Installation guide · 10 min read · Updated April 2026

What to Expect on Stairlift Installation Day (2026)

The truck pulls up at 9:12 AM. By 12:30 PM you are riding your new stairlift, the crew is gone, and the only physical trace of the morning is a set of six lag bolts threaded into the edge of your stair treads. Here is what happens minute by minute in between — the prep nobody explains, the tools we actually bring, the parts we actually touch, and the long list of things in your house we never go near.

(800) XXX-XXXX
featured-install-guide

Before install day — the prep nobody explains

Quick summary

A stairlift install is equipment delivery, not construction. No furniture has to move, no electrician has to visit, no permit has to be filed, and no room in your house has to be prepped besides the staircase itself. Most families over-prepare. Here is what actually needs to happen.

By the time the truck is on your street, the hard part is already done. Your free in-home assessment — the one we did 1 to 3 weeks earlier — already produced a laser measurement of your staircase, a rail drawing, a serial number on a specific motor unit, and a written install schedule with a date, a two-hour arrival window, and the name of the lead technician. None of that is guesswork. We are not “figuring it out” on install day.

Three days before the install you will get a reminder call or text confirming the arrival window, the model being installed, and the final price on the work order. If anything has shifted at your end — a family member visiting, a hospital appointment, a contractor working on the house — that is the call to tell us. We would rather reschedule a day in advance than have the crew arrive at a locked door.

What you actually need to do the night before

  • Clear the stair itself. If there is a runner rug, roll it up. If there are decorative items hanging from the banister (a draped blanket, a garland, framed photos on the side wall), take them down. Treads must be bare so the laser measurement re-confirms and the rail sits flat.
  • Leave a path from the door to the stair. Rail sections are 5 to 6 feet long and need to swing through your front hall without clipping a mirror. Nothing has to be moved from its room — just push the coat rack six inches off the wall.
  • Put the dog or cat somewhere else. Stairlift installs involve a cordless drill, a level, and a vacuum. A curious dog underfoot on a staircase with loose hardware is the one genuine safety risk of install day. Back bedroom, closed door, water bowl.
  • Leave the staircase lights on. Every photo the crew takes for the service file shows better work when the stair is lit. This is a small thing and nobody asks for it, but it matters.

What you do NOT need to do

  • You do not need to move furniture. No dining tables, no cabinets, no bookcases. Nothing in any other room gets touched.
  • You do not need to schedule an electrician. A stairlift plugs into an existing 120V household outlet. The only time an electrician is involved is when the nearest outlet is more than 6 feet from either end of the stair — rare, and if that applies we told you at the assessment and already scheduled it.
  • You do not need a permit. For about 99% of US installs, the stairlift is classified as furniture-grade mechanical equipment and requires no permit. The exceptions are historic districts, specific HOA developments, and the rare jurisdiction that treats a new dedicated circuit as permittable work. If your install is an exception, we already pulled the permit and filed it under your address — we don’t leave paperwork for the homeowner.
  • You do not need to be packed or ready to leave the house. You should be home. You should be in the house. You should be available for the walk-through and the training ride. But you do not need to plan to be out of the crew’s way — you are part of the install day, not an obstacle to it.

How long the whole thing takes

A straight rail indoor install runs 2 to 4 hours door-to-door, and by “door-to-door” we mean from the moment the van parks to the moment the handshake happens. Curved rail installs run 4 to 8 hours on site after the factory delivers the rail (the factory build adds 1 to 2 weeks before the install day is even scheduled). Outdoor installs track with equivalent indoor installs, plus about 30 minutes for weather-hood fitting and sealant work. If a competitor is quoting you a two-day install for a single-flight straight rail, something is wrong with the quote — ask what the second day is actually for.

If you are still shopping, run your quote against the 10-question consultation checklist before you sign. It is the single best way to avoid the installers who pad time to pad price.

Minute-by-minute — a typical straight rail install

Total on-site time

A straight-rail install wraps in 2-4 hours. Curved rails take 4-8 hours on the day (after 1-2 weeks rail fabrication). You ride the same afternoon.

