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Home Elevator Accessibility: What Makes a Residential Lift Usable
September 23, 2026
On this page (16 sections)
Home elevator accessibility is decided by four dimensions and one power supply — not by the word "accessible" in a product description. Get those five inputs right and a wheelchair user can use the lift unaided; get one wrong and the lift is a scenic ride that still leaves someone at the stairs.
Most pages on this subject answer a different question: why a lift helps, and which drive types exist. We read the six strongest pages ranking for this topic on 23 September 2026 — they run from about 1,080 to about 2,090 words — and not one publishes a clearance, a control height or a rescue procedure a builder could work to.
This guide works from the figures published on our own product pages: cabin sizes, door opening heights, pit depths, overhead clearances, load ratings, supply voltages and the safety items that come as standard. Where a number is not published anywhere on our site, this page says so rather than filling the gap with an industry average.
01 · The five inputs that decide whether the lift is usable
A lift can be perfectly built, correctly certified and useless to a wheelchair user. What makes it usable is a short list of physical facts about the equipment and the building: how much room there is inside the car, how wide and how high the doorway is, where the buttons sit, how much pit or overhead space the model needs, and what happens to the power. Everything else — finish, lighting, the colour of the handrail — is comfort, and comfort should be settled after usability, not before.
The reason this order matters is that the first four inputs are the expensive ones. Cabin width is set by the shaft, the shaft is set by the building, and the building is the thing that is hard to change. A buyer who starts from finishes and works back to the shaft usually discovers the shaft problem after the quotation is signed.
Two of those figures are negotiable and two are not. Pit and overhead clearance are building facts; cabin and door size are equipment facts that must fit inside them. Three published models avoid deep civil work: the pitless hydraulic five-stop model at 0 m of pit, the compact screw-driven YST-18 at 150–200 mm, and the five-stop pitless hydraulic with microprocessor control, which publishes a 3 m overhead clearance alongside its 0 m pit.
What "usable" means in practice
Usable means a person can approach the landing, open or call the lift, get in, turn or reverse into position, reach the controls from a seated position, travel, get out, and do all of it again alone at 11 p.m. Two of those steps fail most often: turning inside the car, and reaching the controls after the door closes.
What this page does not decide for you
Compliance is a local question: the standard a project is demonstrated against depends on the country, the building type and whether the installation is private or publicly accessible. This page names the dimensions and ratings our models publish, and does not claim that any model satisfies a named standard in your market.
02 · The vocabulary, because the words are not interchangeable
Half of the confusion in accessibility projects comes from the words rather than the equipment. A "wheelchair lift" and a "home elevator" are different products with different rules, and an "accessible" cabin and a "compliant" cabin are different claims — one is a description of the equipment, the other is a statement about a standard. Read the five terms below, then the reviews of your quotations will be much faster.
An enclosed car that travels between landings on a fixed path, driven by screw and nut, hydraulic cylinder or traction machine. Our published residential range covers loads from 250 kg to 5000 kg, travel up to 30 m depending on the drive, and cabins from 3 ft × 3 ft upward. This is the product family this page is about.
An open or partly enclosed platform, usually with a much smaller travel, designed to move a wheelchair between two levels. The published 400 kg residential wheelchair lift sits at this end of our catalogue: a 3 ft × 3 ft cabin area, a 2000–2200 mm door opening height, a single-phase 229 V / 50 Hz supply and a microprocessor control with an emergency stopA manually operated device that stops the machine and holds it in position, independent of the normal floor-call sequence. It is standard on every model in our published range., overload protection and safety sensors.
A description of use: the lift can be used by people with reduced mobility, including from a wheelchair. It is a design intention, and it becomes measurable only when someone writes down the clearances, control heights and rescue method that make it true. Ask which of those three items is guaranteed in writing.
A statement that the installation satisfies a named standard, in a named edition, in a named jurisdiction, verified by whoever holds that authority. Our product pages publish CE and ISO 9001 on the compact models and ISO 9001, ISO 14001 and UDEM on others; none of that is the same as meeting a national accessibility code, and no supplier should blur the two.
One further distinction saves money: drive type sets travel, speed and maintenance, while cabin and enclosure set comfort and appearance. A capsule or glass cabin is sometimes presented as a drive type. It is not — the same enclosure can be carried by different drives, and the drive is the part that has to match the building.
