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Hoyer Lift Slings: Types, Sizing and How to Choose

A Hoyer lift sling is the fabric seat that carries a person’s weight. Choose the type by how much head and trunk control they have. Size by weight plus the torso and width measurements your brand’s chart asks for. Check both the sling label and the lift rating, and use the lower number. Get clinician clearance before the first lift.

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Which describes the person you care for

Walks with help. They do not need a lift sling yet. A gait belt is for guiding and steadying only, never for lifting body weight.

Uses a wheelchair but can bear some weight. They hold their head and trunk upright, grip a handle and follow instructions. A sit-to-stand lift with a standing sling may fit. Those slings do not work on a full-body lift, and that lift is a different machine.

Cannot bear weight, or cannot hold their trunk and head steady. This page is for you. You need a full-body lift and a full-body or divided-leg sling, sized and inspected properly.

You also need a clinician’s confirmation that sling lifting is safe for their current medical condition. For the transfer itself, work through our guide to using a patient lift alongside this page.

Sling types at a glance

Whatever the row says about participation, no sling lift goes ahead until the medical picture has been checked. Unstable fractures or spines, spinal precautions, a recent surgical site, uncontrolled pain, respiratory distress, medical instability and active resistance are all reasons to stop and call the clinical team.

Every line, tube and catheter needs securing before the lift begins.

Choosing the right sling

Sling selection is a clinical decision, not a shopping decision. It follows two questions. How much can this person do for themselves right now, and does anything about their medical condition change how they can be handled?

People recovering from stroke, living with multiple sclerosis, Parkinson’s disease, a spinal cord injury, or general frailty often move between categories over months.

In progressive conditions such as ALS, families frequently start with a divided-leg sling and add a mesh bathing sling and a head-supporting full-body sling as the year goes on. Buying one of each is normal, not excessive.

Full-body or hammock sling

This suits anyone with little or no head and trunk control, or who is fully dependent, once a clinician has confirmed sling lifting is safe for them. Support runs from head to knees or mid-calf, usually with a padded head section.

It is applied by rolling the person side to side in bed, and it is best for bed to chair, chair to bed, and reclined positioning.

Where it falls short: it is the hardest sling to put on. If the person cannot be rolled comfortably, or you are working alone in a low bed, application becomes a two-person job every time.

Rolling is also the part that spinal precautions, unstable fractures, fresh surgical sites and severe pain rule out, so check with the clinical team before you plan around it. It offers no toileting access, so clothing has to come off before the transfer.

Capacity varies by model and size. Standard adult slings and bariatric slings sit in very different ranges, so read the label on the sling and the plate on your lift, and use the lower figure.

U-sling or divided-leg sling

This suits most home users doing routine bed, chair and wheelchair transfers. Head support versions exist for weaker neck control. Support covers the back and thighs, with separate leg sections, and it can often be fitted with the person already seated.

It is best for daily transfers where rolling in bed is difficult or painful.

Where it falls short: the leg sections have to be crossed or positioned exactly as the manual shows, and beginners get this wrong. Positioned too shallow, the person can slide forward through the opening.

Hip and leg positioning also matters clinically, so ask the therapist about anyone with hip precautions, contractures or fracture risk. Some models permit brief seated use, others do not, and guessing invites skin damage.

Capacity again varies by model and size. Check your sling label and your lift rating, and ask your supplier which divided-leg sling is validated for your lift’s cradle and attachment configuration.

Toileting sling

A toileting sling has an open perineal area and usually a waist strap, so clothing can be managed without a full sling change.

It asks something of the person: enough head and trunk control to stay upright and secure while suspended over an opening. If they slump forward or sideways when unsupported, this is not the right sling.

Lock the commode or toilet frame brakes and check that any catheter or drain has slack before you lower.

Mesh or bathing sling

A mesh or bathing sling is the same shape as a full-body or divided-leg sling, in an open weave that drains and dries. Use it for shower and tub transfers.

The texture is less comfortable for long dry transfers, and wet floors add their own risk. Keep the path short, level and clear, and brake the shower chair before lowering.

Standing sling

A standing sling is not a Hoyer sling at all. It is a padded band that sits around the trunk and under the arms, and it works only with a sit-to-stand lift.

The prerequisites are firm. The person must bear some weight through their legs, hold their head and trunk upright, grip the lift’s handle, and follow simple instructions. Do not use one if they cannot do all four.

Do not attach one to a full-body lift. Weight-bearing restrictions after a fracture or surgery also rule it out until the clinical team lifts them.

Before the first lift, check the medical picture

Being fully dependent does not by itself make someone safe to sling-lift. Do not lift a person in a sling if they have an unstable fracture or unstable spine, or if they are on spinal precautions.

The same applies to a recent or unhealed surgical site in the area the sling crosses, uncontrolled pain, active respiratory distress or medical instability, or if they resist, panic or become combative during the transfer.

Secure or reroute ventilator and tracheostomy tubing, oxygen tubing, IV lines, drains, catheters and feeding tubes before the lift so nothing is pulled, kinked or snagged.