Total on-site time

A straight-rail install wraps in 2-4 hours. Curved rails take 4-8 hours on the day (after 1-2 weeks rail fabrication). You ride the same afternoon.

The timeline below is not an average, a projection, or a marketing schedule. It is what a 14-foot straight rail install on a 13-tread interior staircase looks like on a Wednesday morning with two technicians, a Bruno Elite SRE-2010, and a homeowner who is home and alert. Your install may shift by 15 or 20 minutes on any given line — the sequence does not change.

9:00 AM — The crew arrives. Two technicians in a plain white cargo van with a small magnetic decal on the side (we deliberately do not run loud truck wraps — your neighbors do not need to know why we are here). The van holds pre-staged rail sections, a motor assembly, a seat crate, a battery pack, a cordless impact driver, a corded hammer drill kept in reserve, a laser level, a torque wrench, a set of stainless lag bolts and splice plates, blue tape, a shop vac, moving blankets, and a vacuum.
9:03 AM — The lead tech rings the bell, introduces himself and his co-installer by first name, and — yes, really — takes off his shoes at the threshold or pulls blue bootie covers over them. We have been doing this for years and it still surprises people. Your floors do not get tracked on.
9:05 AM — Walk-through. The lead tech walks the staircase with you from the bottom to the top, reads the work order out loud, confirms the rail path, confirms which side of the staircase the lift will mount on, points out the outlet the charger will use, and answers any last questions. This is the moment to say “actually, can the seat park at the left side of the top landing instead of the right?” We can still change it. Ten minutes later we cannot.
9:12 AM — Unloading begins. Five or six rail sections come off the van wrapped in foam, followed by the motor/drive unit in a padded crate, the seat assembly in a separate box, the battery pack (pre-charged at the warehouse, tested again here), the remote pair, and the tool kit. Everything gets staged on moving blankets in the lower hall, not on your floor directly.
9:25 AM — Laser re-measurement. Before a single hole gets drilled, the lead tech shoots the stair with a Leica Disto or equivalent laser and confirms the measurement against the quote. In 95% of cases it matches to the sixteenth of an inch. In the rare case it doesn’t — a tread has settled, a carpet was removed, a banister was replaced — we stop and recalculate. If it requires a longer rail, we come back a different day with the correct part. We do not improvise.
9:35 AM — Rail section #1 is positioned on the lower treads, leveled across its length with a 4-foot bubble level plus the laser, and bolted through pre-drilled holes with 4-inch stainless lag bolts into the solid wood of the tread. Two bolts per section foot, torqued with the impact driver and verified with a hand torque wrench at roughly 12 ft-lb. No wall anchors, no drywall, no banister.
9:50 AM — Rail sections #2 through #5 or #6 are joined with steel splice plates and through-bolts. Each seam gets hand-filed flush so the drive pinion rides silently over the joint — this is the single step that separates a good install from a noisy install, and a rushed crew will skip it. Ours does not.
10:15 AM — The motor and drive unit is lifted onto the bottom of the rail, engaged to the rack gear, and secured. The motor weighs about 55 lb — this is a two-person lift.
10:25 AM — Power test. The drive unit runs empty up and down the full length of the rail, no seat yet attached. The tech listens for any bind, any tick, any uneven draw. If anything sounds wrong, this is the moment to find it, not after the seat is bolted on.
10:40 AM — Seat assembly. The seat, armrests, and footrest come out of their box and bolt onto the drive unit with six through-bolts. The tech tests the seat fold, the swivel detent at the top landing (a 45° or 90° swivel that locks in place so you can step off onto flat floor), and the armrest fold.
10:55 AM — Battery pack is installed into the motor housing. It arrived pre-charged, but the tech checks voltage with a multimeter and confirms the charger light comes on at both the top and bottom charging points. A stairlift rides on batteries — the outlet only trickle-charges them.
11:05 AM — Safety testing. This is the 15-minute block that matters most. The tech runs through the full sensor list: seat-present sensor (does the lift refuse to move if nobody is seated? yes), footrest obstacle sensor (if something is under the footrest does the lift stop? yes), armrest obstacle sensor, seat-belt sensor (on models so equipped), slow-start ramp (does the lift ease into motion rather than jerk? yes), emergency stop button (does the big red button kill power immediately? yes), and end-of-travel limits (does the lift park itself at both ends without overrun? yes).
11:20 AM — First ride. This is you. The tech walks you through boarding from the seated position, buckling the optional seatbelt, pressing and holding the armrest toggle (the toggle has to be held continuously — you cannot press-and-release — this is a safety feature), and riding up. At the top you swivel, step off onto the floor, turn around, and ride back down. You will do this three or four times with the tech standing next to you until it feels routine. It takes about 10 to 15 minutes for a first-time rider to feel confident.
11:35 AM — Remote pairing. The two wireless call remotes (one for the top, one for the bottom) get paired to the motor, tested from the far end of the hall, and labeled. The tech hands you a second training pass: how to call the lift from the opposite end of the stair, how the fold-back seat works when parked, and how to charge a remote battery (they use coin cells and last about a year).
11:50 AM — Cleanup. Moving blankets come up, packaging material gets hauled back to the van, the stair treads get vacuumed (shop vac, not yours), and the banister gets a quick wipe with a microfiber cloth. When the crew leaves your stair is cleaner than when they arrived. We measure a successful install by whether the homeowner can visually spot “work was done here” in the first 30 seconds — the answer should be “no, except for the lift itself.”
11:58 AM — Paperwork. You get a warranty packet (manufacturer + installer warranty, combined), a laminated quick-start card for the rider, a 24/7 service phone number printed on a sticker on the side of the seat, your unit serial number for your records, and a reminder that the sealed lead-acid batteries get replaced at year 4 or 5 as part of routine service.
12:02 PM — Handshake. The crew walks out, the van pulls away, and the only sound in the house is the light hum of the charger indicator on the motor housing.

