Setting up an MOT testing station can be a significant investment for an independent garage. While advertised MOT bay packages provide a useful starting point, the price of the equipment itself is only part of the true cost.

A garage considering a new MOT bay also needs to think about installation, groundworks, electrical supplies, building alterations, DVSA requirements, connected equipment, calibration, servicing, staff training and the potential cost of downtime.

So how much does an MOT bay actually cost in the UK?

Current advertised prices suggest that a complete Class 4 installation can easily represent an investment of tens of thousands of pounds, with the final cost depending heavily on whether the garage chooses a pit, conventional lift, One Person Test Lane (OPTL) or Automated Test Lane (ATL).

This guide looks at the costs, equipment and practical considerations garages should investigate before committing to a new MOT testing facility.

How much does an MOT bay cost in the UK?

There is no single price for an MOT bay.

Current industry pricing indicates that MOT bay equipment packages can range from under £10,000 for some motorcycle installations to well over £30,000 for Class 4 and Class 7 installations.

As a broad guide, industry figures published in 2026 suggest:

MOT bay type	Indicative equipment/package cost
Class 1 & 2 motorcycle bay	Around £9,795–£13,995
Class 4 MOT bay	Around £20,995–£34,995
Class 4 pit-based bay	From around £17,000–£24,000
Class 4 ATL package	Around £23,000–£43,000+
Class 7 MOT bay	Around £23,995–£31,995+

These figures should be treated as indicative rather than quotations.

Actual prices vary considerably according to manufacturer, specification, vehicle classes, lift or pit design, ATL/OPTL configuration, emissions equipment and the work required to prepare the premises.

Crucially, advertised package prices do not always include every cost involved in getting a garage from an empty workshop to a fully operational DVSA-authorised MOT station.

The MOT bay price is only the starting point

When comparing quotes, garages should establish exactly what is included.

A package advertised at an attractive price may assume that the site is already prepared for installation.

Additional expenditure could include:

Groundworks
Concrete cutting and excavation
Pit construction
Drainage alterations
Three-phase electrical supplies
Final electrical connections
Compressed-air installation
Data and broadband provision
Building alterations
Increased headroom
Door or access alterations
Ventilation or extraction
Lighting
Equipment delivery
Installation
Commissioning
Calibration
DVSA-compliant drawings
Application support
MOT signage and notice boards
Staff training
Ongoing maintenance contracts

This is why two garages buying apparently similar MOT equipment can face very different total project costs.

What equipment does an MOT testing station need?

DVSA requires testing stations to have suitable premises and approved equipment for the classes of vehicle they are authorised to test.

Depending on the vehicle class and installation, equipment can include:

Vehicle lift or inspection pit
Jacking equipment
Wheel play detectors
Roller or plate brake testing equipment
Decelerometer
Diesel smoke meter
Exhaust gas analyser
Headlamp aim tester
Brake pedal application device
Towbar socket tester
Tyre tread depth gauge
Appropriate mirrors and inspection equipment
Computer, laptop or tablet
Reliable internet connection
Printer
Required MOT signs and notices

Garages should check the current DVSA requirements and approved-equipment lists before ordering equipment.

A piece of workshop equipment being suitable for normal servicing or repair work does not automatically mean that it satisfies the requirements for MOT testing.

Connected MOT equipment is an important consideration

Connected equipment transfers results directly into the MOT Testing Service.

DVSA requirements mean connected equipment is particularly important when opening a new testing station, changing ownership, reopening a previously closed site, replacing certain equipment or adding an additional test lane.

Equipment categories covered by connected-equipment requirements include applicable:

Roller brake testers
Decelerometers
Exhaust gas analysers
Diesel smoke meters

This makes buying the correct equipment at the beginning particularly important.

A cheaper piece of used equipment can become a false economy if it cannot satisfy the requirements applicable to the proposed MOT station.

New Class 4 jacking requirements from April 2026

Garages planning a new Class 4 MOT bay need to be particularly careful about jacking equipment specifications.

For applications to open or change applicable Class 4 MOT centres submitted from 1 April 2026, DVSA introduced revised requirements.

