crashtest

2025 / Toyota

2025 Toyota RAV4 Phev

5/5

Overall rating (best variant)

Safety ratings

2025 Toyota RAV4 PHEV SUV AWD

5/5Overall
4/5Frontal crash
5/5Side crash
4/5Side pole
4/5Rollover
Frontal, driver: 4★Frontal, passenger: 4★Side, driver: 5★Side, rear passenger: 5★Rollover risk: 13.3%
  • Lane departure warningStandard
  • Forward collision warningStandard
  • Electronic stability controlStandard

Crash test videos & photos

Crash test #1NHTSA test 14470

Full test report (PDF) ↗

Crash-test footage is converted for smooth playback the first time someone requests it — usually under a minute.

Photo No. 001 - Load Cell Location.JPGPhoto No. 002 - Pre-Test Load Cell Wall.JPGPhoto No. 003 - Post-Test Load Cell Wall.JPGPhoto No. 004 - Manufacturer's Label.JPGPhoto No. 005 - Tire Placard.JPGPhoto No. 005a - Vehicle Load Carrying Capacity Reduction Label.JPGPhoto No. 006 - 2023 Toyota RAV4 Prime SE AWD 5-Door SUV Frontal As Delivered.jpgPhoto No. 007 - Left Rear 3-4 View, As Received.jpgPhoto No. 008 - Pre-Test Front View of Test Vehicle.JPGPhoto No. 009 - Post-Test Front View of Test Vehicle.JPGPhoto No. 010 - Pre-Test Left View of Test Vehicle.JPGPhoto No. 011 - Post-Test Left View of Test Vehicle.JPGPhoto No. 012 - Pre-Test Right View of Test Vehicle.JPGPhoto No. 013 - Post-Test Right View of Test Vehicle.JPGPhoto No. 014 - Pre-Test Right Front 3-4 View.JPGPhoto No. 015 - Post-Test Right Front 3-4 View.JPGPhoto No. 016 - Pre-Test Left Rear 3-4 View.JPGPhoto No. 017 - Post-Test Left Rear 3-4 View.JPGPhoto No. 018 - Pre-Test Windshield View.JPGPhoto No. 019 - Post-Test Windshield View.JPGPhoto No. 020 - Pre-Test Engine Compartment View.JPGPhoto No. 021 - Post-Test Engine Compartment View.JPGPhoto No. 022 - Pre-Test Fuel Filler Cap View.JPGPhoto No. 023 - Post-Test Fuel Filler Cap View.JPGPhoto No. 024 - Pre-Test Front Underbody View.JPGPhoto No. 025 - Post-Test Front Underbody View.JPGPhoto No. 026 - Pre-Test Rear Underbody View.JPGPhoto No. 027 - Post-Test Rear Underbody View.JPGPhoto No. 028 - Pre-Test Dummy Cable Routing.JPGPhoto No. 029 - Post-Test Dummy Cable Routing.JPGPhoto No. 030 - Pre-Test Driver Dummy Front View .JPGPhoto No. 031 - Post-Test Driver Dummy Front View.JPGPhoto No. 048 - Post-Test Driver Dummy Face.JPGPhoto No. 051 - Pre-Test View of the Steering Wheel.JPGPhoto No. 305-13 - Post-Impact View of Battery Box(s) or Container(s) Which Holds Individual Battery Modules.jpgPhoto No. 305-23 - Pre-Impact Close-Up View of High Voltage Leads Attached.JPGPhoto No. 305-31 - FMVSS No. 305 Static Rollover at 360 Degrees.JPG

Crash test #2NHTSA test 14471

Full test report (PDF) ↗

Crash-test footage is converted for smooth playback the first time someone requests it — usually under a minute.