Total on-site time for a 14-foot straight indoor rail with two technicians: about 3 hours. Shorter rails (8 or 10 feet) run closer to 2 hours. Longer rails with 16 or more treads run closer to 4 hours. None of those numbers require a second day. Get a free in-home assessment for your staircase and we will give you a specific arrival window, not a vague “we’ll call you.”

What the install does NOT touch

What gets touched

  • Your stair treads (4-6 lag bolts total)
  • An existing wall outlet (for the charger)
  • The rail path (laser-confirmed before drilling)

What NEVER gets touched

  • Your wall — not one drywall screw
  • Your banister — rail is self-supporting
  • Your floor, ceiling, joists
  • Your electrical panel (unless new circuit)
  • Your historic hardwood

What gets touched

  • Your stair treads (4-6 lag bolts total)
  • An existing wall outlet (for the charger)
  • The rail path (laser-confirmed before drilling)

What NEVER gets touched

  • Your wall — not one drywall screw
  • Your banister — rail is self-supporting
  • Your floor, ceiling, joists
  • Your electrical panel (unless new circuit)
  • Your historic hardwood
Reassurance

Every homeowner who calls us has the same underlying worry: is this going to mess up my house? The answer is no. A properly installed stairlift touches exactly one thing on install day — the edge of your stair treads — and nothing else. Not the wall. Not the banister. Not the floor. Not anything you can see from the dining room.

The single most common anxiety we hear at an assessment is some version of, “This is a 1920s house / a historic row home / my grandmother’s banister / an antique hardwood stair and I don’t want it destroyed.” Good. You shouldn’t want it destroyed. The reason you called a company that does this for a living instead of a handyman is so it doesn’t get destroyed. Here, specifically, is the list of things we do not touch.

Your wall

Not one screw goes into your drywall, plaster, lath, or any wall surface. The rail is entirely self-supporting along the length of the staircase because it bolts into the stair treads, not the wall. If an installer is drilling anchors into your plaster, they are installing the rail wrong. Full stop.

Your banister and handrail

We do not remove, cut, modify, or touch your banister. Your existing handrail stays fully intact and fully usable by anyone walking the stair next to the lift user. One of the quietest design advantages of a residential stairlift is that it coexists with the handrail — both get used, by different people, often at the same time.

