Land Rover Range Rover Problems — All Years, Common Issues & Reliability

**Vehicle Information:** 2023 Range Rover (purchased used on December 19, 2025 with approximately 21,000 miles) **Component/System Involved:** Rear braking system (rear brake pads and rotors). The vehicle has experienced repeated premature wear of the rear brakes. The component is available for inspection upon request. **Description of the Failure/Malfunction:** At approximately 25,000 miles, I was informed by the servicing dealership, Land Rover Austin, that the rear brakes required replacement. At that time, I had only driven the vehicle approximately 3,355 miles since purchase. I subsequently learned that the rear brakes had already been replaced once before at approximately 12,000 miles. This indicates two rear brake replacements within 25,000 miles, which is significantly below expected brake life. The dealership service department indicated that this may be due to how the rear braking system engages during turning, particularly in city driving conditions, leading to accelerated wear. This is happening in the newer models, is what I was told. **Safety Risk:** Premature and accelerated brake wear creates a potential safety hazard, including reduced braking performance and increased stopping distance if the condition is not identified and addressed promptly. Because this wear occurs faster than expected, it may not be reasonably anticipated by the driver, increasing the risk of operating the vehicle with degraded braking capability. **Reproduction/Confirmation of the Problem:** The issue has been confirmed by an authorized dealership service department, which identified the rear brakes as worn and requiring replacement at approximately 25,000 miles. **Inspection History:** The vehicle has been inspected by the authorized dealer

Vehicle went into a shut down and all electrical power was dead. Attempted to charge battery and battery had 13.2 amps. Towed to dealer and they reported a software update was required. Also they later reported the battery was changed. Upon pick up, the dash reported warnings of no steering assist, no traction control and software update required. Vehicle has been back 4 times and dealer cannot resolve warning lights after two months. They have indicated it is the driver safety camera not being properly calibrated after multiple attempts and replacement of the windsheild. Vehicle continues to state a warning safety issue and not to exceed 30 miles per hour.

On January 27, 2026, while driving my 2023 Land Rover Range Rover a red warning light came on the dashboard stating "Electric default detected". Following this warning light while driving the vehicle lost power and was unable to drive, steer, or brake. I was able to safely get the vehicle to the side of the road. After having it towed to the Richmond Land Rover of Richmond, VA, the following day the service department indicated the "Epic Inverter/Converter" had gone bad. They also indicated that this is their tenth vehicle just at this dealership of the 2023 Range Rovers that has had the same problem. The fact that the vehicle just suddently loses all power creates a serious safety hazard to drivers.

The moon roof on the roof of the vehicle shattered. However, it was not a typical "starburst" pattern from an impact. We did not have any impacts. Instead, the shatter pattern was a series of sinusoidal waves. This glass fracture pattern has been identified by researchers in scholarly papers as a manufacturing defect or a stress fracture from torsional forces.

Subject: URGENT: Global Safety Defect Report – Jaguar Land Rover (JLR) Powertrain Control Module (PCM) and Fuel Pump Driver Module (FPDM) Failure. Description of Defect: I am writing to formally report a critical safety defect affecting Jaguar Land Rover (JLR) vehicles involving the Powertrain Control Module (PCM) and the Fuel Pump Driver Module (FPDM). These modules are experiencing spontaneous "reset" or "reboot" events during vehicle operation, leading to a sudden and total loss of propulsion. Safety Hazard: Affected vehicles are experiencing power loss at highway speeds, often resulting in the vehicle stopping abruptly in live lanes of traffic. This defect has directly led to near-misses and reported accidents. The loss of power frequently occurs without warning, rendering the vehicle a "sitting duck" on high-speed roads, creating an extreme risk of rear-end collisions and multi-vehicle pileups. Manufacturer Inaction: Despite internal technical bulletins (e.g., NHTSA TSB MC-10218879-0001) and mounting consumer complaints, JLR has failed to issue a global safety recall or provide a permanent hardware/software resolution. While the Chinese State Administration for Market Regulation (SAMR) has reportedly summoned JLR officials regarding these stalling issues, the manufacturer has yet to implement a verified fix or acknowledge the systemic nature of the failure. Demand for Action: We request that your agency launch an immediate investigation into the frequency and severity of these stalling events to compel Jaguar Land Rover to initiate a safety recall and protect the motoring public.