Why the order of the words matters for pricing
"An accessible home elevator" can mean three different products: a compact home elevator for a private house, a 400 kg residential wheelchair lift for a short two-level run, or a full-size car for a project. The published price bands differ accordingly, from USD 4,000–10,000 per set on the pitless hydraulic model to USD 20,000–30,000 per set on the larger screw-driven and traction models. Naming the product rather than the adjective is the fastest way to comparable quotations.
03 · Who the lift has to serve, and what changes for each user
Accessibility projects are usually described as if there were one user. There are at least four, and they pull the specification in different directions: the 3 ft × 3 ft cabin that is generous for one person walking with a stick is tight for a powered wheelchair with a carer alongside. Write down which of these four situations the lift must handle — and whether it must handle them at the same time — before choosing a model. That single sentence decides more of the specification than any brand comparison.
A wheelchair user, travelling alone
Needs a cabin that accepts the chair with enough room to enter, position and turn or reverse, a door opening that clears the chair and the user's hands, and controls reachable from a seated position. Our ultra-compact screw-driven model and the 400 kg residential wheelchair lift are both published with a 3 ft × 3 ft cabin area at 400 kg.
A wheelchair user with a carer
Two people and a chair. This is the specification that pushes you out of the compact range and into a larger car, and it is the one most often discovered late. Measure the combined footprint rather than assuming a compact model will do, and confirm the published load against the chair's own weight plus the users.
An older resident who walks but tires
The most common residential case, and the easiest to satisfy. A compact screw-driven model published at 250–450 kg with a 150–200 mm pit, or the compact platform published at 450–1000 lbs with 2–6 stops and a 7 ft ceiling height, both fit a retrofit where the floor build-up is fixed.
A household planning ahead
A lift installed before it is needed should be sized for the harder case, because the shaft cannot be widened later without demolition. Fix cabin and door dimensions now; treat finishes as the revisitable part of the decision.
Where the four cases disagree, and when a lift is the wrong answer
They disagree on three items: cabin floor area, because two people need more of it than one; door clear width, because a chair plus hands at the wheel needs a wider clear opening than a walking user; and control position, because a seated user's comfortable reach is lower and closer to the door. Everything else — drive, finish, lighting — is downstream of those three.
A residential lift is also not always the right product. If the journey is between two levels only and the building cannot give up floor area for a shaft, a platform product may serve better; if the barrier is a staircase and the user can transfer from a chair, a stair lift may be cheaper. Our range includes a 400 kg residential wheelchair lift for short runs, so the honest answer is sometimes a smaller product from the same catalogue — and sometimes not our product at all.
04 · Check one: cabin space, and whether the chair can turn
Cabin space comes first because it is the hardest input to change afterwards: a car is bounded by its shaft, and the shaft by the building. Our published cabins start at 3 ft × 3 ft on the ultra-compact screw-driven model and on the 400 kg residential wheelchair lift; the compact screw-driven YST-18 publishes a shaft of about 1.5 m²; the heavy screw-driven range is published up to 5000 kg, which implies a substantially larger car.
What catches people out is not floor area but the chair's movement inside it. A chair entering head-on needs somewhere to turn, or enough depth to reverse out — which is why two cabins with identical published dimensions can behave differently. Door position relative to car depth, and where the controls sit once the door is closed, decide it.
| Published item | Ultra-compact HS-100 | 400 kg wheelchair lift | Compact screw YST-18 | Pitless hydraulic, 5 stops |
|---|---|---|---|---|
| Cabin / space | 3 ft × 3 ft | 3 ft × 3 ft, stainless steel cabin | Shaft about 1.5 m² | Not published |
| Door | Automatic sliding door | Centre opening, 2000–2200 mm high | Automatic door | Automatic door |
| Published load | 400 kg | 400 kg | 250–450 kg | Not published |
| Published travel | Up to 50 ft | Not published | 12–15 m | Up to 14.5 m |
| Pit | Not published | Not published | 150–200 mm | 0 m |
| Overhead clearance | Not published | Not published | 3000 mm | 3 m on the microprocessor model |
| Supply | 220 V, 50 Hz, single phase | 1-phase AC, 229 V / 50 Hz | Single phase or three phase | 220 V, 50 Hz, single phase |
| Certifications on page | CE, ISO 9001 | ISO 9001, ISO 14001, UDEM | CE, ISO 9001 | Not published |
| Safety items published | Emergency stop, overload protection, door interlocks | Emergency stop, overload protection, safety sensors | Emergency stop, overload protection, safety brake | Emergency stop |
Where the table says "not published", the figure is genuinely absent from the product page rather than unimpressive. Treat an absent figure as a question for the supplier rather than as a blank to be filled with a category average.
