 — This is a specific suffix code indicating the sensor is obstructed.
• P2583-76 — This is a specific suffix code indicating the sensor is misaligned.
• P2583-54 — This suffix code means a required calibration was started but did not complete successfully.
• U0418:86 — Invalid Data Received From Brake System Control Module 'A' with a 'Signal Invalid' suffix. This is also listed in TSB SSM 51437 as a related code due to the PSCM software glitch.

Technical Service Bulletins (TSBs) & Recalls

• SSM 51437 - Some 2020-2022 Escape/Corsair, 2021-2022 Bronco Sport, 2022 Maverick vehicles may exhibit driver assistance warning messages in the instrument cluster.
• SSM 54746 - Some 2022-2024 Maverick hybrid vehicles may exhibit a no crank/no start with a discharged battery due to a 12V battery drain.

Platform-Specific Known Issues

• TSB SSM 51437: Some 2022 Mavericks built on or before March 23, 2022, may exhibit various driver assistance warning messages due to a software issue in the Power Steering Control Module (PSCM). This requires a module reprogram at the dealer.
• TSB SSM 54746: Some 2022-2024 Maverick hybrid models may experience a 12V battery drain due to software in the Air Conditioning Control Module (ACCM). While not directly causing P2583, low system voltage can trigger various electronic faults.

Mechanic-Grade Diagnostic Values

• CCM Horizontal Alignment Offset — expected: +/- 3.0 degrees. Failure: A value outside of this range indicates a horizontal misalignment that will set a P2583-76 or B1433-54 code.
• CCM Connector (C1582) Pin Voltages — expected: Pin 1: 12V+ from fuse box (switched ignition). Pin 2: Ground. Pin 3: CAN Bus High (communicates with IPMA). Pin 4: CAN Bus Low (communicates with IPMA).. Failure: Absence of 12V power on Pin 1, poor ground on Pin 2, or incorrect voltage/signal on CAN lines will cause communication faults.

Hidden / Shadow Codes Worth Checking

• B1433:54: Forward Looking Sensor Horizontal Alignment: Missing Calibration. This code is set by the CCM when it detects the alignment angle is out of range or calibration has not been successfully completed. (see via Ford IDS/FDRS or advanced scan tools like FORScan.)

Scan Tool Commands That Help

• FORScan / FDRS: CCM (Cruise Control Module) Calibration — This service procedure is required after replacing the CCM, adjusting its bracket, or if a P2583-76 or P2583-54 code is present. It performs a dynamic horizontal alignment by driving the vehicle above 35 MPH until the process completes.
• FORScan: CCM Module Configuration (As-Built) — When installing a used (salvage) CCM, the donor vehicle's VIN is stored in the module. This function must be used to write the current vehicle's VIN into the used module to prevent a VIN mismatch DTC.
• FDRS: BCM - Reset The Battery Monitoring Sensor Learned Values — If the 12V battery is replaced while troubleshooting electrical issues (per TSB SSM 54746), this reset is necessary for the vehicle's charging system to properly manage the new battery.

Wiring & Ground Locations

• CCM Connector C1582 — Directly on the back of the radar sensor, located in the center of the lower front grille.. This 8-pin connector provides power, ground, and CAN bus communication to the sensor. Only 4 pins are used. Damage to this connector or its wiring is a direct cause of P2583.
• CCM Ground Point — The CCM ground wire runs to the passenger footwell area. Forum members report successfully using one of two threaded ground bolts located on the firewall, just under the BCM/interior fuse box.. A poor ground connection at this point can cause intermittent or total failure of the CCM, leading to communication-related fault codes.
• IPMA Connector — The Image Processing Module A (IPMA) is located behind the rear seat back on the cabin wall.. The CAN bus wires from the CCM (Pins 3 & 4) terminate at the IPMA. A bad connection here will cause a loss of communication with the CCM.

Real Owner Repair Stories

• MaverickTruckClub.com user DIY retrofit guide (2022 Ford Maverick XLT Hybrid) — Vehicle did not have Adaptive Cruise Control from the factory.
  ❌ Tried (didn't work) N/A - This was a successful retrofit, not a repair of a broken system.
  ✅ What actually fixed it The user successfully installed the CCM (NZ6Z-9E731-A), bracket (NZ6Z-14C022-A), and new steering wheel switches. They ran four wires from the CCM: power and ground to the passenger footwell fuse/grounding area, and two CAN bus wires through the firewall to the IPMA module behind the rear seat. After physically installing and leveling the sensor, they used FORScan to change module configurations and perform the 'CCM Calibration' service procedure, which successfully enabled the system.
• MaverickTruckClub.com forum user (2022 Ford Maverick) — Intermittent 'Adaptive Cruise Control (ACC) Pre-Collision Assist errors' and random, unwarranted automatic braking events.
  ❌ Tried (didn't work) Dealer realigned the windshield camera, which did not resolve the issue.
  ✅ What actually fixed it The user reported that after nearly a year of issues, the system began working flawlessly after the CCM (radar sensor) was replaced under warranty. This indicates the sensor itself had an intermittent internal failure.