Photo No. 001 - As Delivered Right Front Three-Quarter View of Test Vehicle.jpgPhoto No. 002 - As Delivered Left Rear Three-Quarter View of Test Vehicle.jpgPhoto No. 003 - Pre-Test Frontal View of Test Vehicle.JPGPhoto No. 004 - Post-Test Frontal View of Test Vehicle.JPGPhoto No. 005 - Pre-Test Left Front Three-Quarter View of Test Vehicle.JPGPhoto No. 006 - Post-Test Left Front Three-Quarter View of Test Vehicle.JPGPhoto No. 007 - Pre-Test Left Side View of Test Vehicle.JPGPhoto No. 008 - Post-Test Left Side View of Test Vehicle.JPGPhoto No. 009 - Pre-Test Left Three-Quarter Rear View of Test Vehicle.JPGPhoto No. 010 - Post-Test Left Three-Quarter Rear View of Test Vehicle.JPGPhoto No. 011 - Pre-Test Rear View of Test Vehicle.JPGPhoto No. 012 - Post-Test Rear View of Test Vehicle.JPGPhoto No. 013 - Pre-Test Right Side View of Test Vehicle.JPGPhoto No. 014 - Post-Test Right Side View of Test Vehicle.JPGPhoto No. 015 - Pre-Test Overhead View of Test Area.JPGPhoto No. 016 - Post-Test Overhead View of Test Area.JPGPhoto No. 017 - Pre-Test Left Side View of MDB Positioned Against Side of Test  Vehicle.JPGPhoto No. 018 - Pre-Test Right Side View of MDB Positioned Against Side of Test  Vehicle.JPGPhoto No. 019 - Pre-Test Close-Up View of Impact Point Target.JPGPhoto No. 020 - Post-Test Close-Up View of Impact Point Target.JPGPhoto No. 021 - Pre-Test Left Front Door Latch Close-Up.JPGPhoto No. 022 - Post-Test Left Front Door Latch Close-Up.JPGPhoto No. 023 - Pre-Test Left Rear Door Latch Close-Up.JPGPhoto No. 024 - Post-Test Left Rear Door Latch Close-Up.JPGPhoto No. 025 - Pre-Test Front Close-Up View of Driver Dummy.JPGPhoto No. 026 - Post-Test Front Close-Up View of Driver Dummy.JPGPhoto No. 027 - Pre-Test Left Side View of Driver Dummy Showing Belt and Chalking.JPGPhoto No. 028 - Pre-Test Left Side View of Driver Dummy Shoulder and Door Top View.JPGPhoto No. 029 - Post-Test Left Side View of Driver Dummy Shoulder and Door Top View.JPGPhoto No. 030 - Pre-Test Frontal View of Driver Seat Back Prior to Dummy Positioning.JPGPhoto No. 031 - Pre-Test Frontal View of Driver Dummy Head and Shoulders in Relation to Head Restraint.JPGPhoto No. 032 - Pre-Test Frontal View of Driver Seat Pan Prior to Dummy Positioning.JPGPhoto No. 046 - Pre-Test Driver Inner Door Panel View.JPGPhoto No. 063 - Pre-Test View of Rear Passenger Dummy's Head Showing Dummy's Head is Level.JPGPhoto No. 070 - Post-Test Rear Passenger Dummy and Door Clearance View.JPGPhoto No. 078 - Post-Test Rear Passenger Dummy Close-Up Torso Contact with Side Airbag View.jpgPhoto No. 085 - Post-Test Front View of MDB Impactor Face.JPGPhoto No. 100 - FMVSS Photo No. 301 Static Rollover 360 Degrees.JPGPhoto No. 305-04 - First Responder Warning Location.JPGPhoto No. 305-14 - Pre-Impact View of Propulsion Battery Module(s).jpgPhoto No. 305-25 - Post-Impact View of Installed Test Interface Port.JPGPhoto No. 305-27 - Post-Impact View of Other Test Devices.JPGPhoto No. 305-37 - Post-Impact View of Propulsion Battery Electrolyte Spillage Location.jpg

Crash test #3NHTSA test 14973

Full test report (PDF) ↗

Crash-test footage is converted for smooth playback the first time someone requests it — usually under a minute.