Your floor

Nothing is cut into your hallway floor, landing, or bottom-of-stair floor. The rail ends about 6 inches past the bottom tread and is free-floating at the end. The park position at the top of the stair swivels the seat out over the landing floor so the rider can step off — the landing floor itself is never drilled.

Your ceiling and rafters

Stairlifts have nothing to do with anything above the top tread. No drop-ceiling, no joists, no attic access.

Your electrical panel

We do not open your panel. We plug the charger into an existing 120V outlet, the same way you plug in a toaster. The total load on that outlet is under 1 amp during charging. If your home doesn’t have a suitable outlet within 6 feet of the rail ends, a new outlet gets installed by a licensed electrician at the quote stage — never on install day as a surprise.

Your WiFi, smart home, or any network

Stairlifts do not use WiFi. Stairlifts do not use Bluetooth. Stairlifts do not use your phone. Stairlifts do not update firmware over the internet. A residential stairlift is a deliberately dumb, deliberately resilient piece of equipment that runs on a DC motor, two lead-acid batteries, a handful of mechanical safety sensors, and a pair of wireless call remotes that pair via short-range radio and never leave the staircase. If an installer is trying to sell you “cloud diagnostics” or “app-enabled ride history,” walk away.

Your historic hardwood, tile, marble, or stone treads

This one deserves its own paragraph. The rail mounts via 4- to 6-inch stainless lag bolts that go into the edge of each tread, specifically into the structural wood beneath any decorative surface. On hardwood treads, the holes are pilot-drilled slightly undersize, the bolts thread cleanly, and the result is six to twelve small holes (roughly 5/16 inch) along the outer edge of the stair where the rail runs. On stone or tile treads we use masonry anchors rated for the material. When the lift is eventually removed — years or decades later — the holes fill cleanly with color-matched wood filler or stone epoxy, the rail leaves no visible footprint, and a finish carpenter can restore the treads to factory-new appearance in about two hours of work. We have removed lifts from homes built in the 1880s and the stair treads were indistinguishable from untouched.

The short version: a stairlift is a guest, not a renovation. When it leaves, the house does not look different.

Curved rail installs — a different day

A curved rail install looks like the straight rail timeline above stretched longer and made more careful. The on-site day itself runs 4 to 8 hours depending on the rail geometry, the number of landings, and the number of bends. But the real difference is what happens before the install day is even scheduled.

The factory fabrication window

Every curved rail is custom-fabricated for your specific staircase. After your free assessment, we send either a full photo survey (for Handicare and Bruno) or a laser scan file (for Stannah and higher-end Bruno configurations) to the factory. The factory builds a steel rail that matches your exact geometry — the radius of each bend, the angle of each landing, the overall length of every segment — and ships it flat-packed in a crate. Timeframe:

  • Bruno Elite CRE-2110: 10–14 business days from order to delivery.
  • Handicare 2000: 8–12 business days.
  • Stannah Siena 260: 14–21 business days (manufactured in the UK, shipped to a US distribution center).

We schedule your install day for the day after the rail arrives at our local warehouse, never before. You get a call the moment the rail lands — typically the same week we said you would — and we lock the install date on that call.

What’s different on install day itself

Everything in the straight-rail timeline above still applies — the walk-through at 9:03, the shoes-off, the laser re-measurement, the seat fit, the safety tests, the training ride. What’s different is the physical work:

  • The rail is heavier. A curved rail arrives in 3 to 6 pre-formed sections, each weighing 40 to 90 lb. Getting them through the front door and up to the stair position is a two-person lift at minimum.
  • More alignment points. Each bend joint has to be aligned within a tight tolerance (about 1/32 inch) so the drive pinion rides smoothly through the radius. Alignment is checked twice — once at dry-fit, once after torqueing.
  • More floor support on landings. A curved rail that crosses a mid-landing gets an additional floor bracket at the landing itself to carry the weight of the rail between the two flights. The bracket threads into the landing floor structure (never the landing drywall).
  • Longer seat fit and swivel setup. Curved rails often have two park positions — one at each end of the rail plus a mid-landing park — and each one needs a swivel stop programmed and tested.

