LAND ROVER RANGE ROVER PHEV · model year

2025 LAND ROVER RANGE ROVER PHEV

5 NHTSA complaints for this specific cohort.

NHTSA overall rating

Not crash-tested

New Car Assessment Program

The 2025LAND ROVERRANGE ROVER PHEV carries 5 consumer safety complaints in NHTSA's Office of Defects Investigation database for this specific model-year cohort. Within that volume, owners reported 0 crashes, 3 fires, 0 injuries, and 0 fatalities. No NCAP 5-star crash-test rating is available for this model year in the federal database.

Component-level analysis is where model-year complaints become actionable: the top complaint category for the 2025 RANGE ROVER PHEV is electrical system:12v/24v/48v battery with 1 filings, followed by electrical system (1) and engine (1). Concentration in one or two component groups is the classic signature of a systemic defect; a flat distribution usually reflects normal aging, warranty complaints, or isolated build-plant variability.

NHTSA currently has 12 investigation files overlapping the 2025 RANGE ROVER PHEV, and 3 remain open. Owners comparing this cohort against neighboring years should pair the counters above with the complaint-by-year trend on the parent model page — a spike in a single year often tracks to a platform refresh, a new transmission supplier, or an updated ECU calibration. Use the related-complaint feed below to read raw owner narratives before deciding whether any pattern here affects your specific use case.

5
Complaints
0
Crashes
3
Fires
0
Injuries
0
Deaths

Total Complaints

5 filings

Crashes Reported

0 reports

Source

NHTSA ODI

Federal complaints database

Complaints vs. fleet median (215)

At or below the fleet median complaint volume.

Complaints by Component

ComponentCount
ELECTRICAL SYSTEM:12V/24V/48V BATTERY1
ELECTRICAL SYSTEM1
ENGINE1
FUEL/PROPULSION SYSTEM1
POWER TRAIN1

Recent Complaints

20260119POWER TRAIN

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.

20251126FireELECTRICAL SYSTEM

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 t

20251126FireENGINE

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 t

20251126FireFUEL/PROPULSION SYSTEM

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 t

20251010ELECTRICAL SYSTEM:12V/24V/48V BATTERY

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.

Mileage: 4,800

Compare 2025LAND ROVERRANGE ROVER PHEV to Similar Vehicles

NHTSA Investigations 3 Open

View all investigations

Frequently Asked Questions

How many complaints does the 2025 LAND ROVER RANGE ROVER PHEV have?
The 2025 LAND ROVER RANGE ROVER PHEV has 5 NHTSA complaints, 0 crashes, 3 fires, 0 injuries, and 0 deaths reported.
What are the most common problems with the 2025 LAND ROVER RANGE ROVER PHEV?
The most-complained component for the 2025 LAND ROVER RANGE ROVER PHEV is ELECTRICAL SYSTEM:12V/24V/48V BATTERY with 1 complaints. Other frequently reported areas include ELECTRICAL SYSTEM and ENGINE.
Is the 2025 LAND ROVER RANGE ROVER PHEV safe to buy?
Review the complaint history, crash and fire reports, safety ratings, and recall status on this page to make an informed decision. No NHTSA crash test rating is available for this model year. Compare with other model years using the links above.
Where does this data come from?
All complaint, recall, and safety rating data is sourced from the National Highway Traffic Safety Administration (NHTSA). Complaints are filed by vehicle owners through NHTSA's Office of Defects Investigation.

Vehicle Safety Guides

Data as of 2025. Sources: NHTSA Office of Defects Investigation (ODI) complaints database, NHTSA recall campaign API, NHTSA NCAP crash-test ratings, and NHTSA FARS for fatality cross-reference.