What is the difference between electric and hydraulic home lifts?

Hydraulic lifts use an electric pump to push fluid into a cylinder, raising the cabin directly. Electric traction lifts use a motor to drive ropes or belts over a pulley, raising the cabin via a counterweight system. This affects noise, energy use, pit depth and space requirements.

Which drive type is best for retrofits?

The hydraulic A-Series is the best choice for retrofits. It needs a minimal pit depth of just 150 mm, fits tight existing shafts, and runs on standard 32A single-phase power available in most Australian homes.

Do I need a machine room with electric traction?

No. The C-Series and E-Series electric traction lifts are MRL (machine room-less) designs, with the motor and control equipment integrated within the lift shaft itself.

Are electric lifts always quieter than hydraulic lifts?

Yes. Electric traction lifts operate at under 50 dB, making them significantly quieter than hydraulic lifts.

How does each drive behave during a blackout?

Both include In-Cabin Self-Rescue (ICSR) for manual operation to the nearest floor during power failure. Electric lifts have battery-backed ICSR that automatically lowers the cabin if power fails. Both comply with Australian Standards and WorkCover NSW requirements.

Do hydraulic home lifts leak oil?

No. Modern hydraulic home lifts use sealed systems with biodegradable oil that do not leak under normal operation. A-Series hydraulic lifts have been installed in Australian homes since the early 2000s with no oil odour or leaks.

Do electric lifts work with solar and batteries?

Yes. The C-Series and E-Series electric traction lifts are compatible with home solar systems and battery storage, which can reduce or offset running costs.

How much energy does each lift type consume?

Electric traction lifts consume energy only during motion and draw almost nothing on standby, making them highly efficient. Hydraulic lifts consume more because the pump is active during each trip.

What is the installation timeline for electric vs hydraulic?

Both drive types have similar 4-6 month installation timelines from site measure to handover. Timeline depends more on project complexity and shaft pre-construction than on drive type.

Is an electric or hydraulic home lift better?

Neither is better in general terms. Electric traction is quieter and has no hourly duty limit, which suits shafts near bedrooms and heavily used lifts. Hydraulic is mechanically simpler and more tolerant of existing structures, which suits retrofits. Both reach six levels, both carry In-Cabin Self Rescue, and both are covered by the same 8-year Lift Shop warranty.

Do hydraulic home lifts smell of oil?

No. The fluid is sealed in a closed circuit the same way brake fluid is sealed in a car, and it only smells if it overheats. Overheating requires more than about thirty trips an hour, and a thermal overload sensor shuts the machine down before that point. If a Lift Shop service customer ever does notice oil smell, we replace the oil at no charge.

Which home lift drive is cheapest?

Over two levels, screw drive and winding drum lifts cost least to buy, followed by hydraulic, then electric traction. As levels are added the gap narrows and then reverses. Most Lift Shop clients invest $60,000-$120,000 depending on configuration and finishes.

How fast should a home lift be?

Fast enough that the wait is not noticeable, which in practice means under about 35 seconds for the trip you make most often. Lift Shop offers 0.30 m/s and 0.60 m/s. At 0.30 m/s a three-floor trip takes about 21 seconds; at 0.60 m/s about 11.

Does a hydraulic lift work in a power failure?

Yes. A hydraulic lift descends under gravity through a controlled valve, lowering to the nearest floor so the doors can open. Every Lift Shop lift, hydraulic and electric, also includes In-Cabin Self Rescue and battery backup, so you can reach a landing and step out without waiting for assistance.

Does either drive need a machine room?

No. Lift Shop electric traction lifts are machine-room-less, with the motor integrated into the shaft. Hydraulic models also need no machine room, but do require a slim cabinet near the shaft for the pump unit.

What pit depth and headroom does each need?

Both start from a 150 mm pit. Gearless traction models require 270 mm to accommodate the counterweight system. Headroom is 2400 to 2600 mm for hydraulic and 2500 to 2750 mm for traction, depending on series. Exact figures are confirmed at your site assessment.