Get a therapist or nurse assessment before lifting anyone with fragile or broken skin, significant contractures, severe osteoporosis or any spinal instability. They may need a different sling type, a different position or a clinician present.

If a lift is already underway and the person becomes distressed or resistant, lower them onto the nearest supported surface and stop.

How to size a sling

1. Write down the person’s current weight.
2. Measure the torso length the way your brand’s chart defines it, commonly from the top of the head to the base of the tailbone, with the person sitting or side-lying.
3. Take the width measurement your brand’s chart asks for, usually across the widest part of the hips and thighs while seated.
4. Write down the weight capacity printed on the lift itself, and the capacity printed on the sling label.
5. Compare your measurements against the sizing chart for the exact sling model you are considering.
6. Choose the lower of the sling capacity and the lift capacity as your working limit.
7. Confirm that the number of attachment points and the attachment style on your spreader bar or cradle match the sling, using your lift manual to check.
8. Get clearance from the person’s doctor, nurse or therapist before the first sling lift, and again after any new fracture, surgery, spinal precaution, wound or change in their condition.

Sizing charts start with weight, and an out of date number pushes you into the wrong size. Sizing follows weight and torso length rather than clothing size.

The torso measurement tells you whether the sling back is tall enough to support the head and shoulders. The width measurement matters because a sling that is too narrow across the hips creates pressure lines and skin shear.

A “large” from one brand is not the same as a “large” from another, and brands ask for different measurements. Always work from the chart for that exact model.

Clearance matters as much as the numbers. Unstable fractures or spines, fresh surgical sites, uncontrolled pain and medical instability can all make a sling lift unsafe no matter how well the sling fits.

Check the sling and the lift before every transfer

Lay a new sling flat on the bed and read the label first. The label carries the size, capacity and washing temperature you will need for years. Then run these checks, and run them again before every lift.

• Run your fingers along every loop and strap, feeling for fraying, stretch, stiffness or heat damage.
• Check the stitching where the leg straps and shoulder straps join the body of the sling. That seam takes the load, and it fails before the fabric does.
• Confirm the lift has a charged battery, or is connected to mains power if your manual allows lifting while plugged in.
• Press and then reset the emergency stop control as your manual describes, to confirm it works.
• Confirm you can operate the manual emergency lowering device, following your manual. This is your only way down if power or electronics fail.
• Inspect the spreader bar hooks, safety latches or clips for cracks, bending, wear or missing parts. A loop can jump off a hook whose latch is broken.
• Check the casters for damage, embedded debris and free rolling.
• Widen the base legs to the position your manual specifies for stability before you take any weight.
• Set or release the brakes exactly as your model’s manual specifies.

A lift that dies mid-transfer leaves a person suspended, which is why the battery and the emergency controls belong in the same routine as the sling inspection.

Remember that many floor lifts require the brakes off during the lift so the base can self-center under the load. Repeat every one of these checks each time, before you attach the sling.

Setting up the two surfaces

• Lock the brakes on the bed, wheelchair or commode the person is leaving. An unbraked chair rolls away as the sling takes the load, and that is how people are dropped between two surfaces.
• If you are starting from a bed, lower it to its lowest safe working height and lock it there.
• Lower the bed rail on the side you are working from. A raised rail snags the sling and blocks the lift base from coming close enough.
• Remove or swing away the armrests on the wheelchair or commode you are using.
• Remove or swing away the footplates and leg rests on that chair. They catch loops and legs, and they stop the lift base sliding under.
• Secure or reroute every tube and line so each one has slack and cannot be pulled or pinched.
• Position the receiving surface so the lift base can slide fully underneath or right up against it, then confirm its brakes are locked.

A high bed forces you to lift the person over an edge and makes the lift base harder to position. If the base cannot get close enough, you end up reaching and swinging the load, which tips lifts over.

During the lift

• Attach every loop or clip, touching and counting each one out loud as you go.
• Raise the person a few inches only, then stop and look. A bad fit shows itself in the first inch, while the bed is still underneath them.
• Ask the person if anything pinches or feels like slipping, and act on what they tell you.
• Lower them and start over if the sling is uneven, twisted or riding up under the armpits.
• Raise the person only as high as you need to clear the surface, and no higher. Height adds fall distance and makes the load less stable.
• Keep the person as low as possible while you move the lift.
• Move the lift only a short distance across clear, level floor. Never over thresholds, ramps, uneven ground or stairs with someone in the sling.
• Stay with the person with a hand on the sling for the whole transfer, and never leave anyone suspended or unattended.
• Confirm the receiving chair, commode or bed is centered under the person and still braked before you start lowering.
• Lower the person fully onto the receiving surface and let it take their weight before you detach any loop.