Published load and travel across the range
Three measurements to take before you ask for a price
First, the chair: length, width and the diagonal across the castors or tracks. Second, the car: the clear floor inside the finished walls, not the shaft opening. Third, the landing: the clear space in front of the door, because a chair that cannot line up at the landing never reaches the cabin problem.
05 · Check two: the door decides half of the accessibility
Doors are the least glamorous and most decisive part of an accessible lift. Our published figures are specific: the 400 kg wheelchair lift publishes a centre-opening door with an opening height of 2000–2200 mm; the ultra-compact model an automatic sliding door; the accessible screw-driven model automatic doors in centre or side opening; the compact YST-18 an automatic door. The choice between centre and side opening is usually sold as a style question, but it is a space question that changes where the chair can stand at the landing.
Centre opening
- Published on: the 400 kg residential wheelchair lift, centre opening, 2000–2200 mm high.
- Landing logic: the chair lines up square with the car, which suits a corridor landing where there is room to approach head-on.
- Inside the car: the door panels need a pocket, so the clear floor is deeper than it is wide — good for reversing, less good for turning.
- Watch for: the landing depth in front of a centre-opening door is the constraint most often missed on a tight stair landing.
Side opening
- Published on: the accessible screw-driven model offers centre or side opening; the screw-driven range publishes centre or side opening on the heavy model.
- Landing logic: the chair approaches parallel to the wall, which suits a landing beside a corridor or along a wall run.
- Inside the car: a swing or slide to one side leaves the opposite wall free for handrails and controls.
- Watch for: a side-opening door changes which corner of the car becomes the unusable one, which can reduce effective turning space.
Height, and the door furniture
Door opening height is published at 2000–2200 mm on the 400 kg wheelchair lift, a range that exists because the finished floor and landing trim consume height and the door operator sits above the opening. Where headroom is marginal, the door is usually where the loss appears first. Two details are worth naming in the specification even though they are not published as standard: the door's opening force, and its behaviour when it meets an obstruction. An automatic sliding door does not by itself guarantee re-opening — that is the operator and its settings. Ask for it in writing and test it at commissioning.
The retro-fit question
A model published with a 0 m pit removes the deepest civil work; the YST-18, at 150–200 mm of pit and 3000 mm of overhead, is the middle case. What remains is the floor opening and the landing finishes, both building work, and both best priced by the local contractor rather than absorbed into an equipment quotation.
06 · Check three: what a seated user actually touches
Controls are where "accessible on paper" and "accessible in use" separate. A panel placed for a standing user's eye level is unreachable from a wheelchair, and a landing call button mounted high on the reveal is equally out of reach. Our published control line is a microprocessor-based panel, with remote control, key switch and a phone dialer listed as options on the 400 kg residential wheelchair lift — options that matter more here than in ordinary projects, because they change who can summon the lift and who can raise the alarm.
A stylised car, not a drawing. Select a marker to see what has to be checked at that position.
1 · Landing call button
Check the height from the finished landing floor and the reach from a seated position, not from standing. On a tight landing, a call button placed beyond the door reveal cannot be reached without entering at an angle. Ask for the mounting height in writing before the wall is finished.
2 · Car operating panel
Published as a microprocessor-based control on our models. The specification item is the position, not the electronics: the panel must be reachable from a seated position with the door closed, and must not be blocked by a handrail, a folded seat or the door pocket.
3 · Alarm, intercom or dialer
The 400 kg residential wheelchair lift lists a phone dialer among its options. In an accessible installation the alarm has to work when nobody is within hearing: confirm whether the dialer calls a fixed number and what it does on a power failure.
4 · Handrail, seat and floor finish
Comfort items that change usable floor area: a handrail projecting into the car reduces the width available to a chair, and a folded seat occupies the wall a carer would use. Floor finish matters for a different reason — a chair's castors follow the surface, so a proud threshold or floor trim at the door is a daily obstacle.