The jacking equipment must have a minimum safe working load of 2 tonnes, together with at least 1,700mm between the centres of the lifting pads.

This applies to relevant new centres and changes to existing centres, including certain changes of ownership.

An existing approved Class 4 bay that is not being changed is not automatically required to replace its jacking equipment simply because these new specifications came into effect.

For anyone pricing a new bay in 2026, however, the new specification needs to be factored into equipment selection.

Class 4 MOT bay costs

Class 4 is likely to be the main consideration for many independent garages because it covers the majority of passenger cars and a range of other light vehicles.

Current advertised examples demonstrate just how widely prices can vary.

Some Class 4 OPTL packages are advertised at around £19,000 + VAT, while Class 4 ATL packages are available at approximately £23,000 + VAT at the lower end.

Higher-specification ATL installations can exceed £30,000 + VAT, with some scissor-lift packages advertised above £40,000 + VAT.

The difference is not necessarily simply brand margin.

The equipment supplied, lift design, play detectors, brake tester, emissions equipment, installation, calibration, warranty and aftersales package all need to be compared.

Class 7 MOT bay costs

A Class 7 facility allows testing of heavier goods vehicles within the Class 7 limits and can potentially broaden the garage’s customer base.

However, larger vehicles mean the physical facility and equipment need to accommodate greater weights and dimensions.

Class 7 installations may require:

Higher-capacity lifts
Longer platforms
Greater drive-through width
Larger working areas
Suitable jacking equipment
Appropriate brake-testing equipment
Sufficient building access and headroom

Current package figures suggest Class 7 installations commonly start in the £20,000s, but again the completed project cost can be considerably higher depending on the premises.

Garages considering Class 7 should therefore assess local demand as well as equipment cost.

MOT pit or vehicle lift?

One of the biggest decisions when designing a test lane is whether to use an inspection pit or vehicle lift.

MOT pit

A pit can be particularly attractive where workshop headroom is limited.

Potential advantages include:

No need to raise the entire vehicle
Suitable for buildings with restricted roof height
Fewer moving lift components
Potentially lower equipment cost
Efficient under-vehicle access

But constructing a new pit can introduce significant building costs.

Excavation, structural work, drainage, lighting, ventilation and site conditions all need consideration.

A low advertised pit-equipment price therefore does not necessarily mean the completed pit installation will be cheaper.

MOT lift

A lift avoids the need for a conventional inspection pit and can offer greater flexibility within a workshop.

However, garages need adequate:

Ceiling height
Floor strength
Vehicle access
Electrical supply
Working clearance

The lift also becomes another critical piece of equipment requiring maintenance and inspection.

The right choice depends on the building rather than simply the purchase price.

ATL vs OPTL: what is the difference?

Two terms frequently encountered when buying MOT equipment are ATL and OPTL.

Automated Test Lane – ATL

An Automated Test Lane uses approved equipment designed to allow one tester to carry out the test with greater automation.

An ATL commonly integrates equipment such as brake testing and steering/suspension play detection into the lane.

The major commercial advantage is labour efficiency.

If one tester can conduct MOTs without routinely requiring a second person to assist with parts of the inspection, the higher initial investment may be offset by lower labour requirements and increased flexibility.

One Person Test Lane – OPTL

A One Person Test Lane is also configured so that a tester can conduct the MOT without another person providing routine assistance, using appropriate approved equipment.

The precise equipment and layout requirements need to comply with DVSA authorisation requirements.

Garages should therefore avoid choosing between ATL and OPTL purely on the terminology or headline price.

The more useful questions are:

How many MOTs will we perform?
How many testers will be available?
What other workshop work takes place alongside testing?
What vehicle classes do we need to accommodate?
What throughput do we need?
How much does the equipment cost to maintain?
What happens when a key component breaks?

Groundworks can change the economics completely

Groundworks are one of the easiest costs to underestimate.

A roller brake tester, recessed lift or inspection pit may require substantial alterations to the floor.

