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NeoRide Traction Elevator
Steel ropes over a motor-driven sheave, balanced by a counterweight — the system that carries more people, over more floors, using less energy per trip.
Traction How it works
A traction elevator operates using steel ropes or belts connected to a motor-driven sheave. The system moves the car smoothly with the help of a counterweight, so the motor only lifts the difference in weight rather than the whole car. That is what makes traction efficient and balanced, and why it stays comfortable at higher speeds.
- Premium cabin aesthetics
- Energy efficient operation
- Ultra-smooth soft start and stop
- Advanced smart safety system
- VVVF drive for accurate floor levelling
- Steel wire rope suspension with overspeed governor and safety gear
Built for
Luxury villasDuplex homesPremium residential projects
Specification
Written down, before you commit.
| Capacity | 6–8 persons |
|---|---|
| Speed | 0.5–1.5 m/s |
| Drive technology | VVVF — variable voltage, variable frequency |
| Power supply | 3 phase 440 V |
| Machinery | Premium traction motor |
| Emergency lowering | Auto Rescue Device |
| Pit requirement | Required |
| Machine room | Required |
| Suspension | Steel wire rope |
What VVVF actually does
The drive varies both voltage and frequency to the motor, so the car accelerates and decelerates along a curve rather than a step. You feel it as a soft start, a soft stop, and a floor level that matches the landing every time — no lip to trip on.
Planning notes
- A machine room above the shaft and a pit below are both required — worth designing in early.
- Three phase 440 V supply is needed at the machine room.
- Rope diameters run 8 mm to 12 mm or more, chosen for the load and cabin size.
- Cog belt drive is available instead of rope where a quieter, more compact system suits the home.
Ready to see what fits your building?
Send us the floor count and the space you have. We'll visit, measure and quote with the specification written out — no surprises later.