Photo No. 001 - As Delivered Right Front Three-Quarter View of Test Vehicle.jpgPhoto No. 002 - As Delivered Left Rear Three-Quarter View of Test Vehicle.jpgPhoto No. 003 - Pre-Test Frontal View of Test Vehicle.JPGPhoto No. 004 - Post-Test Frontal View of Test Vehicle.JPGPhoto No. 005 - Pre-Test Left Front Three-Quarter View of Test Vehicle.JPGPhoto No. 006 - Post-Test Left Front Three-Quarter View of Test Vehicle.JPGPhoto No. 007 - Pre-Test Left Side View of Test Vehicle.JPGPhoto No. 008 - Post-Test Left Side View of Test Vehicle.JPGPhoto No. 009 - Pre-Test Left Rear Three-Quarter View of Test Vehicle.JPGPhoto No. 010 - Post-Test Left Rear Three-Quarter View of Test Vehicle.JPGPhoto No. 011 - Pre-Test Rear View of Test Vehicle.JPGPhoto No. 012 - Post-Test Rear View of Test Vehicle.JPGPhoto No. 013 - Pre-Test Right Side View of Test Vehicle.JPGPhoto No. 014 - Post-Test Right Side View of Test Vehicle.JPGPhoto No. 015 - Pre-Test Overhead View of Test Area .jpgPhoto No. 016 - Post-Test Overhead View of Test Area.jpgPhoto No. 017 - Pre-Test Left Side View of Pole Positioned Against Side of Vehicle.JPGPhoto No. 018 - Pre-Test Right Side View of Pole Positioned Against Side of Vehicle.JPGPhoto No. 019 - Pre-Test Close-Up View of Impact Point Target.JPGPhoto No. 020 - Post-Test Close-Up View of Impact Point Target Showing Impact Location.JPGPhoto No. 021 - Pre-Test Front Close-Up View of Dummy Head and Chest.JPGPhoto No. 022 - Post-Test Front Close-Up View of Dummy.JPGPhoto No. 023 - Pre-Test Left Side View of Dummy Showing Belt and Chalking.JPGPhoto No. 024 - Pre-Test Left Side View of Dummy Shoulder and Door Top View.JPGPhoto No. 029 - Pre-Test Overhead View of Dummy Thighs on Seat Pan.JPGPhoto No. 035 - Pre-Test View of Disengaged Parking Brake.JPGPhoto No. 057 - Close-Up View of Vehicle's Certification Label.JPGPhoto No. 064 - Post-Test Primary and Redundant Speed Trap Read-Out.JPGPhoto No. 305-04 - First Responder Warning Location.JPG

Recalls (3)

  • BACK OVER PREVENTION:DISPLAY FUNCTIONCampaign 25V744000 · 30/10/2025

    Toyota Motor Engineering & Manufacturing (Toyota) is recalling certain 2022-2026 Toyota, Lexus, and Subaru Solterra vehicles equipped with a Panoramic View Monitor (PVM) system. Please see the recall report for a complete list of models. A software error may cause the rearview camera to freeze or display a blank screen when the vehicle is in reverse. As such, these vehicles fail to comply with the requirements of Federal Motor Vehicle Safety Standard (FMVSS) number 111, "Rear Visibility."

    Risk: A rearview camera that fails to display an image can reduce the driver's view behind the vehicle, increasing the risk of a crash.

    Fix: Dealers will update the parking assist software, free of charge. Owner letters were mailed January 2, 2026. Owners may contact Toyota's customer service at 1-800-331-4331. Toyota's numbers for this recall are 25TB13 and 25LB06. Subaru's number for this recall is WRE25.

  • SEATS:CRITICAL FASTENERSCampaign 26V256000 · 22/04/2026

    Toyota Motor Engineering & Manufacturing (Toyota) is recalling certain 2025 RAV 4 vehicles. The front seat brackets for the seat rails may be welded improperly.

    Risk: Improperly welded seat brackets can prevent the seat from adequately restraining an occupant during a crash, increasing the risk of injury.

    Fix: Dealers will inspect and repair the seat bracket welds as necessary, free of charge. Owner notification letters were mailed June 19, 2026. Owners may contact Toyota's customer service at 1-800-331-4331. Toyota's numbers for this recall are 26TB09 and 26TA09.

  • ELECTRICAL SYSTEM: INSTRUMENT CLUSTER/PANELCampaign 25V595000 · 11/09/2025

    Toyota Motor Engineering & Manufacturing (Toyota) is recalling certain 2023-2024 Toyota Venza, 2023-2025 RAV4 Prime, RAV4, Highlander, GR Corolla, Crown, 2024-2025 Lexus TX, LS, Toyota Tacoma, Grand Highlander, and 2025 Lexus RX, Toyota Crown Signia, Camry, RAV 4 Plug-in Hybrid (PHEV), and 4 Runner vehicles. Due to an error in the instrument panel software at vehicle startup, the instrument panel may fail to display vehicle speed, brake system, and tire pressure warning lights.

    Risk: An instrument panel display that does not show critical information can increase the risk of a crash or injury.

    Fix: Dealers will update the instrument panel software over-the-air (OTA) for non-PHEV vehicles, free of charge. For PHEV vehicles, dealers will inspect the instrument panel assembly, and either replace it, or update the software, free of charge. Owner letters were mailed December 5, 2025. Additional letters will be sent, anticipated in May 2026. This is a phased recall. Owners may contact Toyota's customer service at 1-800-331-4331. Toyota's numbers for this recall are 25TB08 and 25TA08. Lexus' numbers for this recall are 25LB05 and 25LA05.

