Types of Lifts in the UK: Passenger, Platform, Goods, Home & Stair

How UK Lifts Are Classified

The types of lifts installed across the UK divide into a handful of families defined by what they carry and where. Passenger lifts move people between floors of a workplace or public building. Platform lifts provide short-rise access for wheelchair users and people with reduced mobility, usually to overcome a small change in level. Goods lifts move loads — often without people on board — in warehouses, kitchens and industrial buildings. Dumbwaiters are small goods lifts, typically for hospitality and healthcare. Stairlifts run along a rail attached to a staircase and carry a seated user. Home lifts, sometimes called through-floor lifts or residential elevators, connect two or three storeys inside a private house.

Underneath those categories sit the drive systems that actually move the car: machine-room-less traction (MRL), geared traction, hydraulic, screw/ball-screw and — on some home lift ranges — pneumatic/vacuum. A single category can host several drive systems: modern passenger lifts are usually MRL traction, older ones geared traction; home lifts split between screw and hydraulic; platform lifts are usually screw or hydraulic; stairlifts are electric drive on a rail. The drive is what determines most of the maintenance profile and fault behaviour, so the drive matters as much as the category when you are diagnosing a problem.

Regulation cuts across the whole picture. Lifts installed in workplaces are covered by both the Lifting Operations and Lifting Equipment Regulations 1998 and the Provision and Use of Work Equipment Regulations 1998; that duty applies to passenger, platform and goods lifts in offices, retail, warehousing, healthcare and education. Lifts installed in purely private homes and used only by the occupier fall outside those regimes and are governed instead by the Machinery Directive and the manufacturer's own service instructions. The boundary case — a home lift in a house that is also let commercially — is fact-specific and best confirmed with the manufacturer and the letting arrangement in writing.

Passenger Lifts

A passenger lift is the workhorse type: an enclosed car running in a shaft, moving people between the floors of an office, hotel, hospital, school, retail scheme or apartment block. UK passenger lifts are almost always machine-room-less (MRL) traction on modern installations and geared traction on installations older than roughly fifteen to twenty years, with hydraulic passenger lifts still common on low-rise buildings up to about four storeys. The car speed, capacity and stop count are set at design, and any material change to any of them is effectively a replacement job.

Because they are used at work, passenger lifts fall inside both LOLER and PUWER. That means six-monthly thorough examinations under LOLER, PUWER inspections at suitable intervals as part of the maintenance regime, and a duty holder — usually the building owner, freeholder or occupying tenant — who is legally accountable for both. For a walk-through of who the duty holder actually is in typical UK buildings, see our guide on LOLER inspection responsibility, and for what a typical thorough-examination visit costs and looks like on the day, see LOLER inspection: costs and what to expect.

Fault behaviour on passenger lifts is dominated by the door operator and the drive. A modern MRL car with a Wittur or Fermator door operator will spend most of its unplanned downtime on door reversals, safety-edge signals and interlock adjustments rather than dramatic drive failures; a geared traction lift of the 1990s or early 2000s will spend rather more of its downtime on brake wear, contactor pitting and ageing controller electronics. For deeper diagnostics per make and model, our commercial elevator troubleshooting hub carries brand pages covering the major UK-installed passenger lift makes.

Platform Lifts

Platform lifts are short-rise access lifts, designed to overcome level changes that stairs alone cannot solve — typically a step up into a shop, a change of level between two areas of a public building, or access between two floors of a small business. They come in two broad forms: vertical platform lifts, which run in a low shaft or enclosure between two levels, and inclined platform lifts, which run along the line of a staircase and carry a wheelchair or standing user with support.

Vertical platform lifts are almost always screw or hydraulic, sized to a wheelchair plus attendant, and speed-limited well below a passenger lift. Their capacity is measured in a handful of persons and their throughput is low; nobody chooses a platform lift when a passenger lift would fit the traffic. They earn their place where a passenger lift would be too tall (they need very little pit or headroom) or where the change in level does not justify one — small level changes in listed buildings, split-level receptions, mezzanine offices.

Inclined platform lifts are the answer where the only viable access route is the existing staircase itself, common in listed buildings and historic public spaces. Both types fall under LOLER and PUWER when installed in a workplace or public building. Fault behaviour is dominated by safety edges, ramp-and-barrier interlocks and the drive nut on screw units; brand-level detail lives on our platform lifts troubleshooting hub.

Goods Lifts and Dumbwaiters

Goods lifts carry loads rather than people, and that single fact changes the regulatory picture. Under LOLER the default thorough-examination interval for goods lifts is twelve months, rather than the six months that applies to lifts used to carry people. Warehouse operators sometimes ask staff to ride on a goods lift as a shortcut; the moment that is authorised, the lift is being used to lift people and the six-month interval applies. Any duty holder in that position should have that decision documented and the maintenance regime updated accordingly.