Potential work includes:

Cutting reinforced concrete
Excavation
New foundations
Equipment recesses
Drainage
Ducting
Cable routes
Compressed-air lines
Making good the workshop floor

The condition and construction of an existing building can make this straightforward or extremely expensive.

A site survey should therefore take place before relying on an equipment quotation as the project budget.

Electrical supply and compressed air

MOT equipment can have requirements that an older workshop was never designed to support.

Lifts and brake testers can require three-phase power, while play detectors and other equipment may need compressed air.

The cost of upgrading the workshop’s electrical infrastructure should be established early.

A garage may need:

New distribution equipment
Three-phase circuits
Isolators
Additional sockets
Data cabling
Compressed-air pipework
Compressor upgrades

These are exactly the type of costs that may be excluded from an advertised equipment package.

Broadband and IT

MOT testing is now heavily dependent on digital systems.

DVSA requires suitable IT equipment, including a computer, laptop or tablet with an internet connection and a printer.

Reliable connectivity should therefore be treated as essential infrastructure rather than an afterthought.

If the workshop has poor broadband or unreliable Wi-Fi, this should be addressed as part of the MOT project.

Get approval before committing to expensive building work

This is one of the most important points for anyone considering a new MOT station.

DVSA provides for approval in principle of premises during the application process.

The purpose is to help businesses avoid committing to expensive work or alterations before it has been established that the proposed premises and layout can satisfy the requirements.

Existing authorised stations planning alterations should also contact DVSA before making changes that could affect the approved testing facilities.

Buying the equipment first and trying to make the building fit afterwards is a potentially expensive way to approach the project.

Becoming an Authorised Examiner

Buying an MOT bay does not itself authorise a business to conduct MOT tests.

The business needs the appropriate DVSA authorisation.

An Authorised Examiner (AE) is the legal entity authorised to operate the MOT testing station and is responsible for ensuring that testing is carried out correctly.

The business also needs an MOT business manager – often referred to as the AE designated manager – who is responsible for the MOT testing operation.

The business manager must satisfy the applicable training requirements.

Approved MOT testers are also required for the classes of vehicle the station intends to test.

Importantly, AE status does not transfer automatically when an MOT business is sold. A purchaser taking over an existing MOT station must obtain the appropriate authorisation in their own right.

DVSA currently charges no fee for the AE application itself, although the overall project obviously involves many other costs.

Calibration is an ongoing cost

Buying and installing the equipment is only the beginning.

DVSA requires measuring equipment to be calibrated at specified intervals, with records generally retained for at least two years.

For example, roller and plate brake testers, relevant weighing equipment and headlamp aim testers operate on a six-month calibration cycle.

Decelerometers calibrated from 1 April 2023 onwards must be calibrated at intervals not exceeding one year.

Exhaust gas analyser calibration frequency varies according to the approved equipment and can be every three, six or 12 months.

These recurring costs need to be included when calculating the profitability of an MOT bay.

Maintenance matters just as much as calibration

Mandatory MOT equipment must remain in good working order.

If mandatory equipment cannot be used correctly because it has failed, testing that relies on it may have to stop until the equipment has been repaired.

Similarly, testing that requires equipment which has passed its calibration or inspection deadline must stop until the issue is rectified.

For ATL and OPTL steering and suspension play detectors, DVSA specifies minimum maintenance periods of:

6 months for pneumatic equipment
12 months for hydraulic equipment

For a busy MOT station, the commercial consequence of equipment failure can therefore be much greater than the repair bill.

The business may lose MOT revenue, workshop bookings and associated repair work while the lane is unavailable.

Why aftersales support should influence the buying decision

When comparing two MOT bay quotations, the cheaper supplier may not necessarily provide the lowest lifetime cost.

Questions worth asking include:

Who carries out calibration?
How quickly can an engineer attend?
Are spare parts stocked in the UK?
What is the warranty period?
Is labour included?
Are call-out charges included?
Is remote technical support available?
Are software/database updates included?
What happens if the brake tester fails?
Can the supplier provide temporary equipment?
Is preventative maintenance included?
What does the maintenance contract cost after the warranty expires?

