How many Land Rover Range Rovers are still on the road in Great Britain, how many are declared off the road, how new registrations have changed and which fuels they use. Built from DVLA licensing records and 88,003 DVSA MOT tests.
Licensed in Great Britain88,680+0.9% on a year earlier
Declared SORN29,661Off the road, not taxed
MOT first-time pass rate, 202579.4%Cars of the same ages 70.6%
Rank by number licensedNo. 107of 1,159 models we cover
Licensed countAt its peakhighest since 1994
Average annual mileage6,868miles a year
How many Land Rover Range Rovers are left in Great Britain?
There were 88,680 Land Rover Range Rovers licensed in Great Britain at the end of March 2026, and a further 29,661 declared off the road (SORN).
That is the most on the road at any year end since 1994.
Land Rover Range Rovers licensed in Great Britain
Numbers are still rising: the latest count is the highest in this series.
2 versions of the Land Rover Range Rover have their own page.
The figures above include every version; each version page covers only the cars DVLA records
under that version’s name.
Versions of the Land Rover Range Rover with their own page
In 2025, 79.4% of Land Rover Range Rover MOT tests were passed first time,
against 72.8% for all cars.
Cars of the same ages as the Land Rover Range Rovers tested pass 70.6% of the time, so the Land Rover Range Rover does better than average for its age, by 8.8 points. In 2024 its pass rate was 78.3%.
MOT first-time pass rate by age: Land Rover Range Rover vs all cars
Comparing like with like: each bar pair covers cars of the same age, so an older average age does not count against a model.
0%
50%
100%
3 years
4–5 years
6–7 years
8–10 years
11–14 years
15–19 years
20+ years
Land Rover Range Rover
All cars
MOT first-time pass rate by vehicle age, Land Rover Range Rover compared with all cars
Suspension is the most common reason a Land Rover Range Rover fails its MOT,
appearing on 34.6% of failed tests. A failed test can have defects in
more than one category, so shares add up to more than 100%.
6.0% of Land Rover Range Rover tests found at least one dangerous defect, against 7.3% for all cars.
Most common MOT failure categories
Share of failed Land Rover Range Rover MOT tests with at least one defect in each category
Most common Land Rover Range Rover MOT defects and advisories
The single most common reason a Land Rover Range Rover failed its MOT in 2025 was
“Suspension arms: pin or bush excessively worn”, on 8.6% of 18,113 failed tests.
47.2% of tests ended with at least one advisory, a problem to watch that did not fail the test; the most common was “Tread depth: worn close to legal limit or worn on edge”.
The same fault on any wheel or side counts once.
Most common reasons for failure
Share of failed tests with each defect. A test can fail for more than one.
Most common specific MOT defects on failed Land Rover Range Rover tests, 2025
Defect
Share of failed tests
Suspension arms: pin or bush excessively worn Suspension
8.6%
Brake pads: less than 1.5 mm thick Brakes
8.5%
Drive shafts: constant velocity boot split or insecure, no longer prevents the ingress of dirt Body, chassis, structure
8.0%
Tyres: cut in excess of the requirements deep enough to reach the ply or cords Tyres
7.9%
Wipers: does not clear the windscreen effectively Visibility
25 years of the Land Rover Range Rover, by year of first registration, have their own page with MOT results, common faults, mileage and how many are left. Against all cars of the same age, the 2010 cars did best at their 2025 MOT (73.8% passed first time) and the 2022 cars worst (89.8%).
Land Rover Range Rovers by year of first registration
Registered: cars on the DVLA record at the end of the year they were first registered (these counts start in 2014, so older years show a dash). Left:
licensed or declared SORN at the end of 2025.
Both cover the United Kingdom. Pass rate: first-time passes at normal MOT tests in Great
Britain in 2025; all cars: every car first registered the same year.
Land Rover Range Rover annual mileage
The average Land Rover Range Rover covers 6,868 miles a year,
worked out from odometer readings at consecutive MOT tests.
Average annual mileage by age
0
5k
10k
9,193
4–5 years
8,608
6–7 years
7,947
8–10 years
6,997
11–14 years
5,544
15–19 years
3,465
20+ years
Average annual mileage of a Land Rover Range Rover by vehicle age
Land Rover Range Rover engine sizes and fuel types
Of the 90,511 Land Rover Range Rovers licensed in the UK at the end of 2025, 49.4% have an engine of 2,901cc to 3,000cc, and 27.9% have an engine of 4,301cc to 4,400cc. The share with an engine of 2,901cc to 3,000cc has grown from 24.1% in 2014 to 49.4%. Plug-in hybrids made up 0.0% of those licensed in 2014 and 11.3% in 2025.
Engine sizes, end of 2025
DVLA records engine size in 100cc bands.
Land Rover Range Rovers licensed in the UK at the end of 2025, by engine size
Engine size
Share of those licensed
2,901cc to 3,000cc 44,725 licensed
49.4%
4,301cc to 4,400cc 25,270 licensed
27.9%
3,601cc to 3,700cc 7,598 licensed
8.4%
4,901cc to 5,000cc 3,938 licensed
4.4%
1,901cc to 2,000cc 2,617 licensed
2.9%
4,101cc to 4,200cc 1,695 licensed
1.9%
2,401cc to 2,500cc 1,618 licensed
1.8%
4,501cc to 4,600cc 1,275 licensed
1.4%
3,901cc to 4,000cc 1,260 licensed
1.4%
Other sizes 515 licensed
0.6%
Source:DfT / DVLAEnd of 2014 to end of 2025Updated
Engine size and fuel together, end of 2025
Engine size and fuel together, end of 2025
Engine size
Fuel
Licensed
Share
2,901–3,000cc
Diesel
34,149
37.7%
4,301–4,400cc
Diesel
20,690
22.9%
2,901–3,000cc
Plug-in hybrid
7,626
8.4%
3,601–3,700cc
Diesel
7,598
8.4%
4,301–4,400cc
Petrol
4,381
4.8%
4,901–5,000cc
Petrol
3,935
4.3%
2,901–3,000cc
Petrol
2,776
3.1%
1,901–2,000cc
Plug-in hybrid
2,614
2.9%
4,101–4,200cc
Petrol
1,651
1.8%
2,401–2,500cc
Diesel
1,617
1.8%
Engine sizes, 2014 to 2025
Share of those licensed at the end of each year, for the most common sizes.
