Registration
LR2844A
Registered
2021
Fuel Type
Gasoline
Tax Band
N/A
Color
white
Engine Size
N/A
Interior Trim
Ebony
Fuel Consumption
N/A
Stock Number
N/A
Bodystyle
4 Door SUV
Tax Cost
N/A
Mileage
65,783 miles
Previous Owners
6
Exterior Color
Fuji White
Doors
5
Description
2021 Land Rover Defender 110 SE
Fuji White | Ebony Grained Leather | 65,783 Miles
This 2021 Land Rover Defender 110 SE is a One-Owner example with a Clean Carfax and 65,783 miles. Finished in Fuji White with a Black Contrast Roof over Ebony Grained Leather, this Defender combines bold styling, premium comfort, and genuine Land Rover capability.
Powered by the 3.0L Turbocharged Inline-6 producing 400PS, it is paired with an automatic transmission and all-wheel drive.
Notable Options & Equipment:
Sliding Panoramic Roof
Black Contrast Roof
Comfort and Convenience Pack
Cold Climate Pack
12-Way Heated Power Front Seats with Memory
Ebony Grained Leather Seating
Light Oyster Morzine Headlining
Gloss Black Signature Graphic with Interior Storage
20" Style 5094 Gloss Sparkle Silver Wheels
20" Full-Size Spare Wheel
Tow Hitch Receiver
Premium Interior Protection & Storage Pack
Basic Rear Seat Convenience Pack
All-Wheel Drive
With its Fuji White exterior, Black Contrast Roof, panoramic roof, heated memory seats, Cold Climate Pack, factory tow hitch, and 20-inch wheels, this Defender 110 SE is a well-equipped example. Its Clean Carfax, One-Owner history, and 65,783 miles make it an appealing option for anyone looking for a capable and distinctive Defender.
Call us today at 843-852-4011 for additional information or to schedule your test drive.
1521 Savannah Highway, Charleston, SC 29407
Fuji White 2021 Land Rover Defender 110 SE
Clean CARFAX. CARFAX One-Owner.
Awards:
* Motor Trend Automobiles of the year * JD Power Automotive Performance, Execution and Layout (APEAL) Study
If the list price of a car is over £40,000 at time of first registration, then there will be an additional rate payable from the second time the car is taxed for up to 5 years. MPG figures are obtained from laboratory testing and intended for comparisons between vehicles. They are unlikely to represent real world efficiency.
