Hoyer Lift for Tall Person: A Tailored Safe Transfer Solution for Tall Users

In the field of patient transfer assistive devices, Hoyer Lifts have become a standard tool in home care, elderly care facilities, and rehabilitation centers worldwide. However, for tall users over 185 cm (6 feet 1 inch) tall, or even approaching 200 cm, standard Hoyer Lift models often face adaptability challenges such as insufficient sling length, cramped base space, and inadequate lifting stroke. Forcibly using mismatched equipment not only affects comfort but also poses safety risks like slipping, crushing, or transfer failure.

To address this, Hoyer Lifts specifically designed for tall persons have emerged. hoyer lift for tall person Through innovative designs such as extended booms, widened bases, and customized slings, these lifts ensure that every user—regardless of height—can enjoy a safe, dignified, and efficient transfer experience.

I. Common Issues with Standard Hoyer Lifts for Tall Users

Insufficient Sling Length Leading to Suspended Legs

Standard full-body slings are typically designed for users between 150–185 cm tall. Beyond this range, the lower legs cannot be fully supported, resulting in impaired blood circulation or discomfort.

Inadequate Base Width Causing Stride Difficulties

Most mobile Hoyer Lifts have a base width of 70–85 cm, which makes it hard to straddle the wide wheelchairs or bed edges used by tall users, restricting the transfer path.

Insufficient Maximum Lifting Height

Some electric models only lift up to 150 cm at most, failing to raise tall users from low bed surfaces to the height required for standing or sitting.

Small Boom Rotation Radius Leading to Operational Inconvenience

In narrow spaces, standard booms struggle to complete a full arc transfer from bed to wheelchair, which is even more cramped for users with long legs.

II. Key Features of Hoyer Lifts Designed for Tall Persons

✅ 1. Extended/Extra-Long Slings

Length up to 140–160 cm (standard slings are approximately 110–125 cm);

Deeper leg loops to ensure full support behind the knees;

Quick-drying, antibacterial material that is machine washable;

Common types: Full Support, toileting, and bathing slings.

Brand examples: Arjo’s “Maxi” series slings, Invacare “Tall Fit” slings, and Chinese OEM customized “XL Long Slings”.

✅ 2. Widened Base with Adjustable Legs

Base width expands to 95–110 cm, easily straddling wide wheelchairs;

Legs can extend outward or fold to adapt to different furniture layouts;

Some models support “narrow mode” for passing through doorways and “wide mode” for stable operation.

✅ 3. Increased Lifting Height

Maximum lifting height reaches 165–180 cm, meeting the needs of tall users to get up from the floor or low beds;

Electric models are equipped with dual-speed control for precise positioning of the landing point.

✅ 4. Extended Boom and Larger Rotation Radius

Horizontal extension distance of the boom is increased by 10–20 cm, ensuring stable center-of-gravity coverage for distant targets such as bathtubs and toilets;

360° obstacle-free rotation reduces the pushing and pulling burden on caregivers.

III. Mainstream Brands and Product Recommendations (Including Cost-Effective Options)

Brand/Type Suitable Height Features Reference Price (USD)

Arjo Hoyer Advance (Maxi) ≤ 200 cm Medical-grade, compatible with Maxi slings, quiet motor 2,800–3,500

Invacare Mighty Mo HD ≤ 195 cm Weight capacity of 227 kg, adjustable base, high durability 2,200–2,800

Medline Heavy-Duty Bariatric/Tall Lift ≤ 198 cm Supports both tall and obese users, IPX4 waterproof rating 1,900–2,500

KDB / Yearstar (Chinese OEM) ≤ 205 cm Customized extended slings + widened base, CE certified 600–1,200

Note: Chinese manufacturers generally support customization based on height (e.g., providing user height, weight, and usage scenario), with a delivery time of approximately 7–15 days.

IV. Purchasing Recommendations: How to Match the Right Equipment for Tall Users?

Accurately Measure Key Dimensions

Height, sitting height (from ischium to top of head), leg length (from ischium to heel);

Transfer distance between wheelchair/bed/toilet.

Prioritize “Modular” Design

Models that support sling replacement, leg adjustment, and motor upgrades offer better long-term adaptability.

Test or Request Dimension Diagrams

Ask suppliers for CAD drawings or 3D simulations of the equipment to confirm its practical usability at home.

Focus on Weight Capacity and Center-of-Gravity Balance

Tall users are not necessarily overweight, but their center of gravity is higher. Ensure the equipment has anti-tip capabilities (check stability test reports).

V. Real-World Application Scenarios

Case 1: A 193 cm tall patient with a spinal cord injury developed pressure sores due to suspended lower legs when using a standard Hoyer Lift. After switching to an Arjo Maxi sling + widened base, the transfer process became comfortable and safe.

Case 2: A nursing home purchased customized KDB electric lifts for multiple veterans over 188 cm tall, hoyer lift for tall person with the base widened to 105 cm, significantly reducing the rate of lower back strain among caregivers.

Conclusion

The care philosophy of “treating everyone equally” should not stop at attitude—it should be reflected in the details of equipment. Hoyer Lifts for Tall Persons are the technical embodiment of this philosophy. They allow tall users with disabilities to no longer “make do” because of their height, and free caregivers from the dilemma of “forced operation”. hoyer lift for tall person In an era where personalized healthcare and aging-in-place renovations are becoming increasingly common, choosing a lift that truly matches the user’s physical characteristics is the most tangible respect for the dignity of life.