Some suppliers now package several years of warranty, servicing and calibration into lease or support arrangements specifically to make operating costs more predictable.

For a garage where the MOT lane is booked throughout the day, response time after a breakdown may be worth more than a small saving on the initial purchase price.

Buying used MOT equipment: bargain or false economy?

Second-hand equipment can reduce the initial capital requirement, but it needs careful investigation.

Before buying used equipment, establish:

Whether it remains acceptable for the intended application
Whether connected-equipment requirements apply
Whether the manufacturer still supports it
Availability and price of spare parts
Calibration history
Maintenance history
Whether software is still supported
Cost of removal and reinstallation
Whether installation documents are available
Whether the equipment satisfies current specifications

This is particularly important when taking over an existing MOT station because a change of authorised examiner can trigger connected-equipment requirements.

A cheap second-hand machine that subsequently needs replacement can rapidly eliminate the saving.

How much does an MOT bay cost to run?

There is no universal annual figure.

Running costs depend on the equipment, test volume and support arrangements, but a garage should budget for:

Equipment servicing
Calibration
Lift inspections and maintenance
Repairs
Replacement parts
Software and database updates where applicable
Internet and IT
Electricity
Staff training
MOT tester annual training
Insurance
Administration
Equipment finance or lease payments
Periodic equipment replacement

There is also the opportunity cost of dedicating workshop floor area to the MOT lane.

That needs to be balanced against the revenue generated by MOT tests and, importantly, associated repair and servicing work.

Can an MOT bay pay for itself?

Potentially – but test volume alone does not tell the whole story.

The current statutory maximum charge for a standard Class 4 car MOT is £54.85, although garages are allowed to charge less.

If a garage carried out 10 tests per working day at the full £54.85 maximum, the theoretical test-fee revenue would be £548.50 per day before considering retests, discounts, staffing, equipment costs and other overheads.

But many garages charge considerably below the maximum fee.

For that reason, the business case often depends on the wider value of having MOT testing in-house.

An MOT can generate additional work such as:

Brake repairs
Tyres
Suspension repairs
Lighting repairs
Exhaust work
Emissions diagnosis
Servicing
Steering repairs
Retests
Future customer retention

A garage currently sending its MOT work to another testing station should also consider the value of keeping the customer and vehicle on site.

Calculate the business case before ordering

A simple MOT bay investment calculation should consider:

Annual MOT revenue

Number of tests per year × average actual test fee.

Then add an estimate of:

Associated workshop gross profit

Repairs, servicing, tyres and other work generated by MOT customers.

Then subtract:

Tester labour
Equipment finance
Calibration
Maintenance
Repairs
Energy
Training
Administration
Additional premises costs
Expected downtime

Finally, compare that annual contribution with the complete installation cost.

This is much more useful than asking only how many years it will take £25,000 of equipment to repay itself.

Questions to ask an MOT equipment supplier

Before accepting a quotation, ask for written clarification of:

Is the equipment suitable for the vehicle classes we intend to test?
Is all relevant equipment currently DVSA acceptable?
Does the package meet connected-equipment requirements?
Is delivery included?
Is installation included?
Is commissioning included?
Are initial calibrations included?
Are groundworks included?
Are electrical works included?
Is compressed-air installation included?
Are DVSA drawings included?
Is application assistance included?
Are MOT signs and ancillary equipment included?
What warranty is provided?
What does the maintenance contract cost?
What are future calibration costs?
What is the typical engineer response time?
How long are spare parts expected to remain available?
Are software and emissions database updates chargeable?
What costs are specifically excluded from the quotation?

Comparing suppliers on this basis should produce a much more meaningful result than comparing headline package prices.