Owner complaints

10
Complaints
2
Crashes reported
0
Fires reported
1
Injuries
0
Deaths

Most-reported areas

  • UNKNOWN OR OTHER4
  • SERVICE BRAKES2
  • VEHICLE SPEED CONTROL2
  • EXTERIOR LIGHTING1
  • VISIBILITY/WIPER1
  • POWER TRAIN1
  • TIRES1
  • ELECTRICAL SYSTEM1
Read individual complaints (10 most recent)

These are unverified consumer reports filed with NHTSA, shown as submitted.

  • 12/06/2025· EXTERIOR LIGHTING

    The headlights on my RAV4 do not shine far enough in front of the vehicle and have a straight line cut off at top of beam. While driving in rural areas of the California foothills this issue is dangerous. As you go up and down and wind around rural roads you cannot see far enough ahead to see what might be lurking in the dark. We've had this car Since August 2nd 2025, 3500 miles to date and don't believe it is safe to drive at night on winding roads. The lack of visibility in front of you gives you the desire to slow way down below safe speed limits because you can't see out infront of you. LIving in the foothills for many years with deer, other animals or fallen rocks, it has become very scary driving at night with our new RAV4. Searching for other consumer opinions I have found many online forums with simular experiences, suggesting going to the dealership to have the headlights aimed hirer. This would change the stock legal safety settings and I'm afraid of possible legal reprocusions if we get into an accident. I have gone to my Facebook RAV4 group also to ask if anyone else has had this problem. It was unanimous, this is an issue with everyone. Others stated they won't drive at night. I also have a GMC truck and a stock unaltered, low to the ground 2017 Chevy Volt. I've never experience this issue with any other vehicles, present or past.

  • 10/29/2025· VISIBILITY/WIPER

    The multifunction display does not automatically dim at night as indicated in the manual and in the settings. The display stays at the level manually set. This means that it can be so bright at night that the driver is blinded to the road ahead which could lead to an accident. It is very difficult and unsafe to try to dim it manually while driving.

  • 10/21/2025· POWER TRAIN,SERVICE BRAKES

    With the car stopped & the transmission in the Drive or Reverse position with foot off the brake pedal: 1. Pushing the Power button once to turn the car off results in the transmission automatically shifting from Drive or Reverse to Neutral without automatically setting the Parking Brake. 2. If the car's front-end is on a slope pointed up-slope the car will freely roll backwards. If the car's front-end is pointed down slope the car will freely roll forward. The above sequence is very dangerous when on a steep slope. This problem was first experienced in a Home Depot parking lot that was uneven. Parked with the nose up-slope in a small depression. The Power button was pushed while the transmission was still in the Drive position & the car immediately started rolling backwards. Fortunately, nobody was behind the car. I quickly pushed the brake pedal to stop the rolling. The proper way to shut off the car, of course, is to put the transmission in the Park position first, which automatically engages the Parking brake, confirmed by a light on the manual Parking Brake switch. I also own a 2007 Prius, bout new. That car has a paddle trans lever, Parking Brake & Power switches. The parking brake is all mechanical with a parking brake pedal. Whereas the 2025 RAV4 does NOT have a parking brake pedal -- it has a switch. Pushing the Prius' Power Switch (off) automatically locks the transmission regardless of the trans mode (D, R, N) such that the front wheels lock& the car will not move, regardless of the parking brake setting. Thus, the Prius is intrinsically safe with locked front wheels unable to turn on a slope regardless of the parking brake setting. I discussed this with Toyota & my dealer. The dealer reported another customer had also complained about this problem. Toyota quickly closed my complaint #251006003193 with no explanation stated. See the attached PDF doc.

  • 08/05/2026· VEHICLE SPEED CONTROLCrash

    The contact owns a 2025 Toyota RAV4 Plug-in Hybrid. The contact stated that while attempting to shift from drive(D) to park(P) in a parking spot with the brake pedal depressed, the vehicle unintendedly accelerated and struck a tree. The contact stated that the passenger simultaneously opened the passenger’s side door but still had the seat belt buckled. While attempting to exit the vehicle, the vehicle crashed into a tree, where it came to a stop. The passenger sustained head and shoulder injuries. Medical attention was required. A Police report was not filed. The vehicle was taken to the residence. The vehicle was not diagnosed or repaired. The manufacturer was notified of the failure and suggested that a technician would be sent to read the Event Data Recorder. The failure mileage was 75,000.

