Bespoke Lifts

A bespoke lift is one designed specially for a specific site, rather than adapted slightly from a manufacturer's standard model.

The car size, finishes, control system or even the type of drive can all be tailored to the building.

Safety and UK rules

This differs from a standard lift with optional finishes. Here, the underlying mechanics and dimensions stay fixed.

A true bespoke fitting might involve a non-standard shaft shape, an unusual travel height, or a load capacity outside the manufacturer's normal range.

Who to ask and what to expect

Bespoke does not automatically mean luxury. Many bespoke lifts exist simply because the building's constraints leave no other practical option, not because the client wanted something decorative.

The decision to go bespoke is usually driven by necessity rather than preference.

Once a survey reveals that no standard product fits the available space or load, bespoke engineering becomes the only realistic route forward.

Even within a bespoke project, many components such as motors. Ropes and control boards are still drawn from a manufacturer's proven range.

What changes is how those components are arranged and housed to suit the building.

Listed buildings are one of the most common triggers for a bespoke approach. Heritage restrictions often rule out cutting a standard shaft opening, forcing designers to work around existing openings, stairwells or courtyards instead.

Tight or irregular shafts are another frequent reason.

Safety and UK rules

Older buildings were rarely designed with a lift in mind, so the available space may be narrower, deeper, or an unusual shape compared with a standard shaft footprint.

Unusual loads also push a project towards bespoke engineering. A lift designed to carry heavy plant, an oversized bed, or specialist medical equipment needs a car and structure sized well beyond typical passenger dimensions.

Glass and panoramic lifts, often specified for their visual impact in atriums or shopping centres, usually need bespoke building and safety engineering even when the basic mechanism is fairly conventional.

Outdoor or exposed fittings sometimes need bespoke weatherproofing and materials well beyond a standard indoor spec, especially where the lift is fully open to the elements rather than housed within a building.

A change of building use, such as:

• Converting a warehouse into residential units
• Can also expose a mismatch between the existing structure and any standard lift product
• Pushing the project towards a bespoke service

Combining several of these constraints on one project, such as a listed building with an irregular shaft and a need for unusually heavy loads, makes a bespoke approach almost inevitable from the outset.

Heritage buildings often need close coordination with conservation officers before any lift design work begins. Their input can shape decisions about where the lift sits, how it is finished.

How much of the original fabric can be altered.

In some cases, a bespoke lift is designed to be visually unobtrusive, using materials and finishes that echo the surrounding building rather than standing out as a modern addition.

Because heritage approval can take time, it is sensible to start these conversations well before finalising a lift spec, so the design does not need reworking later.

Some heritage projects favour a fully glazed bespoke lift specially because it allows original stonework or historic features to remain visible around it, rather than being boxed in by a conventional shaft.

Photographic surveys and archive research sometimes form part of the approval process, helping conservation officers understand how a proposed lift will sit alongside the building's documented history.

A bespoke lift project usually starts with a detailed site survey, measuring the available space, checking building conditions, and identifying any obstacles such as existing services running through the shaft area.

From there, designers produce concept drawings that balance the building's constraints against the client's needs for capacity, speed and appearance. Several iterations are common before a final spec is agreed.

Who to ask and what to expect

Building engineers are often brought in early. Especially where the lift will bear on existing floors or walls that were never designed to carry lift loads.

This collaborative process takes longer than choosing a standard product but reduces the risk of costly changes once fitting begins.

Digital surveying tools such as laser scanning are more and more used to capture awkward or irregular shafts accurately, reducing the risk of measurement errors that only surface once manufacturing is underway.

What it involves

Client input matters throughout this stage. Decisions about finishes, control panel layout and even door opening style are easier to change on paper than once metalwork has started.

Once a design is agreed, it is usually issued as a formal spec document that both the client and manufacturer sign off, reducing the chance of misunderstandings once metalwork starts.

Bespoke lifts mostly take longer to deliver than standard products, since components are manufactured to order rather than drawn from stock. Design approval, building sign-off and manufacturing all add time before fitting can start.

Building projects involving a bespoke lift benefit from factoring this into the wider programme early, rather than treating the lift as a late addition once other works are underway.

Delays are more likely if design changes are asked for partway through manufacturing, so it helps to finalise the spec as firmly as possible before production begins.

Ordering long-lead items, such as bespoke glazing or a custom control system, as early as possible in the programme is one of the most effective ways to keep the overall project on schedule.

A realistic programme should also allow contingency time for on-site conditions that only become apparent once fitting begins, since bespoke shafts are more likely to reveal sudden obstructions.

Any lift fitting needs to satisfy building regulations covering fire safety, building loading and access. A bespoke lift is no exception.

Because the design is unique, these checks often need more detailed calculations than for a standard product.

Fire strategy is a specific focus where a bespoke lift forms part of an evacuation plan or passes through fire-rated compartments, since the shaft enclosure and doors must maintain the building's fire protection.