MOT bay cost checklist

Before committing to a project, build a budget covering:

Cost area	Included in quote?
MOT lift or inspection pit equipment	Check
Roller brake tester	Check
Emissions equipment	Check
Headlamp aim tester	Check
Wheel play detectors	Check
Jacking equipment	Check
Decelerometer	Check
Ancillary equipment	Check
IT equipment	Check
MOT signage/notice board	Check
Delivery	Check
Groundworks	Check
Electrical work	Check
Compressed air	Check
Installation	Check
Initial calibration	Check
Commissioning	Check
DVSA drawings/application assistance	Check
Training	Check
Annual maintenance	Check
Future calibration	Check
Finance costs	Check

The aim is to arrive at the complete operational cost, not simply the price printed on the equipment quotation.

MOT Bay Cost FAQs

How much is a Class 4 MOT bay?

Current advertised UK packages suggest roughly £19,000 to more than £40,000 + VAT, depending on whether the installation uses a pit, four-post lift or scissor lift and whether it is configured as an ATL or OPTL. Groundworks, electrics and other site preparation can increase the final project cost significantly.

How much is a Class 7 MOT bay?

Current advertised packages commonly fall within the £20,000s and above, although specification and installation requirements can increase the final cost.

Is it cheaper to use an MOT pit?

The equipment can be cheaper in some cases and a pit can solve problems in workshops with restricted ceiling height. However, excavation and structural work can make a new pit expensive. The complete installed cost should be compared with a lift installation.

What is an ATL MOT bay?

ATL means Automated Test Lane. Approved ATL equipment allows a suitably configured lane to reduce the need for another person to assist the tester during the MOT.

What is an OPTL MOT bay?

OPTL means One Person Test Lane. It uses the appropriate approved equipment and layout to allow one tester to carry out the MOT without routine assistance from another person.

Do I need DVSA-approved MOT equipment?

You must use equipment that meets the applicable DVSA requirements for your testing station and vehicle classes. Certain equipment must be selected from DVSA’s current acceptable-equipment lists.

Does new MOT equipment need to connect to DVSA?

Connected-equipment requirements apply to specified equipment and circumstances, including new MOT stations, relevant changes of ownership and replacement of certain equipment. Check the current DVSA requirements before purchasing.

How often does MOT equipment need calibrating?

It depends on the equipment. Brake testers and headlamp aim testers generally operate on a six-month cycle, while decelerometers calibrated from April 2023 onwards have a maximum one-year interval. Gas analyser requirements depend on the approved equipment.

Can I buy a second-hand MOT bay?

Potentially, but check its current acceptability, connected-equipment capability, condition, support, calibration history and whether it satisfies the requirements applicable to your proposed station before buying it.

Do I need permission before installing an MOT bay?

A business intending to operate an MOT testing station needs the appropriate DVSA authorisation. DVSA’s approval-in-principle process is particularly important because it can help prevent businesses spending substantial sums modifying premises before knowing whether the proposed facility is acceptable.

Is there a fee to apply to become an MOT Authorised Examiner?

DVSA currently states that there is no fee for the AE application itself. There will, however, be costs associated with premises, equipment, training and establishing the testing station.

The bottom line: budget for the MOT station, not just the MOT bay

An advertised MOT bay price is useful for initial planning, but it should never be treated as the total cost of becoming operational.

For a Class 4 garage, current equipment prices suggest an investment starting in the region of £20,000 for many packages and potentially exceeding £40,000 for higher-specification ATL installations.

The completed project can cost more once groundworks, electrics, building alterations, installation, training and other requirements are included.

The longer-term costs matter too.

Calibration, maintenance, repairs and equipment downtime continue for the life of the testing station.

A garage considering an MOT bay should therefore obtain a detailed site survey, establish the applicable DVSA requirements, obtain approval in principle where appropriate and compare several fully itemised quotations.

Most importantly, assess the investment as part of the whole workshop business.

The commercial value of an MOT station is not limited to the MOT fee. Keeping customers on site, generating associated repair work and creating repeat servicing relationships can be just as important to whether the investment makes financial sense.

Prices in this article are indicative examples researched in September 2026 and are not quotations. Equipment prices, specifications and DVSA requirements can change. Garages should obtain current supplier quotations and check the latest DVSA MOT testing guide and approved-equipment requirements before purchasing equipment or carrying out alterations.

Article: 07/09/2026