What power supply does a home lift need?

All Lift Shop home lifts run on standard single-phase domestic power. Electric traction models draw 15 to 25 amps and hydraulic models draw 32 amps. No three-phase upgrade is required in the great majority of Australian homes.

How often does a home lift need servicing?

Twice a year for both drives, which is also the condition of the 8-year warranty. The first year is included with every new lift. Hydraulic models add annual fluid and seal checks. Lift Shop technicians are employees in every state, never subcontractors.

Are winding drum or screw drive lifts worth considering?

They are the least expensive option over two to three levels and they serve that part of the market. Lift Shop supplies neither, as both are engineered for shorter travel and lighter duty than the eight-year warranty we place on every lift.

Which drive lasts longer?

Both last decades when serviced twice a year. Electric traction has fewer consumables and lower running costs. Hydraulic has fewer components inside the shaft, which keeps long-term fault diagnosis simple. Lift Shop maintains around 10,000 lifts across Australia, including hydraulic units installed more than twenty years ago.

Home Lift Drives · Australia

Electric vs Hydraulic Home Lifts

Australian home lifts run on one of two drives. Electric traction raises the cabin on steel ropes balanced by a counterweight. Hydraulic raises it on a piston driven by an electric pump. Lift Shop builds both, installed to AS 1735.18 with In-Cabin Self Rescue as standard, across more than 12,000 homes since 1996.

Neither drive is better than the other. Each suits different conditions - how many levels you are serving, whether you are building or retrofitting, and where the shaft sits within the house. This page explains how each one works and exactly where they differ.

Home lifts on display at a Lift Shop showroom, where both drive types run side by side

How each drive works

The difference is mechanical. Traction pulls the cabin up on ropes, with a counterweight carrying most of the load. Hydraulics push the cabin up on a piston using sealed fluid. Every other difference between the two follows from that single distinction.

Ropes and counterweight

Electric Traction

Steel ropes run over a gearless motor at the head of the shaft, with a counterweight on the opposite side. Because the counterweight carries most of the cabin's mass, the motor only moves the difference between them.

That keeps power draw and noise low, and allows higher speeds. The motor sits within the shaft, so no separate machine room is needed, and traction handles continuous use without a duty limit.

Piston and sealed fluid

Hydraulic

An electric pump drives fluid into a sealed circuit, extending a piston that raises the cabin. The pump runs on the upward trip only. Descent uses gravity through a controlled valve, which is why a hydraulic lift lowers itself to a landing when power is lost.

Fewer components sit inside the shaft, and the design tolerates structures that are not perfectly square. A slim cabinet near the shaft houses the pump unit.

Feature comparison

The two drives differ most on noise, energy use and structural tolerance. They are identical where it matters most: both carry In-Cabin Self Rescue as standard, both are serviced twice a year, both reach six levels, and both are covered by the same 8-year Lift Shop warranty.

Feature	Electric Traction	Hydraulic
Drive mechanism	Traction ropes with counterweight	Piston with sealed hydraulic fluid
Levels served	2 to 6	2 to 6
Speed	0.30 to 0.60 m/s	0.30 m/s
Time between two floors	5 to 10 seconds	10 seconds
Capacity	4 to 7 persons350 to 450 kg	5 persons300 to 400 kg
Noise level	Very quiet, under 50 dB	Pump very slightly audible on each trip
Energy usage	Draws power in motion only; solar compatible	Pump runs on each upward cycle
Pit depth	From 150 mm270 mm on gearless models	From 150 mm
Headroom	2500 to 2750 mm	2400 to 2600 mm
Machine room	Not required	Not requiredSlim cabinet near the shaft
Power supply	15 to 25 A single-phase	32 A single-phase
Retrofit tolerance	Requires precise shaft and structural planning	Forgiving of existing and irregular structures
Duty cycle	Continuous use, no hourly limit	Designed for up to 30 trips per hour
Self rescue	In-Cabin Self Rescue, battery backed	In-Cabin Self Rescue, standard
Servicing frequency	Twice per year	Twice per year
Warranty	8 years or 80,000 trips, included as standard
Australian Standard	AS 1735.18, lifts in private residences

Figures cover the current Lift Shop A, C and E Series. Exact dimensions for your home are confirmed at a site assessment.