Physically, goods lifts range from small mezzanine goods lifts of a few hundred kilograms up to industrial units of several tonnes. Most are hydraulic, because hydraulic drives handle heavy static loads well at modest speeds and low rise. The compromise is heat: hydraulic units in busy warehouses can suffer oil-temperature trips in summer, and the maintenance regime needs to reflect that. Controls are usually simpler than passenger lifts — hold-to-run buttons, gate interlocks, overload cutout — and the fault picture is correspondingly simpler.

Dumbwaiters are the smallest goods lifts, typically 50–100 kg capacity, and are found in restaurants, care homes and hospital diet kitchens. They are still lifting equipment under LOLER when installed in a workplace, and still need a thorough examination. Because they are small and comparatively simple, they are often the piece of lifting equipment a facilities team forgets — until an incoming compliance audit surfaces years without a report. The service and inspection regime for a dumbwaiter is not optional just because it does not carry people.

Stairlifts and Home Lifts

Stairlifts and home lifts both solve access problems in private houses, but they are very different products and are almost never direct substitutes for one another. A stairlift runs on a rail bolted to the treads of the existing staircase and carries a seated user; installation is fast, disruption is low, and the price is a small fraction of a home lift. A home lift — sometimes called a through-floor lift, cabin lift or residential elevator — moves a person or wheelchair between two or three floors of a house in an enclosed carrier that passes through the ceiling into the room above.

Choose a stairlift when the user can transfer safely to and from a seat and when the staircase and floor plan can carry the rail. Choose a home lift when the user needs to travel with a wheelchair, when transferring to a seat is unsafe or impractical, or when the household needs to move goods as well as a person between floors. The overlap in scenarios is small; the more common failure mode is buying a stairlift for a wheelchair user who cannot use it, or buying a home lift where a stairlift would have done the job for a tenth of the cost. For price ranges by product family, see our cost guide on small house lift costs.

Regulation for home use is very different from workplace lifts: stairlifts and home lifts installed in a purely private house occupied by the owner sit outside LOLER, and are governed by the Machinery Directive and the manufacturer's service programme. Servicing still matters — most home lift and stairlift manufacturers require an annual service to keep the warranty and the safety systems in good order — but the statutory-inspection picture is different. Deeper category-level guidance and brand-by-brand troubleshooting sits on our stairlifts and home lifts hubs.

Drive Systems: MRL, Geared Traction, Hydraulic, Screw and Vacuum

Drive system is the second axis on which UK lifts are classified, and often the more useful one for engineers and facilities managers because it determines the fault profile. Machine-room-less (MRL) traction is the modern default for passenger lifts up to mid-rise buildings: a gearless permanent-magnet motor sits at the top of the shaft, so no separate machine room is needed, and the ropes drive a counterweighted car. Efficiency and space are excellent; the compromise is that any drive-side failure means shaft-top work, and that spares tend to be tied to the original manufacturer.

Geared traction is the older workhorse: a worm-and-wheel or planetary-geared machine drives the car through steel ropes, typically from a dedicated machine room above the shaft. Geared traction lifts are heavier, need more maintenance, and consume more energy than MRL units, but they are extraordinarily long-lived and their consumables are well understood. A large share of UK office lifts installed between 1985 and 2005 are still running on geared traction machines, and a competent maintenance regime routinely gets another decade out of them before a modernisation becomes economic.

Hydraulic lifts use a piston pushed by an oil pump to raise the car, with gravity providing the descent. They handle heavy loads at low speed and low rise well, which is why almost every UK goods lift and many low-rise passenger and platform lifts use them. Screw and ball-screw drives, used on many home lifts and some platform lifts, rotate a threaded shaft that a captive nut in the carrier rides on; they are simple, self-supporting (the load cannot fall if the drive stops), and quiet. Vacuum home lifts are a niche variant using air-pressure differential in a sealed tube; they are visually distinctive but limited in capacity and travel. For the drive system fitted to a specific piece of equipment, the manufacturer plate is definitive — our reading-the-plate guide shows where to find it on the major brands.

Types of Lifts at a Glance

The table below summarises the six main types of lifts installed in UK buildings, with the drives you are most likely to meet on each and the troubleshooting hub on this site that covers them. Use it as a quick jump-off point; each category page carries its own deeper breakdown and brand list.

The category is the first question — what is the lift for, and who uses it — and the drive is the second. Getting both right on the equipment plate before you commission maintenance, order spares or brief an engineer will save you at least one wasted visit; briefing a maintenance company with just "our lift" and the make almost always requires a follow-up call. For homeowners deciding between products, our residential lifts terminology guide untangles the language on the sales side of the same question.