The checks to write into the order
07 · Check four: pit, overhead and shaft — the building's side of the deal
The fourth input is civil, and the published figures vary more between models than between drive families. Pits are published at 0 m on the five-stop pitless hydraulic model and 150–200 mm on the compact screw-driven YST-18, which pairs that recess with a 3000 mm overhead clearance. Those figures describe three different conversations with a builder: a 0 m pit keeps the finished floor, a shallow recess is usually absorbed by a screed, and a 3000 mm overhead means the top landing gives up clear height — often the item that makes a loft conversion difficult.
Showing 6 of 6 situations
Finished floor, nothing to dig
Take the model published with a 0 m pit. The five-stop pitless hydraulic model publishes that figure with a single-phase supply and a maximum height of 14.5 m, and the microprocessor version adds a 3 m overhead clearance requirement. The building work on the lowest landing becomes a threshold detail rather than a recess.
A shallow recess is possible
The YST-18 publishes a pit of 150–200 mm and a shaft of about 1.5 m², with a single or three-phase supply. Where a screed is being replaced anyway, that depth is usually absorbed in the build-up; where the floor is finished and stays finished, it is not.
Space below the lowest landing
Where a basement, garage or void exists below the lowest landing, the pit stops being the constraint and the overhead clearance becomes the one to check. On the compact screw-driven model it is published at 3000 mm; on the pitless hydraulic model with microprocessor control, 3 m.
Very tight overhead, generous floor area
A screw-driven model with a shallow pit suits a plan where floor area is available but ceiling height is not: the published screw-driven range covers 2–10 stops and travel up to 15 m at 0.15 m/s, with a low-maintenance drive and no machine room.
Outdoor path to the entrance
Two models state indoor or outdoor installation: the ultra-compact HS-100 at 400 kg with an automatic sliding door, and the screw-driven range. Outdoor installation changes finishes and drainage rather than the drive.
Long travel, multiple landings
Above the published limits of the pitless hydraulic and screw-driven models — 14.5 m and 15 m respectively — the gearless traction model is published up to 30 m with a noise level below 60 dB and a 220 V / 380 V supply, and the screw-driven range covers up to 10 stops.
The two items builders forget
First, the machine: where a model publishes "no machine room", the machinery still exists — in the shaft head, at a landing or in a plant space the drawings must show. Second, the access route: the largest component has to get from the street to the shaft, which is a crane question in a finished building and a planning question in a renovation.
08 · How the drive changes daily use in an accessible lift
For an accessibility project the drive matters less than buyers expect, and differently from how it is sold. What it changes is travel ceiling, speed, noise, the maintenance routine, and how the car behaves at start and stop — and for a seated or unsteady user, start and stop are the difference between holding a position and being shifted in it.
| Published item | Screw-driven | Pitless hydraulic | Gearless traction |
|---|---|---|---|
| Published travel | Up to 15 m | Up to 14.5 m | Up to 30 m |
| Published speed | 0.15 m/s on the standard models | Not published | Not published |
| Published pit | 150–200 mm on the YST-18 | 0 m | Not published |
| Overhead clearance | 3000 mm on the YST-18 | 3 m on the microprocessor model | Not published |
| Published noise | Published as low maintenance, no figure given | Not published | Below 60 dB |
| Supply | AC or DC; single or three phase depending on model | 220 V, 50 Hz, single phase | 220 V / 380 V, 50/60 Hz |
| Machine room | Not required on the published models | Not required on the published models | Not required on the published model |
| Published stops | 2–10 stops on the custom model | 5 stops | Not published |
Read the table twice. The first pass answers which family can reach: 30 m for traction, 15 m and 14.5 m for screw and hydraulic. The second answers how the car will feel — and on that, the published tables are thin: the screw-driven range publishes a fixed 0.15 m/s, the traction model a noise figure, and the hydraulic model nothing about movement at all. A buyer who cares about comfort should ask for a start-and-stop description, because no published table contains one.
What the drive means for the user's grip and balance
Two published items are worth more than their size suggests: the screw-driven range is published as low maintenance, and the traction model publishes noise below 60 dB. A quieter machine and a simpler routine both reduce out-of-service days — and for a household that depends on the lift, those days are the real accessibility measure.
09 · Power, and what happens when it stops
In a retrofit the electrical question usually arrives before the mechanical one. Our published figures include domestic supplies: 220 V, 50 Hz single phase on the ultra-compact model and on the pitless hydraulic model with microprocessor control; 1-phase AC at 229 V / 50 Hz on the 400 kg residential wheelchair lift; AC or DC on the heavy screw-driven model; 220 V / 380 V at 50/60 Hz on the gearless traction model; and a choice of single or three phase on the compact screw-driven YST-18. What is not published anywhere on our pages is a rescue procedure — and that is the item an accessibility specification should never leave open.
