Bottom-floor equipment
Motor and controller access is planned at the lowest landing as part of the building interface.
TP-Series home lifts
A bottom-drive lift planned into the building.
The TP-Series is a drum-drive home lift approach with the motor and controller positioned at the lowest landing and coordinated into the surrounding shaft area.
HLS / SYDSystem overview
Drive equipment located where it can be coordinated early.
The motor and controller are positioned at the bottom floor. During construction, the equipment is coordinated into the wall and shaft area before surrounding finishes are completed.
The TP-Series can be considered for a builder-constructed shaft or an aluminium E-Frame, subject to the selected configuration and project conditions.
Discuss your home liftShaft choice
Can be considered with a suitable shaft by builder or a coordinated aluminium E-Frame.
Finish flexibility
Cabin walls, ceilings, flooring, controls and doors are selected for the project brief.
Where it may fit
A considered option, selected around the project.
- New builds where lift interfaces can be resolved early
- Renovations with a suitable planned shaft location
- Builder shafts and selected E-Frame applications
Project coordination
Dimensions and interfaces are confirmed before construction.
The lowest-landing equipment zone, access panel, pit, shaft, overhead, supports, power and finishes must follow the project-specific lift drawings.
Final equipment selection, dimensions, performance, compliance scope and commercial terms are project-specific and subject to engineering review and manufacturer documentation.
Compare the range
Not sure which lift approach suits the building?
Compare CP Series, TP Series, S Series, E-Frame and shaft-by-builder solutions, then bring us your plans. We will help narrow the choice around space, structure, door arrangement, finish and intended use.
Explore all home liftsStart the conversation
Planning a lift project?
Bring us in early. We will help you clarify the options and the next practical step.