On-site time: 4 hours for a simple single-turn curved install, 6 hours for a dual-turn, 8 hours for a complex multi-landing stair with three or more bends. All of it is one day. Curved rails are not two-day installs.

Outdoor rail installs — what’s different

Outdoor installs follow the same timeline as equivalent indoor installs with four key differences — all of them related to the fact that your stair is exposed to weather.

  • Masonry anchors into stoop treads. Most outdoor stair treads are concrete, stone, brick, or composite. Instead of lag bolts into wood, we use masonry sleeve anchors or wedge anchors rated for the specific substrate (concrete gets expansion anchors; stone gets epoxy anchors; composite decking gets through-bolts with a backing plate under the deck).
  • Extra sealant at every fastener. Every anchor hole gets a bead of polyurethane sealant before the bolt goes in. This prevents water from wicking into the anchor channel and corroding the hardware from inside. On coastal installs (Florida, the Gulf, the Carolinas, the Pacific Northwest) we use a marine-grade sealant rated for salt exposure.
  • Weather hood over the motor and seat park position. After the main rail and drive are installed, a snap-on weather hood goes over the motor housing and the parked seat position. The hood is the same powder-coated finish as the rail.
  • Battery and charger moved indoors when possible. On most outdoor installs we run the charger cable through a weather-sealed pass-through into the adjacent garage or interior utility closet, so the 120V charger itself lives inside and never sees rain. The batteries themselves live in the sealed motor housing outdoors but the charging electronics stay dry.

On-site time for a straight outdoor install: 3 to 4.5 hours, about 30 minutes longer than an equivalent indoor straight rail. Curved outdoor installs track with curved indoor installs plus the same 30-minute weather-sealing overhead.

Historic home installs — extra care

We install stairlifts in homes ranging from 3-year-old new-builds to homes on the National Register of Historic Places. The historic ones get a different protocol at every stage.

Pre-install review

On any home in a designated historic district, on the National Register, or governed by a Landmarks Commission, we do a pre-install review before the quote is finalized. The review covers the age and species of the stair tread wood, the presence of any original millwork at the top or bottom of the stair (newel posts, carved balusters, period-specific trim), and the chosen fastener path. We document everything in photos before we touch a single thing.

Fastener paths chosen to avoid millwork

On period staircases, the rail path is chosen specifically to put every anchor into structural tread wood and zero anchors into any original decorative element. This sometimes means the rail runs on a slightly different line than it would on a new-build stair — the line is chosen by eye during the pre-install review and recorded on the work order so the install crew doesn’t improvise.

Color-matched rails

Standard residential rails come powder-coated in silver-gray or light bronze. On historic installs we offer color matching — ivory, antique white, black, walnut-tone, or a direct match to your existing banister stain — ordered at the quote stage. Color match adds about 1 week to the rail lead time and $300 to $600 to the quote, and it is the single thing historic-home owners most often thank us for.

Full photo documentation before and after

Every fastener location gets a before-drill photo and an after-torque photo. The full set goes into your service file and a copy goes to your Landmarks Commission contact if one is required. This is not a marketing thing — it’s a “your house matters” thing, and a “when the lift is removed in 20 years we want to know exactly what was where” thing.

Commission and HOA paperwork filed by us

When a Landmarks Commission, Historic Review Board, or HOA architectural review needs sign-off on the install, we file the paperwork. We do not hand a homeowner a form and say “good luck.” The application goes out from our office under our licensing, and we follow up until it’s approved. If approval is denied for any reason, we refund the deposit.

Common install-day questions

Do you move my furniture?

No. We move moving blankets into the lower hall to stage parts on, and that’s it. If a small side table is directly blocking the rail path at the bottom of the stair we’ll ask you to shift it six inches before we start — we do not move your furniture for you because we do not want to scratch it. Everything in the adjacent rooms stays where it is.

Do I need to be home the whole time?