Confirm the supply at the board
Single phase at 220 V covers most of the compact range we publish; the traction model is published at 220 V / 380 V. Measure at the distribution board rather than at the landing, because the run length and the existing load decide the answer.
Separate the lift circuit
A dedicated circuit with its own protection is normal for a machine of this size. Ask the electrician to leave the lift off any circuit that also feeds lighting, so a trip does not leave a user in a dark landing.
Specify the alarm path
The 400 kg residential wheelchair lift lists a phone dialer as an option, alongside a remote control and a key switch. Confirm who is called, whether the dialer needs a landline, and what it does when the power fails.
Agree the manual release
Ask which manual release the model provides, who is allowed to operate it and where its instructions are kept. This is a documentation item, and it should be part of the handover pack rather than a call to the installer.
Test the sequence at commissioning
Power failure with the car at a landing, power failure between landings, an alarm raised from inside, and the door's behaviour when it meets an obstruction. Four tests, recorded, on the day the lift is handed over.
Write the routine down
Who checks the alarm, how often the battery or back-up is tested, and who to call. Accessibility depends on the routine after commissioning as much as on the equipment on the day.
Our product pages publish the supply, the safety items and the optional features. They do not publish a rescue procedure, an emergency lighting duration or a back-up battery figure. Those are model-specific documents, so ask for them by model name in writing before the order is placed, and treat a verbal answer as an open item rather than a closed one.
10 · The safety chain, item by item
Accessible lifts carry the same safety obligation as any other lift, with one addition: the person inside may not be able to leave unaided, so the chain has to be complete rather than merely present. Across our published models the standard list is consistent — an emergency stop, overload protection, and one further device depending on the model: safety sensors on the ultra-compact and traction models, a safety brake on the compact screw-driven model, safety gear on the accessible screw-driven models, door interlocks on the ultra-compact model. What varies is what each model page says about each item, which is worth crossing off deliberately rather than reading as small print.
Certification is not the same as compliance
Our pages publish CE and ISO 9001 on the compact models, ISO 9001, ISO 14001 and UDEM on the 400 kg residential wheelchair lift and the compact platform model, and ISO 9001 on several screw-driven and traction models. Those are manufacturing and quality marks. Whether an installation satisfies a national accessibility code depends on the design, the building and the inspecting authority — a supplier who conflates the two is not doing the buyer a favour.
11 · Why an accessibility lift is a project, not a purchase
The most common failure in accessibility projects is treating the lift like an appliance: ordered from a catalogue, delivered, installed. A home elevator is designed against a building, made for that design, and the sequence runs from measured survey to approved drawing to site work to commissioning. Skipping the survey is what turns a modest project into a dispute — because someone has to own the interface between equipment and building.
What the project path buys
- A surveyed design: travel, stops, pit, overhead and shaft measured once, then drawn.
- One interface owner: the party who confirms that the shaft the builder forms matches the car that is made.
- Documents that travel with the lift: drawing, test record, manual release procedure, service schedule.
- A named alarm path: a dialer with a receiving number, tested rather than assumed.
- A maintenance routine: the published low-maintenance claim on the screw-driven range still assumes inspection.
What the self-managed path costs later
- Interface gaps: a shaft 50 mm out, discovered when the car arrives on site.
- Compliance ambiguity: no single party able to state which standard the finished installation was built to.
- Rescue assumptions: an emergency stop published as standard, and nobody who knows who to call.
- Access route surprises: the largest component that will not pass a stair or a doorway.
- Re-work at the finish: thresholds, floor trims and door reveals addressed after the equipment is installed.
An accessible lift is not a product with an accessory list. It is a route between two landings, and the equipment is the part of it that moves.
The test we apply to our own surveys
Where our own scope stops
We build and supply the equipment and publish its figures. The survey, the structural work, the electrical supply, the landing finishes and the local compliance sign-off belong to the project team on site — a supplier who offers to "handle everything" without naming who signs the compliance statement is adding a risk, not removing one.
