The lift that carries the chair and the person together

Everyone else ranking for this is paid when you say yes. Here's when you shouldn't.

• The user can transfer to a seat comfortably. A seated stair lift is far less expensive, less intrusive and simpler to service. The platform exists to avoid a transfer, so where the transfer is not a problem the platform is not the answer.
• The staircase is a standard residential width. Most ordinary house staircases cannot carry a platform lift and remain usable. Being told otherwise without a measured survey should prompt a second opinion.
• There is no turning space at the top. A landing that a wheelchair cannot turn in makes the lift unusable regardless of how well it climbs the stairs. This is the constraint most often discovered late.
• A vertical lift would be simpler. Where the two floors are stacked and there is a suitable footprint, a vertical platform lift is frequently the cleaner solution and leaves the staircase untouched.
• The rise is only a few steps and there is room for a ramp. A ramp needs no power, no permit in many cases, and never fails. Where the geometry allows, it is the more robust answer.
• Nobody has checked the permit and inspection requirements. These vary by jurisdiction and by building type, and finding out afterwards is expensive. Establish it before you order.

• What is the platform size, and what stair width remains when it is folded?

  Two measurements that decide whether the household can still use the stairs. Ask for numbers rather than reassurance.

• Is there enough turning space at both landings, and can you show me?

  The most commonly missed constraint. Getting off the platform is harder than getting on.

• What is the rail fixed to, and has the structure been assessed?

  This is a much heavier installation than a stair lift. The mounting is an engineering question, not a fitting detail.

• What permits and inspections apply here, and who arranges them?

  Platform lifts are governed by equipment codes and requirements differ by jurisdiction. A competent local installer will know.

• Where are the controls, and can the user reach all of them independently?

  Control placement is what determines whether the lift delivers independence or just transport.

• How does it lower manually in a power failure, and who will you show?

  Somebody in the household has to know this before it is needed, not during.

• Who services it locally, and what is the response time?

  When a platform lift is out of service, an upper floor becomes unreachable. Response time is the specification that matters most after installation.

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