For the estimated 1.3 million mobility scooter users in the UK, step-free access isn't a preference — it's a necessity. Whether you own a retail shop, manage a public building, or are responsible for a leisure facility, providing suitable mobility scooter ramps is both a legal obligation under the Equality Act 2010 and a straightforward way to make your premises genuinely welcoming to all customers.
This guide explains everything you need to know about choosing the right access ramp for shops and buildings in the UK — from gradient requirements and materials through to portable options, weight limits, and kerb ramps.
Why Mobility Scooter Ramps Matter
The UK's ageing population means the number of people relying on mobility scooters and powered wheelchairs continues to grow year on year. Modern Class 3 mobility scooters — the type used on pavements and roads — can weigh 250kg or more when loaded, placing specific demands on ramp design that go beyond a simple plank of wood.
Under the Equality Act 2010, businesses and public buildings have a duty to make "reasonable adjustments" to remove barriers that prevent disabled people from accessing their services. Failure to provide adequate access can result in legal action and significant reputational damage.
Understanding Gradient Requirements
The 1:12 Gradient Standard
The key specification for any disability access ramp in the UK is the gradient. The Disability Discrimination Act (DDA) — now incorporated into the Equality Act — and BS 8300:2018 specify that:
- Maximum preferred gradient: 1:20 — gentle enough for independent use by most powered wheelchair and scooter users
- Maximum acceptable gradient: 1:12 — the absolute maximum for new builds and significant refurbishments
- Steeper gradients (up to 1:10 or 1:8) may be temporarily acceptable for existing buildings where structural constraints make the 1:12 impossible to achieve, but should always be the last resort
To calculate the ramp length you need: multiply the step height (in mm) by the gradient ratio. For a 150mm step at 1:12, you need a ramp at least 1,800mm (1.8m) long. For a 1:20 gradient, the same step requires a 3,000mm (3m) ramp.
Width Requirements
BS 8300 recommends a minimum clear width of 1,500mm for two-way traffic on a ramp, or 1,000mm for single-direction use. For mobility scooter access, ensure your ramp width comfortably exceeds the widest scooter you expect to accommodate — Class 3 scooters can be up to 850mm wide.
Types of Mobility Scooter Ramps
Portable Folding Ramps
Portable folding ramps are the most flexible solution for shops and businesses. Available in aluminium or fibreglass construction, they can be deployed when needed and stored away at other times. Key considerations:
- Fold-in-two design: The most common type, folding lengthways for compact storage
- Fold-in-three (telescopic): Longer ramps that fold into a smaller package — ideal for larger step heights
- Suitcase style: Ramps with a carry handle that fold like a briefcase — convenient for staff-assisted deployment
- Weight capacity: Ensure the ramp is rated for at least the maximum loaded weight of the scooters your customers use — 300kg minimum is recommended for Class 3 scooter access
One important note: portable ramps that require staff assistance to deploy may still meet the "reasonable adjustment" test under the Equality Act, but only if staff are available and willing to assist promptly. A ramp that's locked in a storeroom and takes 20 minutes to retrieve is unlikely to be considered adequate.
Permanent Fixed Ramps
For high-traffic locations and buildings where the step height and position are unlikely to change, a permanent fixed ramp is the ideal long-term solution. Options include:
- Modular aluminium ramp systems: Pre-engineered sections that bolt together to create custom-length ramps with handrails and edge guards
- Fibreglass ramp sections: Moulded one-piece ramp sections with anti-slip grating surfaces, highly durable and maintenance-free
- Concrete ramps: The traditional approach for large public buildings, requiring planning permission for significant structures
Permanent ramps typically require anti-slip surfacing, edge protection (raised edges to prevent wheels running off the side), and handrails for ambulant disabled users. These requirements are detailed in BS 8300:2018.
Kerb Ramps (Dropped Kerb Ramps)
Kerb ramps — also called kerb wedges or kerb cutters — are small, triangular ramps designed to bridge the gap between a kerb and the road or adjacent surface. They are widely used to:
- Allow mobility scooters to cross from pavement to car park or road level
- Bridge a small lip at a doorway or threshold
- Create a temporary dropped kerb for events or construction access
Kerb ramps are typically made from rubber or polyurethane and are available in various heights (typically 40mm, 60mm, 75mm, and 100mm). They can be used freestanding or fixed with bolts or adhesive.
Threshold Ramps
Threshold ramps address the very common problem of a small step or lip at a doorway — often just 25–75mm in height. These compact ramps are designed to bridge the gap permanently or semi-permanently and are available in rubber, aluminium, and timber finishes to suit different aesthetic requirements.
Weight Limits and Load Ratings
Selecting a ramp with an adequate weight capacity is critical for safety. In the UK:
- Class 2 mobility scooters (pavement scooters): Typically up to 120kg unladen, plus user weight — allow 250–300kg total
- Class 3 mobility scooters (road-legal scooters): Can weigh up to 150kg unladen, plus user weight — allow 300–400kg total
- Powered wheelchairs: Typically 80–130kg, plus user weight — allow 250kg total
Always select a ramp rated significantly above the maximum expected load — not at the limit. A ramp rated for exactly 270kg that regularly carries 270kg loads will wear rapidly and may fail prematurely.
Anti-Slip Surfaces
Any ramp used outdoors in the UK must have an effective anti-slip surface. Options include:
- Extruded aluminium checker-plate or grip profiles
- Fibreglass open-mesh grating (allows water and debris to pass through)
- Applied anti-slip tape or coating (requires periodic maintenance)
- Moulded rubber surface with raised grip pattern
The anti-slip standard to reference is BS 7976-2, which specifies slip resistance values for pedestrian surfaces. For ramps used by mobility scooters, the Pendulum Test Value (PTV) should be at least 36 (moderate slip risk) in wet conditions.
Browse our full range of mobility scooter ramps and access solutions — free UK delivery on orders over £50.
Frequently Asked Questions
Is it a legal requirement to provide a ramp for mobility scooters?
Under the Equality Act 2010, businesses must make "reasonable adjustments" to ensure disabled people can access their services. For many shops and public buildings with steps at entrances, providing a ramp is considered a reasonable adjustment. The precise requirements depend on the nature of the business, the building, and the practical feasibility of installation.
What gradient is required for a mobility scooter ramp?
The maximum recommended gradient per BS 8300:2018 and DDA-derived guidance is 1:12, meaning for every 12mm of horizontal run, the ramp rises 1mm. A gentler gradient of 1:20 is preferred where space allows.
Can I use a portable ramp instead of a permanent one?
Yes, portable ramps can meet the reasonable adjustment requirement if they are readily accessible and can be deployed quickly without the customer having to wait unreasonably. Staff should be trained in their use and the ramp should be stored within easy reach of the entrance.
What is the minimum width for a mobility scooter ramp?
For single-direction use, a clear width of 1,000mm is the recommended minimum. For two-way traffic, 1,500mm. Ensure your ramp comfortably accommodates the widest scooter expected — typically 850mm for Class 3 models.
Do I need planning permission to install a ramp at my shop?
Small portable ramps and minor threshold ramps generally do not require planning permission. Larger permanent ramp structures may require planning consent, particularly if they project onto a public pavement or alter the external appearance of a listed building. Always check with your local planning authority.
How do I maintain an aluminium ramp?
Aluminium ramps are low-maintenance. Clean regularly to remove debris and dirt from the anti-slip surface. Check all bolted connections periodically for tightness. Inspect for any bending, cracking, or deformation — aluminium ramps that have been significantly overloaded may retain permanent deformation that compromises their structural integrity.