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Compare lift types, passenger capacity, rated load, motor and drive technology, speed, doors, MRL, space requirements, traffic, safety and maintenance considerations — then see the practical trade-offs.
Start with the building and usage. The tool then interprets the specification instead of simply showing technical numbers.
Configure your project requirements. The tool will generate a preliminary configuration, explain the trade-offs and show what you should verify with your lift supplier.
There may not be one universally correct lift. The right configuration depends on what the building prioritises — space, traffic, comfort, cost, maintenance or future usage.
Designed around efficient use of available shaft and building space.
Balances passenger comfort, traffic, maintenance and overall project practicality.
Prioritises traffic handling, ride performance and future usage.
The tool creates three practical approaches to the same project so customers can understand the trade-offs before requesting or comparing quotations.
| Specification | Space-Focused | Balanced | Performance-Focused |
|---|---|---|---|
| Typical Priority | Space + practicality | Balance | Traffic + performance |
| Capacity Approach | Required minimum | Recommended requirement | Additional future margin |
| Drive | Efficient traction | Gearless / efficient traction | Higher-performance traction |
| Speed | Moderate | Project matched | Higher where justified |
| Door | Space-efficient | Automatic centre opening | Wider / faster passenger flow |
| MRL | Often considered | Project dependent | Project dependent |
| Space Demand | Lower | Moderate | Potentially higher |
| Traffic Capability | Basic | Moderate | Higher |
| Maintenance Focus | Practical | Balanced | Performance oriented |
| Future-readiness | Basic | Good | Higher margin |
Take these questions directly into your quotation discussion.
These are the areas customers should verify when comparing different lift proposals.
Two lift quotations can show the same passenger capacity while using very different specifications. Before comparing the final price, check whether the underlying equipment and scope are actually comparable.
Two elevators with the same passenger capacity can have very different engineering, performance and long-term ownership characteristics.
Always compare the rated load in kilograms. Passenger count alone does not describe the complete lift.
Motor HP alone does not determine performance. Load, speed, travel, roping, counterweight and machine efficiency also matter.
A private villa and a large apartment building can have completely different peak traffic requirements.
Door width, opening configuration and operator performance affect passenger flow and accessibility.
Acceleration, deceleration, stopping and ride characteristics depend partly on controller and drive technology.
Purchase price is only one component. AMC, spares, downtime and maintenance should also be considered.
Common questions customers ask before selecting an elevator.
Compare rated load, capacity, speed, cabin dimensions, door dimensions, machine, motor, controller, drive, safety features, warranty, installation scope and AMC. Comparing only the final price can be misleading.
No. Motor capacity should match the engineered lift design. Load, speed, travel, roping, counterweight and machine efficiency influence the required motor rating.
Geared and gearless traction systems use different engineering approaches. The appropriate configuration depends on the building, load, speed, travel and application.
MRL and conventional machine-room arrangements have different architectural, maintenance and equipment-access considerations. The appropriate arrangement depends on the project.
Capacity depends on the number of residents, apartments, floors, expected traffic, peak demand, cabin dimensions and accessibility requirements.
Ask for rated load, cabin size, speed, motor and machine details, controller and drive make, door operator, safety features, ARD, warranty, installation scope, AMC terms and spare-part availability.
No. The tool provides preliminary decision guidance. Final motor selection should be calculated from the complete engineered lift design.
Use Volo's Lift Quote Analyzer to examine an actual quotation after understanding what configuration you need.