The four drive types

Four drives are sold into Australian homes: electric traction, hydraulic, winding drum and screw drive. Winding drum and screw drive are the least expensive and are built for two to three levels. Hydraulic is the most economical of the full-height drives over short travel. Electric traction costs more initially and rises most gently as levels are added.

Which drive to use is the most confused question in this category, partly because a supplier who carries only one will naturally recommend it. The curve here shows the shape of the cost relationship as travel increases. It is not a price list.

Lift Shop supplies electric traction and hydraulic drives. We do not supply winding drum or screw drive lifts, which are engineered for shorter travel and lighter duty than the eight-year warranty we place on every lift.

Electric traction Hydraulic Winding drum Screw drive

Most Lift Shop clients invest $60,000 to $120,000. See what a home lift costs for the full breakdown.

It is time, not speed

Speed in metres per second tells you very little. What you live with is how many seconds you stand waiting. At 0.15 m/s a three-floor trip takes 40 seconds. The same trip takes about 21 seconds at 0.30 m/s and about 11 at 0.60. Beyond about 35 seconds, a lift starts to feel broken.

Floors	Average travel	0.15 m/s	0.20 m/s	0.30 m/s	0.60 m/s
2	3.0 m	20.0	15.0	10.8	6.2
3	6.0 m	40.0	30.0	20.8	11.2
4	9.0 m	60.0	45.0	30.8	16.2
5	12.0 m	80.0	60.0	40.8	21.2

Too slow Acceptable in a home What people expect

Times are in seconds and include door operation, acceleration and deceleration. Faster lifts also need more pit depth and headroom for acceleration, so faster is not automatically better. Lift Shop offers home lifts at 0.30 and 0.60 m/s.

Hydraulic oil: what people get wrong

The most common question asked about hydraulic home lifts is whether the oil smells. It does not. The fluid is sealed, it only smells when it overheats, and overheating is engineered out. Lift Shop has supplied and installed more than $500 million of hydraulic lifts over the last 24 years, and oil smell is not something our clients raise.

The oil is sealed, like brake fluid

The fluid sits in a closed system the same way brake fluid sits in a car. It is pumped from a tank into a sealed circuit that lifts the cabin, and returns to the tank in reverse. It is not exposed and it does not burn.

Heat causes smell, and heat is designed out

Oil only smells once it gets hot, which needs the pump running more than about thirty times an hour. A thermal overload sensor in the tank senses the heat and shuts the machine down for safety before that point. A private residence never reaches that zone.

If it ever does, we replace it

If you are a regular Lift Shop service customer and your oil does start to smell, we replace it at no extra charge. Our promise is your guarantee that oil smell is not an issue.

A proven choice, not an outdated one

Hydraulic drives have been the preferred solution for low-rise limited-use lifts for more than thirty years. They remain ideal for a private residence used within their duty cycle, and they are a great solution in the right house.

Installing a home lift

A Lift Shop home lift takes four to six months from order to handover, and our FastTrack service can bring that to twenty weeks. We handle design drawings, builder liaison, scaffold and safety coordination, so the lift arrives as a managed project rather than a delivery.

The structural requirements are modest and similar in principle for both drives: a pit from 150 mm, headroom between 2400 and 2750 mm depending on series, and single-phase power between 15 and 32 amps. No three-phase upgrade is needed in the great majority of Australian homes.

If you are still building, forming the shaft during construction costs far less than engineering one in later. Glass shafts and self-supporting steel structures are both possible. See building your lift shaft for the detail your builder will need.

A Lift Shop installation in progress with purpose-built aluminium scaffolding

Maintenance and servicing

Both drives are serviced twice a year by Lift Shop technicians, which is also the condition of the 8-year warranty. The first year of servicing is included with every new lift, with tailored plans after that. Lift Shop completes around 20,000 service visits a year across 10,000 lifts under care.

