15
Recently viewed
2020 Honda Fit LX
LX,
CVT Transmission,
# LM702046P,
80,364 mi.
VIN
3HGGK5H44LM702046
Dealer
Roseville Toyota
Asking Price
$15,999
At a glance
Roseville, CA
80,364 mi.
EQUIPMENT DETAIL
Generic
- 4 Cylinder Engine
- A/C
- ABS
- Adjustable Steering Wheel
- AM/FM Stereo
- Automatic Headlights
- Auxiliary Audio Input
- Back-Up Camera
- Bluetooth
- Brake Assist
- Bucket Seats
- Child Safety Locks
- Cloth Seats
- Cruise Control
- CVT Transmission
- Daytime Running Lights
- Driver Air Bag
- Driver Vanity Mirror
- Engine Immobilizer
- Front Disc/Rear Drum Brakes
- Front Head Air Bag
- Front Side Air Bag
- Front Wheel Drive
- Gasoline Fuel
- Intermittent Wipers
- Keyless Entry
- MP3 Player
- Pass-Through Rear Seat
- Passenger Air Bag
- Passenger Vanity Mirror
- Power Door Locks
- Power Mirror(s)
- Power Steering
- Power Windows
- Rear Defrost
- Rear Head Air Bag
- Rear Spoiler
- Security System
- Stability Control
- Steel Wheels
- Steering Wheel Audio Controls
- Temporary Spare Tire
- Tire Pressure Monitor
- Tires - Front All-Season
- Tires - Rear All-Season
- Traction Control
- Transmission w/Dual Shift Mode
- Trip Computer
- Wheel Covers
SPECS
Stock:
LM702046P
VIN:
3HGGK5H44LM702046
Dealer:
Roseville Toyota
Type:
Used
Year:
2020
Make:
Honda
Model:
Fit
Mileage:
80,364
Certified:
No
Trim:
LX
Model Number:
GK5H4LEW
Body Style:
4dr Car
Transmission:
CVT Transmission
Doors:
4
Cylinders:
4
Displacement:
1.5L 4 Cylinder Engine
Drivetrain:
FWD
Fuel Type:
Gas
Exterior Color:
Platinum White Pearl
Interior Color:
Black
EPA City:
33
EPA Highway:
40
ABOUT THIS VEHICLE
All prices plus government fees and taxes, any finance charges, $85 dealer document processing charge, $30 electronic filing charge, and any emissions testing charge. Notice, all of our vehicles have an anti-theft system installed. The advertised price excludes the purchase of this anti-theft system, which can be purchased for an additional cost or removed from the vehicle at the time of sale. Recent Arrival! 33/40 City/Highway MPG
Awards:
* JD Power Vehicle Dependability Study