Land Rover Range Rovers licensed in the UK by fuel type, share of each year’s total
Year
Diesel
Petrol
Plug-in hybrid
Other
2014
71.3%
26.1%
0.0%
2.7%
2015
73.8%
23.6%
0.0%
2.4%
2016
75.9%
21.7%
0.0%
2.1%
2017
77.6%
20.2%
0.0%
1.8%
2018
78.3%
18.8%
1.0%
1.6%
2019
78.3%
17.9%
2.1%
1.4%
2020
78.3%
17.3%
2.9%
1.3%
2021
78.3%
16.6%
3.7%
1.1%
2022
77.9%
16.7%
4.2%
0.9%
2023
76.2%
17.2%
5.5%
0.8%
2024
73.1%
17.0%
9.0%
0.6%
2025
71.1%
16.9%
11.3%
0.5%
Source:DfT / DVLAEnd of 2014 to end of 2025Updated
United Kingdom figures from DfT table VEH0220 (licensed cars at the end of each year, SORN
excluded), so they differ slightly from the Great Britain counts elsewhere on this page.
How we use engine sizes.
Land Rover Range Rover fuel economy and CO2
The Vehicle Certification Agency’s new car data lists the Land Rover Range Rover from 2000, when the data begins, to 2024. On the WLTP test (listings 2019 to 2024), official combined fuel economy for its petrol and diesel versions ranges from 18.7 to 31.5 mpg, with CO2 of 235 to 341 g/km; plug-in hybrid versions are rated at 73.9 to 84.5 mpg (weighted). On the older NEDC test (listings 2000 to 2018), official combined fuel economy for its petrol, diesel, petrol hybrid and diesel hybrid versions ranges from 17.2 to 101.0 mpg, with CO2 of 64 to 398 g/km.
Official WLTP figures by engine and fuel, listed 2019 to 2024
Official WLTP figures by engine and fuel, listed 2019 to 2024
Engine and fuel
Combined mpg
CO2 g/km
Listed
Euro standard
Versions
3.0 petrol
24.9–26.7
240–258
2020–2024
Euro 6d
4
5.0 petrol
18.7–20.0
318–341
2019–2023
Euro 6d‑TEMP
12
3.0 diesel
28.5–31.5
235–260
2019–2023
Euro 6d‑TEMP
12
4.4 diesel
25.0–26.7
278–296
2019–2023
Euro 6d‑TEMP
6
2.0 plug-in hybrid
73.9–84.5
76–87
2020–2023
Euro 6d‑TEMP
2
Older NEDC figures, listed 2000 to 2018 (13 engine and fuel groups)
Official NEDC figures by engine and fuel, listed 2000 to 2018
Official figures from laboratory type-approval tests. VCA says they may not be achieved in
real-world driving, and should not be used to rank cars with similar figures.
NEDC figures (in VCA’s data until September 2018) and WLTP figures (from the 2019 guide)
come from different tests, so they are shown separately and should not be compared.
Plug-in hybrid figures are VCA’s weighted values, which count driving on battery power as
well as on fuel.
Engine sizes are rounded to the nearest 0.1 litre. A version is one line in
VCA’s data (description, gearbox, engine and fuel), counted once however many years it was
listed.
Matched from VCA’s model names “Range Rover, 20MY”, “Range Rover”, “Range Rover, 19MY”, “Range Rover 16MY”. How we use VCA’s figures.
Land Rover Range Rover safety recalls
DVSA lists 67 safety recalls for the Land Rover Range Rover since 1992, the first in 1993. The most recent was launched on 25 August 2026.
Range Rover (L405) Front Suspension Knuckle Crack – Incorrect Repair
Launched 25 August 2026DVSA recall R/2026/329Manufacturer ref. D148
Defect
For affected vehicles the repair procedure for a prior safety recall was incorrect. As a result the front suspension knuckles have been replaced with those of an incorrect specification.
Remedy
Vehicles will have both front suspension knuckles replaced.
A recall applies to cars built on particular dates or with particular VINs, not to every Land Rover Range Rover. The details come from manufacturers through DVSA, which says they may be delayed or
incomplete. To check a specific car, use GOV.UK’s vehicle recall check or ask the manufacturer or a
dealer. How we match recalls to models.
Figures cover Great Britain (England, Scotland and Wales). Northern Ireland is not included.
Licensed counts are vehicles with a current tax or exemption at the end of each year (or the latest quarter). SORN counts are shown separately.
First registrations count vehicles registered in Great Britain for the first time, including used imports.
Models are grouped by DVLA’s generic model name, so every generation and trim counts together.
MOT figures cover normal tests of cars aged three and over in 2025; retests are excluded. Age is rounded to the nearest year.
DVSA records the model name typed in at the test. We match those names to DVLA’s generic models, so a handful of tests may be counted under a close relative.