Subject: URGENT: Investigation Request – Systemic Loss of Propulsion in Jaguar Land Rover (JLR) Vehicles (2017–2026). 1. Description of Defect I am formally reporting a critical, life-threatening safety defect involving the Powertrain Control Module (PCM) and the Fuel Pump Driver Module (FPDM) in Jaguar Land Rover (JLR) vehicles. These modules suffer from spontaneous software "resets" or "reboot" loops during operation. When the PCM resets, it severs communication with the fuel system, causing an immediate and total loss of propulsion (motive power). 2. Safety Hazard and Real-World Impact This defect triggers without warning at highway speeds, resulting in vehicles stopping abruptly in high-speed lanes. This creates a "sitting duck" scenario, rendering the vehicle unable to move to a shoulder and significantly increasing the risk of catastrophic rear-end collisions and multi-vehicle pileups. Reported incidents include near-misses and accidents directly attributed to this sudden stalling. 3. Timeline of Manufacturer Awareness (2017 – Present) JLR has been aware of this specific PCM/FPDM communication failure since at least 2017. Internal documentation, such as NHTSA Technical Bulletin SB-10095121-1020, identified short circuits in the PCM/FPDM line for 2017 F-PACE and XE models. Subsequent bulletins, including MC-10218879-0001, admit that software "flashing" is ineffective and that FPDM hardware replacement is often required. Despite nearly a decade of internal knowledge, JLR has failed to initiate a comprehensive global safety recall for all affected VINs, opting instead for localized "Service Actions" that do not permanently resolve the hardware instability. 4. International Context and Manufacturer Inaction The Chinese State Administration for Market Regulation (SAMR) has already summoned JLR officials regarding these stalling failures. However, JLR has not provided a verified, permanent solution. 5. Demand for Action We demand an immediate, multi-agency

The contact owns a 2023 Land Rover Range Rover. The contact stated that while the vehicle was parked, the sunroof failed to close properly. The contact stated that on several occasions, the sunroof was closed but unexpectedly reopened. The vehicle was taken to several dealers however, the vehicle was not diagnosed. The contact stated that a dealer confirmed the sunroof failure and performed a recalibration. The vehicle was repaired; however, the failure reoccurred. The contact expressed concerns about water potentially entering the vehicle during inclement weather and stated that the glare from the sun through the sunroof caused visibility issues while driving. The manufacturer was made aware of the failure. The approximate failure mileage was 38,000.

This is a plug-in hybrid vehicle. Twice now the car has powered on but would not go into gear or move. Selecting drive did nothing and pressing the accelerator had no effect, leaving the vehicle completely immobile. In both instances I was left stranded and had to have the vehicle towed (once on 10/10/25 and again on 11/11/25). This did not happen while driving in traffic, but it created a safety concern because the car was unable to move when it should have. The issue has not been explained or resolved through service.

While driving on the highway, a strong burning smell began inside the vehicle, similar to a brush or forest fire. At first it was unclear whether the smell was coming from outside, but when traffic slowed, smoke was seen coming from the driver-side wheel well and from under the front hood. No warning lights, alerts, temperature warnings, or malfunction messages appeared before or during the smoke. The vehicle was moved off the highway to a side road. Upon opening the hood, light but steady smoke continued from the engine area. The coolant reservoir was full and there were no visible leaks. The vehicle continued to smoke consistently for approximately 50 minutes while waiting for a tow truck. After the vehicle was loaded onto the flatbed and transported back toward the highway, an orange glow became visible inside the cabin, indicating an active fire had started inside the interior. The tow truck driver immediately pulled over, used a fire extinguisher, and unloaded the vehicle from the flatbed for safety. Smoke increased significantly from the cabin and wheels. Both white and black smoke were present. Police and fire department personnel responded to the scene and extinguished the fire. The vehicle was a nearly new plug-in hybrid with low mileage, and there were no dashboard warnings or prior symptoms of failure. The cause of the fire is unknown, but it appears related to a malfunction involving the electrical, battery, thermal-management, or propulsion systems. The event presented a significant safety hazard to occupants, the tow operator, and other motorists.

The vehicle brake pad warning light went on before 15K miles. The dealership and manufacturer have indicated that the design of the 2023 long wheel base model causes the OEM brakes pads to wear through at an accelerated rate. They are replacing them with a different model though nor covering the replacement under warranty.

The component is Land Rover windshields and design of 2024 vehicles. I am on my 6th windshield in a little over a year since purchase. I have had a crack and runs in my vision on the window more than a clear vision through the windshield. The Land Rover Company/manufacturer/dealerships know if the defect design of windshields. Capital Glass in Baton Rouge, Louisiana has changed and commented on the number of windshields that have been replaced on Range Rovers, and Defenders all produced by Land Rover.

The contact owns a 2025 Land Rover Range Rover. The contact stated that while depressing the accelerator pedal, the vehicle shut off independently and drove in Hybrid Mode and switched back to Electrical Battery Mode. Several warning lights were illuminated. The vehicle was taken to the dealer, where it was diagnosed that the electrical battery converter needed to be replaced. The contact stated that the failure had occurred approximately eight times. The vehicle was repaired for the same failure over nine times. The manufacturer was notified of the failure, opened a case, offered an extended warranty, and the contact was informed that the system had been hacked. The approximate failure mileage was 4,800.