A hydraulic lift adds annual fluid and seal checks to the schedule, which is what keeps the sealed system sealed for decades. An electric traction lift has fewer consumables and correspondingly less to check, though rope condition and brake function are inspected at every visit.

Our technicians are Lift Shop employees in every state, never subcontractors, so the person who services your lift works for the company that warrants it. A 24-hour assistance line covers both drives.

A Lift Shop technician servicing a home lift

Why Choose Lift Shop

Lift Shop is Australia's largest independent home lift specialist, established in 1996. We supply both drive types, which means our recommendation follows your house rather than our stock list. Every lift carries the same 8-year warranty and is installed and serviced by our own technicians.

Request a Quote → A tailored quote for your home and levels. Compare the Range → A, C and E Series side by side. Visit a Showroom → Ride both drives at full travel.

Electric vs Hydraulic Home Lift FAQs

Is an electric or hydraulic home lift better?
Neither is better in general terms. Electric traction is quieter and has no hourly duty limit, which suits shafts near bedrooms and heavily used lifts. Hydraulic is mechanically simpler and more tolerant of existing structures, which suits retrofits. Both reach six levels, both carry In-Cabin Self Rescue, and both are covered by the same 8-year Lift Shop warranty.
Do hydraulic home lifts smell of oil?
No. The fluid is sealed in a closed circuit the same way brake fluid is sealed in a car, and it only smells if it overheats. Overheating requires more than about thirty trips an hour, and a thermal overload sensor shuts the machine down before that point. If a Lift Shop service customer ever does notice oil smell, we replace the oil at no charge.
Which home lift drive is cheapest?
Over two levels, screw drive and winding drum lifts cost least to buy, followed by hydraulic, then electric traction. As levels are added the gap narrows and then reverses. Most Lift Shop clients invest $60,000–$120,000 depending on configuration and finishes.
How fast should a home lift be?
Fast enough that the wait is not noticeable, which in practice means under about 35 seconds for the trip you make most often. Lift Shop offers 0.30 m/s and 0.60 m/s. At 0.30 m/s a three-floor trip takes about 21 seconds; at 0.60 m/s about 11.
Does a hydraulic lift work in a power failure?
Yes. A hydraulic lift descends under gravity through a controlled valve, lowering to the nearest floor so the doors can open. Every Lift Shop lift, hydraulic and electric, also includes In-Cabin Self Rescue and battery backup, so you can reach a landing and step out without waiting for assistance.
Does either drive need a machine room?
No. Lift Shop electric traction lifts are machine-room-less, with the motor integrated into the shaft. Hydraulic models also need no machine room, but do require a slim cabinet near the shaft for the pump unit.
What pit depth and headroom does each need?
Both start from a 150 mm pit. Gearless traction models require 270 mm to accommodate the counterweight system. Headroom is 2400 to 2600 mm for hydraulic and 2500 to 2750 mm for traction, depending on series. Exact figures are confirmed at your site assessment.
What power supply does a home lift need?
All Lift Shop home lifts run on standard single-phase domestic power. Electric traction models draw 15 to 25 amps and hydraulic models draw 32 amps. No three-phase upgrade is required in the great majority of Australian homes.
How often does a home lift need servicing?
Twice a year for both drives, which is also the condition of the 8-year warranty. The first year is included with every new lift. Hydraulic models add annual fluid and seal checks. Lift Shop technicians are employees in every state, never subcontractors.
Are winding drum or screw drive lifts worth considering?
They are the least expensive option over two to three levels and they serve that part of the market. Lift Shop supplies neither, as both are engineered for shorter travel and lighter duty than the eight-year warranty we place on every lift.
Which drive lasts longer?
Both last decades when serviced twice a year. Electric traction has fewer consumables and lower running costs. Hydraulic has fewer components inside the shaft, which keeps long-term fault diagnosis simple. Lift Shop maintains around 10,000 lifts across Australia, including hydraulic units installed more than twenty years ago.