What it involves

Working with an architect or approved inspector who understands lift fittings from an early stage tends to avoid last-minute redesign once the building-rules application is submitted.

Party wall matters can also arise where a bespoke lift shaft is built against or through a shared structure, adding another layer of approval that needs factoring into the timeline.

Safety and UK rules

Where a bespoke lift passes through multiple floors of an occupied building, phased access agreements with tenants or residents often need to be built into the construction programme alongside the safety approvals.

Access needs, including approach routes and landing dimensions, still apply to a bespoke lift and should be checked against current guidance rather than assumed to be automatically satisfied by a custom design.

Lifts placed on the market in the UK need to meet relevant product safety rules.

This in general terms cover either the Lifts Rules or the Machinery Rules, depending on the type of fitting and how it is listed.

Makers apply UKCA or, in some cases, CE marking to show conformity, and a bespoke lift still needs to go through this process even though it is a one-off design rather than a production model.

Because the detail of which regime applies can depend on the specific lift type and how it is used, it is worth asking your supplier to confirm, in writing, which rules and marking apply to your fitting before signing off the design.

It is worth remembering that compliance covers not just the first fitting but ongoing conformity, so any big change to a bespoke lift later in its life may trigger a fresh assessment.

Buyers should also check whether the installer retains design paperwork and conformity records long-term, since these may be asked for by a future competent person carrying out routine examinations.

A bespoke lift can be more specialist to maintain than a standard product, especially if it uses a custom control system or components sourced specially for that fitting.

It is worth asking future suppliers how spare parts will be sourced in future. Whether any components are in-house to that manufacturer alone.

A lift that relies on hard-to-source parts can face longer downtime if something fails.

Who to ask and what to expect

Setting up a clear maintenance agreement from the outset, ideally with the installer or a contractor familiar with the specific design. Helps avoid gaps in know-how later.

Our guide to lift maintenance contracts covers what a solid agreement should include.

Some clients choose to hold a small stock of critical spare parts on site for a really unique fitting, reducing downtime if a specialist component needs replacing.

What it involves

Where possible, agreeing response-time commitments for a bespoke fitting in writing gives building owners more certainty than relying on general assurances made during the sales process.

Before committing to a bespoke design, it helps to ask how long the manufacturer has been producing similar bespoke lifts, and whether they can show similar past projects.

Ask how design changes are handled once manufacturing begins, what the warranty covers, and who is responsible for ongoing maintenance once the fitting is complete.

It is also worth clarifying how the lift will be listed for safety purposes and inspected once in service, since this affects both its LOLER thorough examinations and its long-term running costs.

It is fair to ask how the supplier handles emergency call-outs for a bespoke design, and whether their maintenance engineers receive specific training on the installed system.

Asking for references from previous bespoke projects, ideally ones with similar constraints to your own building, gives a more grounded sense of a supplier's track record than marketing material alone.

Cost is shaped by several factors rather than a single figure, including:

• The complexity of the shaft
• The amount of building work needed
• How far the spec departs from standard components

Custom finishes, non-standard glazing, and unusual load capacities each add engineering time on top of manufacturing costs. Access difficulties on site, such as a restricted supply route, can also push costs up.

Costs and timescales

Rather than asking for a headline price early on, it is more useful to ask a supplier to break down where the main cost drivers sit for your specific project.

So budget decisions can be made with a clearer picture.

What it involves

Ongoing running costs, including energy use and the price of specialist servicing, are also worth discussing at the design stage rather than treating them purely as a future concern.

Comparing quotes on a like-for-like basis is harder with bespoke lifts than standard ones, so it helps to ask each supplier to itemise their pricing against the same spec.

Safety and UK rules

Ongoing insurance costs can also differ for a unique fitting, so it is worth mentioning the bespoke nature of the lift when arranging buildings cover.

Bespoke lifts are often installed in buildings where access was never designed with a lift supply in mind, so logistics planning matters as much as the engineering itself.

Narrow doorways, tight courtyards or restricted vehicle access can all affect how components arrive on site.

Larger bespoke components, such as:

• A full car body or long guide-rail sections
• Sometimes need to be broken down for supply and assembled in situ
• Which adds time to the programme and needs careful sequencing with other trades on site

What it involves

Occupied buildings present a further logistics challenge. Since deliveries and noisy fitting work usually need to be planned around residents, tenants or opening hours.

Agreeing an access plan with the installer early avoids last-minute disputes over timing.

Crane lifts or specialist plant are now and then needed to bring components into position, especially for rooftop plant rooms or lifts installed in tight urban sites.

These logistics should be priced and programmed as part of the wider fitting, not treated as an afterthought.

Who to ask and what to expect

Good communication between the lift installer and the principal contractor reduces the risk of clashes with scaffolding. Other deliveries or building works happening at the same time.

A short weekly coordination call during the fitting phase is a simple way of keeping everyone aligned.

Storage of bespoke components before fitting also needs planning.

Since oversized or delicate parts may need a secure, weatherproof area on or near site rather than being left exposed to the elements while other works finish.