OEM Part Supersession History

• NZ6Z-9E731-A → No supersession found. — This appears to be the only part number used for the 2022-2024 Maverick CCM.

Model Year Variations Within This Range

• 2022 (built on or before March 23, 2022): These models may be affected by TSB SSM 51437, where a software issue in the Power Steering Control Module (PSCM) can cause false driver-assist warnings, including those related to the CCM. The fix is a dealer-performed software update.
• 2025+: According to forum discussions on retrofitting, the IPMA (Image Processing Module A) was moved from the headliner/mirror area to behind the rear seat back on the cabin wall. This changes the wiring route for the CCM's CAN bus lines.

Diagnostic Flowchart

Other Known Issues on This Vehicle

Issues unrelated to this code that are worth knowing about as an owner of this generation:

• 12V Battery Drain / Harness Failure (Hybrid Models) 🔴 High → Shop Vehicle Battery — Common on 2022-2023 Hybrid models. A faulty battery cable harness lug or software issue prevents the 12V battery from charging properly, leading to a no-start condition. (Ref: SSM 53801)
• Side Curtain Airbag Non-Compliance 🔴 High — Affects ~65,000 Maverick trucks built between Feb 3, 2021, and July 9, 2022. The airbags may not meet federal standards for occupant ejection mitigation. (Ref: Recall 22C20 / 22V594)
• Fuel Tank Puncture from Bedliner Installation 🔴 High — A small number of 2022 models (~5,456) with spray-in bedliners were recalled because mounting holes were drilled into the fuel tank. (Ref: Recall 21S54 / 21V982)
• Powertrain Malfunction (Hybrid Wiring Harness Chafing) 🔴 High — Common on 2022-2023 Hybrid models. The high-voltage wiring harness can rub against engine components, causing a short and triggering a 'Powertrain Malfunction / Reduced Power' warning. (Ref: Recall 22S73)
• Unexpected Shift to Neutral (Hybrid Models) 🔴 High — Affects 2022-2024 Hybrid models. A software issue in the Hybrid Powertrain Control Module (HPCM) can cause the vehicle to unexpectedly shift to neutral, resulting in a loss of power. (Ref: Recall 24V330)
• Cracked Fuel Injector (EcoBoost Models) 🟠 Medium — A recall was issued for some 2.0L EcoBoost models where a fuel injector could crack, leading to a fuel leak and potential underhood fire risk. (Ref: Recall 22S73 / 22V859)

Used vs. New Parts: Buying Guide for This Vehicle

When a used part is the smart pick: A used CCM from a salvage yard can be a cost-effective option, potentially saving over 50% compared to a new OEM part. This makes sense if you have access to an advanced scan tool like FORScan and are comfortable with module programming.

Donor-vehicle mileage cap: roughly under 80000 miles for the part to have meaningful remaining life.

What to inspect on the donor part:

• Inspect the donor vehicle for signs of a major front-end collision. Avoid sensors from heavily impacted vehicles.
• Check the sensor's plastic face for deep scratches, cracks, or signs of melting/heat damage.
• Ensure the connector pins are straight, clean, and free of corrosion.
• If possible, get the mounting bracket with the sensor, as it's fragile and often damaged.

OEM-only on this vehicle (don't cheap out):

• Cruise Control Module (Radar Sensor)
• Radar Sensor Bracket

Aftermarket brands forum-validated for this vehicle:

• No known-good aftermarket alternatives exist for the sensor or its specific bracket. This is an OEM/Motorcraft-only part.

Brands owners have reported issues with on this vehicle:

• N/A

Real Owner Stories

Aggregated from forums and TSBs cited above. Mileages and costs reflect what owners reported in those sources.

Related OBD-II Codes

• U0415 — Invalid Data Received from Anti-Lock Brake System (ABS) Control Module; often stored alongside driver-assist faults mentioned in SSM 51437.
• C0051 — Steering Wheel Position Sensor; a code that may be stored in conjunction with PSCM software issues causing driver-assist warnings.
• U0418 — Invalid Data Received from Brake System Control Module; identified as a related DTC in software-related driver-assist failures.
• P2583-97 — A specific suffix code indicating the radar sensor is physically obstructed or blocked by debris.
• P2583-76 — A specific suffix code indicating the radar sensor is in the 'Wrong Mounting Position,' requiring physical alignment or calibration.
• P2583-54 — A suffix code associated with sensor alignment and calibration issues.

Frequently Asked Questions