12 · Procurement, documents and site acceptance
Published delivery times for our models run from 20 to 50 working days, and the clock normally starts at the approved drawing rather than the enquiry. Minimum order is one set across the published range, payment is by T/T or L/C, and packing is an export non-fumigation wood box. The sequence below is the one that keeps an accessibility project on schedule, and each step produces a document the next step depends on.
Measure the building, not the brochure
Travel height floor-to-floor, stops, pit depth or its absence, overhead clearance, free footprint, the access route for the largest component and the supply at the board. On an accessibility project add the chair's dimensions and the user's comfortable reach.
Match the published figures to the survey
Eliminate by travel, load, pit and overhead: 0 m of pit on the five-stop pitless hydraulic model, 150–200 mm of pit and 3000 mm of overhead on the YST-18, up to 30 m of travel on the gearless traction model. What survives the filter is the shortlist worth quoting.
Freeze dimensions before finishes
Cabin, door type and opening height, control positions and the alarm arrangement go on the drawing. The 400 kg residential wheelchair lift publishes a centre-opening door at 2000–2200 mm, which is the figure the landing headroom has to accommodate.
Lead time runs from the approved drawing
Published lead times are 20–50 working days, with supply ability published between 5 and 20 sets per month depending on the range. Changes after approval are the expensive kind, particularly to the shaft or the door arrangement.
Civil work before the crate arrives
Opening formed, pit or recess completed where the model needs one, threshold details set, supply run terminated and protected. The lift arrives as an export wood box; a site that is not ready stores it at the owner's risk.
Test the accessibility items, not only the lift
Door obstruction test, alarm test with the receiving number, emergency lighting check, manual release demonstration and a levelling check at each landing — then the O&M pack, where the release procedure and service schedule belong.
What to put in the purchase order
Name the model, not the category: published load, travel, stops, pit and overhead figures the building will provide, the supply, the alarm device and its receiving number, the control mounting heights and the documents required at handover. An order written this way can be checked against a delivery — which is not true of one that says "one accessible home elevator".
13 · Five beliefs worth testing before you buy
Accessibility projects attract confident generalisations. The four below are the ones we meet most often, and each is testable against a published figure or a written document.
Slower is always safer
- The claim: a very slow lift is inherently safer for an unsteady user.
- The test: safety comes from the safety chain, not from the speed figure. The screw-driven range publishes 0.15 m/s and a safety gear, the compact model a safety brake, the ultra-compact model door interlocks — those are the items that carry the claim.
The published speed figure tells you how it feels
- The claim: two lifts at the same speed feel the same.
- The test: start and stop matter more than the steady figure. Our published tables give travel and speed but no acceleration profile, so ask for a description of start and stop, or a site visit to an installed unit.
A wheelchair lift and a home elevator are the same product
- The claim: both are "lifts for wheelchairs", so either will do.
- The test: they differ in travel, enclosure and cabin area. Our 400 kg residential wheelchair lift publishes a 3 ft × 3 ft cabin area and a 2000–2200 mm door opening; the compact screw-driven YST-18 publishes a shaft of about 1.5 m² with 12–15 m of travel.
Any supplier can declare a lift accessible
- The claim: the word "accessible" in a specification is enough.
- The test: ask for four numbers — cabin clear width, door clear width, control mounting height, and the alarm's receiving end — and for the standard the installation will be inspected against. A specification that cannot answer all five is a description, not a commitment.
Compliance is a product certificate
- The claim: a certified product makes a compliant installation.
- The test: certificates describe products. Our pages publish CE, ISO 9001, ISO 14001 and UDEM on the models that carry them; compliance with an accessibility code is a property of the finished installation in its jurisdiction, signed off by whoever holds that authority.
A big lift is always the safer choice
- The claim: buy the largest car available and the problem goes away.
- The test: the shaft decides the car, and the building decides the shaft. Where the building cannot give a larger shaft, the practical answer is often a model published with a 0 m pit or a 150–200 mm pit, plus a chair measured against the published cabin.
14 · Where the money goes
Published price bands run from USD 4,000–10,000 per set on the pitless hydraulic model to USD 20,000–30,000 per set on the larger screw-driven and traction models, with the YST-18 published at USD 10,000–20,000 per set. Those bands cover the equipment; accessibility projects spread their cost over five places, and only one of them is the lift.
"How much does it cost?" is the most common question attached to this topic, and the honest answer is that the equipment has a published band while the installation does not. The civil and electrical portions are priced by local contractors against a local drawing. Any figure quoted before a survey is a budget placeholder, and a supplier who refuses to name the equipment band while quoting the total is hiding the one number that is actually comparable.