You need to be home for the walk-through at the start (roughly 9:03 AM on the timeline above) and for the training ride at the end (roughly 11:20 AM). In between, you can be in any other room in the house, on the phone, at your computer, eating lunch, whatever works. You do not need to watch the rail go up. You do need to be there when it’s time to ride it.

What if you find a problem with my stairs?

Rare, but it happens. The most common “problem” we find on install day is a loose tread that wasn’t obvious at the assessment — a tread that has separated slightly from its riser and flexes underfoot. If we find that, we stop, show you the tread, and either repair it on the spot with wood glue and screws (if it’s a clean separation) or recommend a carpenter and reschedule (if it’s a structural repair). We do not install a rail onto a compromised stair. The delay from a structural find is typically 2 to 5 days.

Can you install during a power outage?

Yes. Every tool we bring runs on rechargeable battery packs — impact drivers, laser levels, vacuums. The one corded tool we carry (a hammer drill, for masonry anchors on outdoor installs) is held in reserve and rarely used. We’ve installed through hurricanes in Florida with no grid power, and the final step is the same as always — plug the lift charger into the outlet, and when power comes back the batteries charge. The install doesn’t wait for the grid.

Do you take away the old stairlift?

If you’re replacing an existing stairlift, yes. Removal and haul-away is included in the new install quote — we remove the old rail, disconnect the old motor, credit you against the new install if the old unit has resale value (typically $600 to $2,000 for a well-maintained Bruno or Handicare under 5 years old), and take the old equipment back to our warehouse in the same trip. The old fastener holes in the treads get filled during cleanup.

What if I change my mind mid-install?

Before the first hole is drilled — anything up through the 9:25 AM laser re-measurement on the timeline — you can cancel with zero cost, zero argument, and zero deposit forfeit. After the first bolt is torqued into your stair treads, you’re committed to the install, but you’re still covered by the 30-day satisfaction guarantee (full removal, full refund minus a small restocking fee) if something about the lift itself doesn’t work for you after the fact. The window to say “wait, stop” is wide. We would rather cancel at 9:20 than install something you’re uncertain about.

The three things that can delay an install

About 96% of our installs hit the scheduled date. The 4% that don’t fall into three categories, in roughly descending order of frequency.

1. Rail fabrication delay (curved only)

The rail ships late from the factory. This is the single most common cause of delay on curved installs, and it is almost always related to freight rather than manufacturing — a shipment stuck at a Newark container yard, a truck line’s weather closure, a distribution center that mis-routed a crate to the wrong regional warehouse. Delay: typically 3 to 7 business days. We call you the moment we know, reschedule, and eat the inconvenience.

2. Stair structure issues discovered on install day

A tread is cracked, a riser has pulled loose from a stringer, or a prior repair is hiding soft wood underneath. Our assessment catches most of this in advance, but not all of it. Delay: 1 to 3 days for a simple repair we can do ourselves, or 3 to 7 days if a carpenter has to visit first. In both cases we do not charge you extra for the return trip.

3. Unforeseen electrical

Your home’s existing outlet near the stair can’t reliably support the charger. This is rare but happens in pre-1950 homes with undersized circuits, knob-and-tube remnants, or GFCI breakers that trip on the charger’s low-power inrush. Fix: we pull a permit for a new dedicated 15A circuit, a licensed electrician runs the wire, the outlet is installed, and the rail install continues the next day. Typical delay: 1 day, occasionally 2.

What never delays an install: weather, traffic, or a crew running late from a prior job. If the crew has a morning install before yours and runs over, we send a different crew. Your scheduled arrival window is yours.

Post-install — the first 30 days

Quick summary

The first 30 days after install are the break-in window for the motor, the habituation window for the rider, and the warranty check-in window for us. Here is what actually happens in that month.

Day 1 (install night) — battery conditioning

Leave the lift parked at the bottom of the stair with the charger engaged overnight. The batteries arrived pre-charged but get a full-depth top-off the first night, which sets the baseline for the sealed lead-acid cells for the rest of their life. Do not run the lift up and down 20 times on install night to show the grandkids — let it charge first, ride it in the morning.

