2022 Land Rover Defender

DRL Halo failure/driver side: I own a business, and am on the road driving throughout the day. I have had at least 3 incidents where other drivers have pulled out in front of me, in which I believe was due to the DLR Halo failure. I was also stopped by a Traffic Officer because he thought it was a full 'headlight' failure. I had to explain to him that the DLR Halo failure is a KNOWN issue to Land Rover and that the core headlight still works. Safety Issues: Reduced Visibility: DRLs make your vehicle easier for oncoming traffic, pedestrians, and cyclists to see during daylight hours, especially in overcast weather or glare conditions. A daytime running light (DRL) failure on a vehicle like the Land Rover Defender primarily reduces your truck's daytime visibility to other drivers, increasing the risk of a collision. Stats: Daytime running lights (DRLs) reduce multi-vehicle daytime traffic accidents by about 5% to 15%, depending on the specific study and crash type.Key Reduction StatisticsGeneral Multi-Vehicle Crashes: A major meta-analysis shows a 10% to 15% reduction in multi-party daytime accidents for cars using DRLs. A Monash University study found an 8.8% reduction in non-nighttime multi-vehicle crashes.Head-On and Opposite-Direction Collisions: The National Highway Traffic Safety Administration (NHTSA) reports that DRLs reduce opposite-direction daytime fatal and non-fatal crashes by 5%.Vulnerable Road Users: NHTSA data indicates a 12% reduction in daytime pedestrian and bicyclist fatalities in single-vehicle crashes, and a 23% reduction in daytime fatal crashes between a passenger vehicle and a motorcycle.Specific Fleet/Manufacturer Studies: General Motors and independent evaluations typically estimate a general crash reduction of over 5% in urban and mixed environments. While I am driving a 2022 Defender with a DLR Halo defect, Land rover is directly putting me at 5 to 15% greater risk of injury, SBI injury or death.

Component and System Failure: The front headlamp assembly's internal LED Daytime Running Lamp (DRL) circuit board failed prematurely. The component is not available for inspection upon request, as the failed headlamp assembly is currently still installed on the vehicle. Safety Risk: The sudden loss of the DRL severely reduces the vehicle's forward visibility (conspicuity) to oncoming traffic and pedestrians during daytime, overcast, and low-light conditions. This defect directly compromises federally mandated lighting safety standards, significantly increasing the risk of a front-end or intersection collision because other motorists cannot see the vehicle approaching. Confirmation and Inspection: The problem has been confirmed by a Land Rover dealership. The vehicle and component have been inspected by the manufacturer. The dealership technician confirmed the internal module burned out and stated the only remedy is a full headlamp replacement. Prior Symptoms and Warning Lamps: There were absolutely no warning lamps, error messages, or symptoms prior to the failure. The DRL went completely dark without warning on July 30, 2026 at approximately 41,476 miles.

Left front running light is not working. This type of issue prevents car from passing a State inspection. Issue is a halo DRLs failed. Issue is due to a failed LED module. The repair for this $40 module by the dealer is around $2,400. There were no warning lamps, messages or symptoms. A Police officer stopped me in a parking lot and pointed it out. It is not an infraction since it was daylight. However, car will not pass an inspection.

1) Exhaust Manifold Studs are loosening and/or breaking on I6 engine causing potential CO2 exposure to passengers in the cabin and/or engine bay fire risk. 2) Potentailly yes via CO2. 3) Yes - out of factory warranty therefore had independent service center replace all studs 4) No 5) Not in my case but others on JLR Automotive Forums have heard rattling noises and found broken bolts that fell onto the skid plate directly below engine. *) In attached images below the final picture is of the repaired studs

The contact owns a 2022 Land Rover Defender. The contact stated that while driving 65 MPH, the raised air intake partially detached from the vehicle. The contact believed that the VIN should be included in NHTSA Campaign Number: 24E102000 (Equipment, Structure) after the failure. The dealer was contacted, and the contact was informed that the vehicle could not be repaired under the recall and would be an out-of-pocket expense. The manufacturer was made aware of the failure and referred the contact to the NHTSA Hotline to report the failure. The failure mileage was approximately 35,000.

While driving my 2022 Land Rover Defender 110 (16,658 miles), the brake pedal suddenly went soft and sank to the floor. Braking became severely degraded and effectively useless. I was able to slow the vehicle using engine braking and bring it to a stop safely. Multiple warnings appeared simultaneously, including brake system warnings, amber ABS and DSC lamps, and a "stability control not available" message. There was no crash, fire, or injury, but the loss of braking created a serious risk to me and the surrounding traffic as I was making a left onto [XXX] against oncoming traffic on [XXX] The vehicle was not driven further and was taken to an authorized Land Rover dealership for diagnosis. The dealership's diagnostic scan confirmed DTC C055E-7A ("Brake Hydraulic Circuit A Leak – Fluid Leak or Seal Failure") logged on XXX, along with related code C055E-64. This confirms a hydraulic fluid leak or seal failure in the service brake system, consistent with the total loss of pedal pressure I experienced. The manufacturer has issued Special Service Message SSM 74988 addressing this exact DTC on this platform (Defender L663, 2020 model year onward), indicating awareness of this failure mode. There were no warning lamps or symptoms prior to the failure — it occurred suddenly with no advance indication. The vehicle and diagnostic records are available for inspection upon request. Root-cause diagnosis by the dealership is in progress; the suspected sources are a hydraulic line, caliper, seal failure, or the integrated brake unit (which combines the booster, master cylinder, ABS pump, and control module in a single assembly on this platform). A sudden hydraulic brake failure at this low mileage suggests a potential defect rather than wear. INFORMATION REDACTED PURSUANT TO THE FREEDOM OF INFORMATION ACT (FOIA), 5 U.S.C. 552(B)(6)