15 · Questions buyers ask about accessible home lifts
The questions below come from the searches that surround this subject. Where an answer depends on a local rule rather than on our equipment, the answer says so.
What does a home lift need in order to be usable from a wheelchair?
Five things, all of them dimensions rather than features: a cabin that accepts the chair with room to position it, a door clear width and height the chair and the user's hands pass through, controls reachable from a seated position, a pit or overhead arrangement the building can provide, and an alarm and rescue route that works when the user is alone. Our compact models publish a 3 ft × 3 ft cabin area at 400 kg and a centre-opening door at 2000–2200 mm, but the chair still has to be measured against them.
How much does an accessible home elevator cost?
Our published equipment bands run from USD 4,000–10,000 per set on the pitless hydraulic model, through USD 10,000–20,000 per set on the compact screw-driven and gearless traction models, to USD 20,000–30,000 per set on the larger screw-driven models. Minimum order is one set, payment is T/T or L/C, lead time 20–50 working days. Civil and electrical work is priced locally and is not in those bands — and searches about public-accessibility lift costs in the United States describe a different market with different rules.
What cabin size do I need for a wheelchair?
Measure the chair first: length, width, and the diagonal across the castors or tracks of a powered chair. Our smallest published cabins are 3 ft × 3 ft on the ultra-compact screw-driven model and on the 400 kg residential wheelchair lift; the YST-18 publishes a shaft of about 1.5 m². A second person travelling with the chair is the case that usually forces a larger cabin, and it is worth deciding early — the shaft cannot be widened later without demolition.
Do I need a pit?
Not necessarily. Pit depth is published per model rather than per category: 0 m on the five-stop pitless hydraulic model, 150–200 mm on the compact screw-driven YST-18. Where the lowest landing is finished and stays finished, a model published at 0 m removes the deepest civil work; where a screed is being replaced, a shallow recess is usually absorbed into the build-up.
Can a home elevator run on a single-phase domestic supply?
Several published models do: 220 V, 50 Hz single phase on the ultra-compact HS-100 and on the pitless hydraulic model with microprocessor control; 1-phase AC at 229 V / 50 Hz on the 400 kg residential wheelchair lift; a choice of single or three phase on the YST-18; AC or DC on the heavy screw-driven model; and 220 V / 380 V at 50/60 Hz on the gearless traction model. Measure the supply at the distribution board, not at the landing.
What happens if the power fails with someone inside?
That depends on the model and on the rescue arrangement agreed for the building, which is why it belongs in the order rather than in a conversation after handover. Every model in our published range lists an emergency stop and overload protection; the 400 kg residential wheelchair lift lists a phone dialer as an option. What our pages do not publish is a rescue procedure, an emergency lighting duration or a back-up battery figure — ask for those by model name, and test the sequence at commissioning.
Is a wheelchair lift or a home elevator the right product?
It depends on travel, enclosure and whether the user travels with a companion. A short run between two levels can be served by a platform product such as our 400 kg residential wheelchair lift, published with a 3 ft × 3 ft cabin area and a 2000–2200 mm door opening height. Longer travel or more landings moves the answer towards a home elevator: the screw-driven range is published up to 15 m and 10 stops, the pitless hydraulic model to 14.5 m over five stops, and the gearless traction model to 30 m.
Related reading on this site
The pages below take the same subject from other angles: what drives the value of a property with a lift, the comparison against stair lifts, sizing for older residents, and the drive-by-drive comparison.
- Home elevators and property value: what actually changes a valuation
- Home elevators vs stair lifts: comparing accessibility options
- Key considerations when selecting a home elevator for seniors
- Space-saving home elevators that support aging in place
- Residential elevator safety and size standards explained
- Hydraulic vs traction home elevators: options compared
16 · What to send us
If the project is at the survey stage, send the measurements below with the drawing. With those in hand we can tell you which published model family fits, which figure is missing, and where the civil or electrical work is likely to land — including the cases where a smaller product from our range is the better answer.
Send the measurements, get a model answer back
We build screw-driven, pitless hydraulic and gearless traction home elevators, and we publish the cabin, door, pit, overhead, load, supply and lead-time figures for each model. Send your travel, stops, load, pit or overhead clearance and supply, and we will confirm which family fits — including when the answer is not one of ours.
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