2010 LEXUS HS

$9,500
$80
below average
176,392 Miles
39,732 Miles
above average

Vehicle Details

Mileage: 176392
Color: Other
Body Style: Sedan
Transmission: Automatic
Engine: 4 Cyl
Drive Train: 2WD
Fuel: Hybrid
Get EPICVIN vehicle history report

To be more confident in your used car purchase and get more information about the auto, including its accident history, insurance records, odometer readings history and other important details, we recommend you get a vehicle history report for the car prior to buying it.



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Full report includes maximum info:

  • Major Accidents
  • Open Recalls
  • Vehicle Services
  • Airbag Deployment
  • Total Loss
  • and more
Vehicle History Report
VIN
Odometer
found
Open Safety Recalls
found
Accidents
found
Sales Records
found
Auctions
found
Photos

Option & Equipment

CD (Multi Disc)
MP3
Navigation System
Premium Sound System
Satellite Radio
Anti-Lock Brakes
Anti-Theft System
Daytime Running Lights
Dual Airbags
Fog Lights
Front Airbags (Driver)
Front Airbags (Passenger)
Front Knee Airbags (Driver)
Front Knee Airbags (Passenger)
Front Side Airbags
Rear Side Airbags
Safety Connect
Side Curtain Airbags
Stability Control
Traction Control
Adjustable Steering Wheel
Air Conditioning
Cruise Control
Handsfree/Bluetooth Integration
Heated Seats
Keyless Entry
Keyless Ignition
Leather Seats
Leather Steering Wheel
Power Locks
Power Seat (Dual)
Power Steering
Power Windows
Rear-View Camera
Sun/Moonroof
AM/FM
Alloy Wheels
Backup Camera/Assist
Bluetooth
Power Seats
Sunroof/Moonroof

Recalls & Defects

VIN JTHBB1BA8A2031306 may have been recalled. Check full report for more information

VEHICLE STOPPING DISTANCES MAY INCREASE RELATIVE TO A CUSTOMER'S EXPECTATION INCREASING THE RISK OF A CRASH.

TOYOTA IS RECALLING CERTAIN MODEL YEAR 2010 TOYOTA PRIUS AND LEXUS HS250H PASSENGER VEHICLES. CUSTOMERS HAVE EXPERIENCED INCONSISTENT BRAKE FEEL AFTER ABS ACTUATION DURING SLOW AND STEADY APPLICATION OF THE BRAKES ON ROUGH OR SLICK ROAD SURFACES. STOPPING DISTANCES MAY BE INCREASED COMPARED WITH A CUSTOMER'S EXPECTATION FOR A GIVEN PEDAL FORCE.