Accessibility Lift Procurement Trends in the UK

Accessibility lift procurement trends are changing the questions UK estates teams ask before a project reaches tender. The conversation is no longer limited to whether a lift provides step-free travel between levels. Facilities managers, architects and public-sector procurers are increasingly assessing how a proposed system will perform over its working life, support a wider range of users, remain maintainable and fit within a building’s operational constraints.

For commercial and public buildings, an accessibility lift is part of the vertical transportation strategy rather than an isolated compliance item. The right procurement decision can improve visitor experience, protect building availability and avoid costly alterations after handover. The wrong one can create capacity restrictions, unreliable service or an installation that is difficult to maintain.

Accessibility lift procurement trends: a shift to whole-life value

Upfront capital cost remains a material consideration, particularly where budgets are fixed, but it is less often the sole deciding factor. Procurement teams are placing greater weight on total cost of ownership: planned maintenance, likely component replacement, energy use, parts availability, call-out exposure and the practical lifespan of the equipment.

This is particularly relevant where an existing building requires improved access. A lower-cost solution may appear attractive if space is constrained, but the engineering implications need careful examination. Shaft construction, structural openings, headroom, pit depth, electrical supply, fire strategy and access for future maintenance can all affect the final project cost and programme.

A properly developed specification should therefore distinguish between the initial installation price and the cost of keeping the lift safe, compliant and available. It should also require clear information on warranty arrangements, maintenance inclusions, response times and exclusions. Comparing tender returns on equipment price alone can obscure significant differences in long-term obligations.

Selecting the right type of lift for the building

One clear trend is earlier technical engagement. Rather than selecting a product category late in the design process, project teams are considering user flows and building constraints at feasibility stage.

In a busy public building, school, healthcare setting or retail environment, an accessible passenger lift may be the appropriate option because it provides greater capacity, more frequent duty and a better experience for a broad range of users. Where travel is infrequent and the building layout presents tighter constraints, a vertical platform lift may be suitable. The answer depends on traffic levels, travel distance, expected use, available space and the building’s future plans.

Traction lifts are commonly favoured where higher travel, greater speed, heavier usage or energy efficiency are priorities. Modern machine-room-less traction arrangements can help where there is limited plant space, although top-of-shaft dimensions and access requirements must still be resolved. Hydraulic lifts can remain appropriate for lower-rise applications and challenging refurbishment conditions, but procurement teams should consider energy consumption, environmental requirements and the anticipated duty cycle.

There is no universal best option. The procurement brief should explain the operational problem to be solved, not simply prescribe a lift type without evidence.

Compliance is becoming more evidence-led

Accessibility requirements must be considered alongside the wider regulatory framework for the building. In England, Approved Document M is a central reference point for inclusive access, while equivalent requirements apply elsewhere in the UK. The Equality Act 2010 also informs how service providers and employers consider reasonable adjustments. These obligations should be understood in the context of the building’s purpose, users and existing conditions.

However, compliance cannot be reduced to car dimensions alone. Landing clearances, door width, levelling accuracy, controls, visual and audible information, handrails, mirror placement and communication systems all influence whether the lift is usable in practice. Procurement documents increasingly call for measurable performance requirements rather than broad statements that a lift must be ‘accessible’.

For passenger lift installations, relevant standards such as BS EN 81-70 help inform accessibility features. Specification teams should verify the current standards applicable to the project, including safety standards, building regulations and any client-specific requirements. In healthcare environments, for example, the need to accommodate wheelchairs, attendants, beds or equipment may affect car size, door configuration and rated load. A standard accessible arrangement may not meet the operational need.

Evacuation planning is shaping specifications

A significant development is the closer connection between accessibility lift procurement and evacuation strategy. Historically, a lift might have been regarded solely as a means of everyday access. Many clients now consider whether designated lifts, protected lobbies, communications and management procedures are needed to support the evacuation of people who cannot use stairs.

An evacuation lift is not simply an ordinary passenger lift with revised signage. Its design must align with the building’s fire strategy and applicable standards, including the requirements for power supplies, fire protection, controls, communications and management procedures. Early coordination between the lift specialist, fire engineer, architect and M&E team is essential.

Not every building requires an evacuation lift, and specifying one without a coherent operational plan adds cost without delivering the intended benefit. Equally, leaving evacuation access to the end of a project can limit options considerably. Procurement should establish the required performance at the outset and assign clear responsibility for the final strategy.

Resilience and maintainability are procurement priorities

Building managers are increasingly evaluating accessibility lift systems through the lens of availability. A lift that is compliant at handover but spends extended periods out of service can restrict access to floors, disrupt operations and create reputational risk for occupiers.

This has increased demand for maintainable designs with proven components, transparent fault reporting and sensible access arrangements. Procurers should ask how engineers will safely reach the controller, car top and pit; whether specialist tools or restricted parts are required; and what local engineering coverage is available. A technically sophisticated system may be appropriate, but only where its support model is equally strong.

Modernisation is also influencing procurement decisions. In older commercial buildings, a full replacement may not always be necessary or practical. Targeted upgrades to controllers, door operators, levelling systems, car operating panels and communication equipment can improve reliability and accessibility while reducing disruption. The condition of the shaft, guide rails, suspension system and safety gear must be assessed before deciding that a partial modernisation is the right route.

An independent condition survey or detailed lift assessment can give clients a stronger basis for comparing modernisation against replacement. It also helps avoid specifications based on assumptions about obsolete equipment or unavailable parts.

Digital information, but not technology for its own sake

Procurement teams increasingly expect better visibility of lift performance. Remote monitoring, fault alerts and maintenance reporting can help estates teams identify recurring issues, plan interventions and demonstrate service performance across a portfolio.

The value of these tools depends on how the information is used. A dashboard is of limited benefit if fault data does not lead to prompt diagnosis, clear communication and effective repair. Tender requirements should focus on practical outcomes, such as reporting frequency, access to service records, escalation routes and the supplier’s process for recurring faults.

Cybersecurity and data ownership also deserve attention where connected systems are specified. Clients should understand who can access operational data, how long it is retained and whether information remains available if the maintenance contract changes. These points are especially relevant for local authorities, NHS estates and multi-site property portfolios.

How to structure a stronger procurement process

The most successful accessibility lift projects begin with a clear brief that is tested before tender. It should describe the building, users, traffic patterns, required travel, physical constraints, desired availability and any need to interface with security, fire alarm or building management systems.

Tender documents should then set out the performance requirement, not just a named product. This encourages a fairer comparison of proposals while allowing suppliers to identify practical alternatives. Where a particular manufacturer or component is required for portfolio consistency, the reason should be stated and the implications for maintenance understood.

Evaluation should consider technical compliance, programme, installation methodology, disruption to occupiers, maintenance provision, warranty, parts strategy and whole-life cost. On occupied sites, the contractor’s ability to manage noise, temporary loss of access, segregation and out-of-hours work may be as important as the lift model itself.

Swallow Lifts works with commercial and public-sector clients to translate these operational requirements into practical lift specifications, whether the project involves a new installation, refurbishment or accessibility-focused modernisation.

The best procurement decisions leave room for sound engineering judgement. When accessibility, resilience and maintainability are considered together from the first survey, the completed lift is far more likely to serve the building well long after the project team has left site.