Common mistakes

• Assuming a fully dependent person is automatically safe to lift. Unstable fractures or spines, recent surgery, severe osteoporosis, tight contractures, uncontrolled pain and medical instability all need clinician input first.
• Reading dependence as clearance. Dependence tells you which sling shape to look at, not whether lifting is safe today.
• Lifting with tubes and lines unmanaged. Ventilator and tracheostomy tubing, oxygen tubing, IV lines, drains, catheters and feeding tubes need slack and a planned route before the lift starts.
• Leaving the chair or bed unsecured. Brakes locked, bed low and locked, working-side rail down, armrests and footplates off or swung away.
• Working around a raised rail. Unbraked chairs and raised rails are behind many tip-overs and snagged loops.
• Buying by height and weight alone. Torso length is what decides whether the sling supports the shoulders and head. Two people of the same weight often need different sizes.
• Checking the sling but not the lift. Battery, emergency stop, emergency lowering, hooks and latches, casters, base legs and brakes are the parts that drop people.
• Not pulling the sling far enough down. The bottom edge belongs well below the buttocks, at mid-thigh or lower depending on the model. Too high and the person slides out feet first.
• Leaving creases and twists under the skin. A folded seam under a bony hip creates a pressure point and can damage fragile skin, so smooth the fabric before lifting.
• Attaching three loops and lifting. Touch every loop and say it out loud as you check it. Missed attachments are a leading cause of falls from lifts.
• Mixing loop lengths without meaning to. If the right shoulder is on a short loop and the left is on a medium, the person tilts.
• Lifting higher than you need to. Clear the surface and stop. Extra height buys you nothing and adds fall distance.
• Walking away from a suspended person. Never, not for a second. Lower them first.
• Driving a loaded floor lift across the house. Keep the trip short and the floor level and clear. No thresholds, ramps, uneven ground or stairs with someone in the sling.
• Using a toileting sling for someone with no trunk control. The large opening that makes toileting possible is also the gap they can slip through.
• Trying a standing sling with a full-body lift. They are not interchangeable. Standing slings belong on sit-to-stand lifts, with someone who can bear weight, hold their head up and grip.
• Sitting on a sling all day. Some divided-leg slings allow short seated periods. Check your manual. Prolonged sitting on bunched fabric causes pressure damage.
• Working alone the first several times. Two caregivers is the standard, especially early on and with anyone who has poor head control or who becomes anxious.
• Washing hot or bleaching. Heat and chlorine weaken webbing quietly, and nothing looks wrong until it is.

Loops, colors and attachment points

Most slings have several loops of different lengths on each strap, often color coded. Shorter loops on the shoulders sit the person more upright. Longer leg loops open the hips and recline them.

Color coding is a manufacturer convention, not an industry standard, so a green loop on one brand may be nothing like a green loop on another. Read your sling’s manual and write the setting your therapist recommends on a card taped near the lift.

Match the sling to your spreader bar or cradle. Bars commonly have two, four or six attachment points, though other configurations exist, and the attachment style varies too, with open hooks, latched hooks and clip systems all in use.

Confirm the exact number of points and the attachment style in your lift’s manual before you buy. The word “universal” on a package means broadly compatible, not guaranteed, so check with your lift manufacturer as well.

When to retire a sling

Manufacturers publish service life guidance, commonly a small number of years under regular use and washing, and it varies by brand and material. Do not treat that date as permission. Visual and hand inspection is the real test.

Retire the sling immediately for frayed webbing, stretched or misshapen loops, loose or broken stitching, holes, melted or stiff patches, a missing or unreadable label, or damaged clips.

Cut a retired sling so nobody puts it back into use. When in doubt, retire it. A sling costs less than a hip fracture.

A mesh sling we would put in front of a family member

Sizing is model specific and a mismatch is a safety problem, so the safest route is still to buy through the DME supplier who provided your lift, or to ask your therapist to specify the model and size on paper.

If you are buying a bathing sling yourself, this is the one we would look at. Check its size and its label against your own measurements and your lift’s rating before you order.

Inspect it for fraying, stretched loops and loose stitching when it arrives, and again before every use. More equipment for this stage is on our transfers and lifts page.

Cost, insurance and borrowing

Prices swing widely by brand, material, size and retailer, so treat any figure you see online as an estimate rather than a quote. Basic slings are generally the least expensive, while bariatric and specialized toileting models cost more.

Medicare Part B may cover a patient lift as durable medical equipment when a physician documents that it is medically necessary for use in the home, and lifts are often rented.

Slings are treated as accessories or supplies, and coverage for them separately is inconsistent and frequently denied. Verify directly with Medicare or your plan before you buy. State Medicaid programs vary considerably and often require prior authorization. Private plans differ plan by plan.

If money is tight, renting the lift through a DME supplier is often the better call, because rentals sometimes include a basic sling and the supplier can size it against the lift.

Local DME loan closets run by nonprofits, hospitals, faith groups and disease-specific organizations such as the ALS Association or the Muscular Dystrophy Association may lend a lift free or for a nominal fee.

Stock and availability are entirely local, so call your Area Agency on Aging. Slings are usually still bought new for hygiene and fit reasons, and that is money worth spending. Our guide to paying for equipment covers the rest.

Common questions

Ask your occupational therapist or physical therapist to watch you do this before you rely on it. A short in-person check catches things no written guide can.

This guide is educational and does not replace hands-on training. Before using any transfer equipment, have a physical or occupational therapist assess the person you care for and demonstrate the technique in person. Always follow the manufacturer instructions for your specific model.

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