Days 1–10 — motor break-in

A new stairlift motor goes through a mild break-in over the first 20 to 30 rides. Two things happen during that window. First, the drive pinion seats more smoothly into the rail’s rack gear, which reduces any faint ticking you might hear on the first day. Second, the motor brushes settle against the commutator, which very slightly drops the operating noise. If your day-one lift sounds like 52 decibels at the rider’s ear, your day-30 lift sounds like 49 or 50. It’s subtle but real.

Day 14 — first service check-in call

We call you at the 14-day mark. Not to upsell, not to push a service plan, not to schedule anything. Just a 3-minute phone call to ask: does it still work the way you expect? Any noise that wasn’t there on day one? Any rider questions we didn’t answer at the training? Any concerns about the charging indicator, the remote batteries, the swivel detent? This call is when most of the small “I didn’t want to bother you” questions surface — ask them.

Days 1–30 — remote management

You get two wireless call remotes, and most households figure out within a week that it’s easier to assign one to the primary rider and one to the caregiver than to share. Label them. We include two small adhesive labels in the install packet — write “mom” on one and “kitchen” on the other and the logistics of the lift gets simpler.

Days 1–30 — warranty registration

We register the manufacturer’s warranty on your behalf during paperwork at the install, and you get confirmation by email within a week. Keep that email. If you ever call the manufacturer directly (for any reason), they’ll ask for the serial number and the registration date. Both are in your service file and in your confirmation email.

24/7 service line

The number is printed on a waterproof label on the outside of the motor housing, printed again on the quick-start card taped to the side of the seat, printed again in your warranty packet, and listed on your confirmation email. It’s a real human at the other end, not an IVR. Most first-month calls are not problems — they’re “the remote battery seems low, is that normal?” (yes, if it’s been a year; no, if it’s been a week).

Install day do’s and don’ts

Do

  • Have coffee or water ready for the crew. Nobody expects it, everybody accepts it, and a 4-hour install goes faster for everyone when the crew is comfortable. This is not a tip expectation — crews are paid fair wages — it’s just hospitality.
  • Be home for the handoff training. Not optional. The training ride at 11:20 is how you learn the controls, and the crew will not leave until you have ridden the lift yourself, top to bottom, with them standing next to you.
  • Ask questions during training. There is no dumb question on install day. Ask how to clean the seat fabric. Ask what the red emergency stop does. Ask why the toggle has to be held down and not pressed once. The moment the crew leaves, every question becomes harder to ask.
  • Read the quick-start card. It’s a laminated single-sheet that lives on the seat. Five minutes of reading on day one prevents about 80% of first-month service calls.

Don’t

  • Don’t hide upstairs “out of the way.” Except for the 15 minutes of active drilling — the one moment we do ask you to stay clear for dust — you should be in the install room or within earshot. You’re part of the install day.
  • Don’t try to test-ride the lift before the crew finishes training you. The sensors are on by then but the safety walk-through hasn’t happened. Wait ten minutes for the crew to bring you through it properly.
  • Don’t wear slippers on the stairs while rail sections are moving. This is the single genuine safety hazard of install day and it applies to everyone in the house. Closed-toe shoes or stay off the stair while parts are being carried.
  • Don’t sign off on the paperwork if anything is unclear. Not a single thing. The paperwork is yours, the service number is yours, the warranty is yours — and if a detail on the work order doesn’t match what you expected, the moment to raise it is before the crew pulls away, not an hour later by phone.

Frequently asked questions

The questions we get most often from homeowners in the week before install day. If yours isn’t answered here, call the number on your install confirmation — somebody picks up.

Ready when you are

Your free home assessment is one phone call away

No deposit. No obligation. No high-pressure sales. A certified installer visits your home, measures once, and gives you a written quote that's honored for 30 days. It takes about 45 minutes. More than 15,000+ homeowners have said yes over the last 15 years.

  • Licensed in all 50 states
  • $2M liability insured
  • BBB A+ since 2012
  • 15+ years in business
Contact information — Step 1 of 2