17 Nov When to Choose a Shaftless Home Elevator vs. a Traditional Hoistway in New Construction
For architects, custom home builders, and residential planners in North Texas, accessibility is no longer optional. It is now a core part of modern home design. Selecting the right type of residential elevator during the earliest stages of planning can help prevent structural changes, reduce delays, and support cost efficiency later in the project.
Most decisions come down to choosing between two systems: a traditional hoistway elevator or a shaftless home elevator. Both provide vertical access, but they differ significantly in space needs, structural requirements, and installation complexity. Understanding the differences early helps design teams specify the correct equipment and ensure a smooth project timeline.
What Is a Traditional Hoistway Elevator?
A traditional hoistway elevator is the system most construction professionals are familiar with. It includes a fully enclosed vertical shaft, known as the hoistway, that is built as part of the home’s framing.
Key Structural Requirements
Framed Hoistway
A continuous vertical shaft must be framed and aligned on every floor the elevator will serve. This ensures there is a defined space for the cab to travel safely.
Pit Depth
Most traditional systems require a pit at the base level. This space is used for mechanical components and helps support smooth operation.
Overhead Clearance
Adequate clearance is required at the top landing to accommodate mechanical equipment and provide safe travel.
Traditional systems can use several drive types, such as cable drum or hydraulic. While each has different features, many planners choose this option for its smooth ride quality, higher capacity, and long service life. It is often the preferred solution for luxury homes, multi-level properties, and projects expecting frequent daily use.
What Is a Shaftless Home Elevator?
A shaftless home elevator is a compact solution for homes where minimizing structural impact is a priority. Unlike a traditional elevator, it does not require a full vertical hoistway.
Minimal Footprint and Construction Needs
Floor Cutout Only
Shaftless elevators travel through a simple floor opening between two levels. The cab itself provides the enclosed space as it moves.
Reduced Structural Work
Because there is no framed shaft, pit, or overhead machine space, construction work is significantly reduced. This can help simplify planning in tight or complex layouts.
Ideal for Retrofit Conditions
Although this article focuses on new construction, shaftless elevators are commonly used in remodels or additions where space is limited or a hoistway cannot be added. Builders often turn to this option when a traditional system does not fit the available layout.
Key Differences Between Hoistway and Shaftless Elevators
The decision between these systems is usually shaped by three primary factors: space, structural needs, and installation timeline.
Space Requirements
Traditional Hoistway Elevator
Requires a dedicated, framed shaft on every floor. More space is needed in the home’s footprint.
Shaftless Home Elevator
Requires only a floor opening. Known for having one of the smallest footprints of any residential lift.
Structural Work
Traditional Hoistway Elevator
Requires pit depth, overhead clearance, and full vertical framing.
Shaftless Home Elevator
Requires minimal framing and no pit, reducing complexity.
Cab Design
Traditional
Features a fully enclosed cab that travels inside the hoistway.
Shaftless
The cab serves as its own enclosure as it moves between floors.
Ride Experience
Traditional elevators typically offer the smoothest operation due to their larger structural systems. Shaftless units provide dependable travel as well, though their mechanics differ from full hoistway installations.
Capacity and Use Case
Traditional systems are often selected for higher-capacity needs and more frequent use. Shaftless designs are intended for lighter, shorter travel distances and projects where compact design matters more than heavy load capacity.
Installation Timeline
Traditional hoistway elevators take longer because the framed shaft must be built and finished first. Shaftless systems often have a faster installation timeline because they require minimal pre-construction work.
How to Choose the Right Elevator for a New Build
Architects and planners can use a simple decision framework to determine which system is the right fit.
Choose a Traditional Hoistway Elevator If:
• The home is designed for frequent elevator use or heavier loads
• The project includes the space needed for a full hoistway
• You want a long-term, fully integrated elevator system
• Ride quality and quiet operation are priorities
• The home is positioned as a long-term accessibility or aging-in-place design
Choose a Shaftless Home Elevator If:
• The design requires a minimal footprint
• Structural changes need to be limited
• The elevator is being added to a section of the home not originally designed for a shaft
• The project budget supports simpler framing requirements
• The client wants an efficient floor-to-floor access solution without major construction adjustments
Supporting Architects and Builders During Planning
In new construction, proper planning is the most important step in achieving a safe and functional elevator installation. Lift-Aids supports planners by helping them understand equipment requirements, framing considerations, and key measurements needed to prepare the structure correctly.
By selecting the right system type early, design teams can streamline installation, reduce the likelihood of rework, and support long-term accessibility goals for the home.
Lift-Aids has served North Texas since 1968 and provides planning support, product specifications, and guidance for construction professionals throughout the region. We proudly support accessibility planning across North Texas, including Dallas, Fort Worth, Waco, Tyler, Lufkin, Longview, Marshall, Texarkana, Sherman, McKinney, Plano, Denton, Wichita Falls, Abilene, Lubbock, Childress, Amarillo, Canadian, Big Spring, Midland, Odessa, San Angelo, Kermit, and El Paso.