  • 08/01/2026· VEHICLE SPEED CONTROL,UNKNOWN OR OTHER,SERVICE BRAKESCrash

    On XXX; I drove to [XXX] from [XXX], with a friend for a luncheon. I pulled into the restaurant parking lot to park my car. It was a sunny day and the parking lot was paved. I made a right turn into a parking space, I was applying the brakes and coasting into the space. I was about 1/3 of the way into the space when I felt the loss of brake tension. Then the car revs loudly; suddenly and unexpectedly the car accelerates forward as I was still pressing down on the brakes. I pushed the brakes as hard as I could until the car stopped, but not until it had jumped a small curb, onto the dirt and bushes in front of the parking space. I stopped the car before it hit a fence behind the bushes. The impact bent my license plate but no other damage to the car was noted even though the front end of the car was more than halfway in the bushes. There were skid marks noted on the parking lot pavement from my car . I had held the steering wheel so tight that I tweaked my right wrist which is now sore. Had there been a solid wall facing us we could have been killed. I called SF Toyota to explain what had happened and to ask if they knew anything about the unexpected engine acceleration and brake failure. Their response was vague and they really didn't know. They did not ask that I bring the vehicle in for inspection; nor did they state that I should not drive it. After lunch, with much hesitation, I drove my friend and I back to [XXX]. The car was not driven again until the next morning when I took it to the Service Dept. of SF Toyota. On XXX SF Toyota advised they are awaiting vehicle inspection from a corporate Toyota representative. Toyota Corp. has assigned the incident Case Nos. XXX and XXX. I have asked both Toyota Corp. and SF Toyota for a free loaner. They will not grant this pending their investigation. No warning lamps, messages, etc. appeared. I do not know when Toyota Corp. will send their rep. No ETA for repairs. INFORMATION REDACTED PURSUANT TO THE FREEDOM OF INFORMATION ACT (FOIA), 5 U.S.C. 552(B)(6)

  • 07/02/2025· TIRES

    The contact owns a 2025 Toyota RAV4 equipped with Dunlop Tires, Tire Line: Grand Trek PT20, Tire Size: 225/60/R18, DOT Number: (N/A). The contact stated that while driving approximately 5 MPH and depressing the accelerator pedal, the contact stated that there was an abnormal clicking sound coming from the rear driver’s side tire. Upon inspecting the vehicle the following morning, the contact became aware that the tire was flat. The local dealer was contacted. The contact stated that the tire was taken to a tire repair shop, and it was determined that the tire could not be repaired, and a stone was removed from inside of the tire. The tire was replaced. The manufacturer was not notified of the failure. The failure mileage was approximately 800.

  • 06/19/2026· UNKNOWN OR OTHER

    After starting the RAV4, the Apple CarPlay quits unexpectedly both while stopped and while driving. Once it quits, the only way to reactivate Apple CarPlay is to stop the car, shut the engine off, then restart. This is extremely dangerous especially while using the map for guidance and it suddenly quits. The issue was reported several times to the local Toyota dealer, but they could not replicate the problem, even after leaving the car at the dealer overnight. The issue is not infrequent, and occurs almost every time the car is driven.

  • 03/10/2026· UNKNOWN OR OTHER

    Glass moonroof /sunroof on top of 2025 Rav4 sudden shattered under normal driving conditions on freeway. The noise sounded like a gunshot and could have caused distraction / an accident. No evidence of impact from outside. No overpass that a rock could have come from. The dealer has not confirmed the issue, but it looks like there may be lawsuits underway for other model years. Car is currently with dealer. No warnings or messages ... it just suddenly happened while driving

  • 02/27/2025· UNKNOWN OR OTHER

    I was driving on the highway and heard a very loud crash/explosion noise. Glass fell all over the inside of the car, the panoramic sunroof exploded. I believe this is the spontaneous explosion issue that has been reported in other rav4s, as there was no known road hazard seen or found, no overpass where anything fell, and there is no clear impact point on the broken glass, no other body damage anywhere else.

  • 02/01/2026· ELECTRICAL SYSTEM

    After purchasing a new vehicle, I have become aware of a persistent and widely reported problem with the Toyota/Lexus battery maintenance/charging logic for the 12V batteries in their HEV and PHEV vehicles. This results in chronic under-charging of the 12v battery due to low charging voltage even during normal use and produces a failed 12v battery within 6-24 months. The problems are so widely known and investigated by owners that there is now a complete white paper on the subject: [XXX] Toyota/Lexus needs to respond to this and provide a software patch that addresses the well-documented issue so that new owners like me are not confronted with a choice between (a) driving the vehicle and risking getting stuck in an unpleasant or dangerous situation when the vehicle fails to start; (b) modifying the manufacturer's system and risk voiding my warranty; or (c) spending additional money on diagnostic equipment for something that is a clear manufacturer error. INFORMATION REDACTED PURSUANT TO THE FREEDOM OF INFORMATION ACT (FOIA), 5 U.S.C. 552(B)(6)