How many Chevrolet Orlandos 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 3,392 DVSA MOT tests.
Licensed in Great Britain2,805−15.8% on a year earlier
Declared SORN450Off the road, not taxed
MOT first-time pass rate, 202558.4%Cars of the same ages 65.4%
Rank by number licensedNo. 508of 1,159 models we cover
Peak year20145,409 licensed
Average annual mileage6,930miles a year
How many Chevrolet Orlandos are left in Great Britain?
There were 2,805 Chevrolet Orlandos licensed in Great Britain at the end of March 2026, and a further 450 declared off the road (SORN).
That is 48.1% fewer than the peak of 5,409 in 2014.
Chevrolet Orlandos licensed in Great Britain
Numbers peaked in 2014 and have fallen every year since, as older cars are scrapped faster than new ones are registered.
In 2025, 58.4% of Chevrolet Orlando MOT tests were passed first time,
against 72.8% for all cars.
Cars of the same ages as the Chevrolet Orlandos tested pass 65.4% of the time, so the Chevrolet Orlando does worse than average for its age, by 7.0 points. In 2024 its pass rate was 59.2%.
MOT first-time pass rate by age: Chevrolet Orlando 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%
11–14 years
Chevrolet Orlando
All cars
MOT first-time pass rate by vehicle age, Chevrolet Orlando compared with all cars
Lamps, reflectors and electrical equipment is the most common reason a Chevrolet Orlando fails its MOT,
appearing on 50.3% of failed tests. A failed test can have defects in
more than one category, so shares add up to more than 100%.
11.8% of Chevrolet Orlando tests found at least one dangerous defect, against 7.3% for all cars.
Most common MOT failure categories
Share of failed Chevrolet Orlando MOT tests with at least one defect in each category
Most common Chevrolet Orlando MOT defects and advisories
The single most common reason a Chevrolet Orlando failed its MOT in 2025 was
“Coil spring: fractured or broken”, on 18.4% of 1,410 failed tests.
68.6% of tests ended with at least one advisory, a problem to watch that did not fail the test; the most common was “Engine oil leak, but not excessive”.
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 Chevrolet Orlando tests, 2025
Defect
Share of failed tests
Coil spring: fractured or broken Suspension
18.4%
Position lamp: not working Lamps, reflectors and electrical equipment
17.8%
Malfunction indicator lamp: inoperative or indicates a malfunction Noise, emissions and leaks
10.9%
Registration plate lamp(s): inoperative in the case of a single lamp or all lamps Lamps, reflectors and electrical equipment
10.6%
Brake pads: less than 1.5 mm thick Brakes
9.9%
Tyres: tread depth below requirements of 1.6mm Tyres
8.2%
Wipers: does not clear the windscreen effectively Visibility
7.8%
Stop lamp: not working Lamps, reflectors and electrical equipment
7.0%
Individual direction indicators: incorrect colour Lamps, reflectors and electrical equipment
3 years of the Chevrolet Orlando, 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 2011 cars did best at their 2025 MOT (58.6% passed first time) and the 2013 cars worst (58.1%).
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.
Chevrolet Orlando annual mileage
The average Chevrolet Orlando covers 6,930 miles a year,
worked out from odometer readings at consecutive MOT tests.
Average annual mileage by age
0
2k
4k
6k
8k
6,917
11–14 years
Average annual mileage of a Chevrolet Orlando by vehicle age
Registrations of Chevrolet Orlandos for the first time in Great Britain peaked at 2,634 in 2012. In 2025, 1 were registered. With almost none registered new, the number on the road is likely to keep falling.
Registered for the first time, by year
0
1k
2k
3k
’01
’02
’03
’04
’05
’06
’07
’08
’09
’10
’11
’12
’13
’14
’15
’16
’17
’18
’19
’20
’21
’22
’23
’24
’25
Chevrolet Orlandos registered for the first time in Great Britain, by year
Of the 3,026 Chevrolet Orlandos licensed in the UK at the end of 2025, 51.0% have an engine of 1,901cc to 2,000cc, and 48.7% have an engine of 1,701cc to 1,800cc. Diesels made up 55.9% of those licensed in 2014 and 51.0% in 2025.
Engine sizes, end of 2025
DVLA records engine size in 100cc bands.
Chevrolet Orlandos licensed in the UK at the end of 2025, by engine size
Engine size
Share of those licensed
1,901cc to 2,000cc 1,542 licensed
51.0%
1,701cc to 1,800cc 1,475 licensed
48.7%
Other sizes 9 licensed
0.3%
Source:DfT / DVLAEnd of 2014 to end of 2025Updated
Chevrolet Orlandos licensed in the UK by fuel type, share of each year’s total
Year
Diesel
Petrol
2014
55.9%
44.0%
2015
55.3%
44.6%
2016
54.8%
45.0%
2017
54.6%
45.1%
2018
54.7%
44.9%
2019
54.6%
44.9%
2020
54.6%
44.8%
2021
53.9%
45.6%
2022
53.8%
45.6%
2023
52.7%
46.9%
2024
52.2%
47.4%
2025
51.0%
48.6%
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.
Chevrolet Orlando fuel economy and CO2
The Vehicle Certification Agency’s new car data lists the Chevrolet Orlando from 2011 to 2015. On the NEDC test (listings 2011 to 2015), official combined fuel economy for its petrol and diesel versions ranges from 35.3 to 53.3 mpg, with CO2 of 139 to 186 g/km.
Official NEDC figures by engine and fuel, listed 2011 to 2015
Official NEDC figures by engine and fuel, listed 2011 to 2015
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.
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 “Orlando, MY2014”, “Orlando, MY2013”, “Orlando MY2011”, “Orlando, MY2011”. How we use VCA’s figures.
Chevrolet Orlando safety recalls
DVSA lists 6 safety recalls for the Chevrolet Orlando since 1992, the first in 2012. The most recent was launched on 4 February 2025.
Chevrolet Takata Driver’s Airbag
Launched 4 February 2025DVSA recall R/2025/036Manufacturer ref. KCS-N222358800
Defect
On affected vehicles the chemicals in the Takata airbags may deteriorate over time which may cause the inflator to rupture and lead to serious injury.
Remedy
Exchange affected airbag modules as a precautionary measure.
A recall applies to cars built on particular dates or with particular VINs, not to every Chevrolet Orlando. 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.