Description
Ramps for wheelchairs and disabled scooters.
This type of telescopic ramp is equipped with an aluminum frame and a special anti-slip layer to cover the channels.
Slope
Portable ramps are the fastest and most functional solution for overcoming steps, sidewalks and differences in level. The variety of models on the market allows you to explore and evaluate at best
any eventuality. The concept of Ramp is mainly associated with the terms SLOPE and LENGTH. The greater the Length, the lower the Slope to be faced and the load to be supported, both in the case of autonomy of the user and in the event of an assistant. Below we leave a very short formula for calculating the slope, also useful for identifying the most suitable length of the ramp based on the available spaces.
Ramp Gradient % = (difference in height to overcome / length) x 100
This type of telescopic ramp is equipped with an aluminum frame and a special anti-slip layer to cover the channels.
Omega Narrow Telescopic Ramp
The Omega narrow telescopic ramp is characterized by its practicality in transport and is suitable for those who need to Load/Unload, both for commercial and private vehicles. The telescopic ramps are also perfectly suitable for those who need to overcome a difference in level of Private access and for overcoming Architectural Barriers in Public establishments. This type of ramp is available in three sizes:- Cod.13033026 – Length 150 cm
- Cod.13033022 – Length 210 cm
- Cod.13033016 – Length 300 cm
- Aluminum Frame
- Special anti-slip layer for covering the channels
- They are made up of 2 tracks divided into 2 or 3 lockable sections
- Practical carrying handle on both segments
- Inner edge height: 3.3 cm
- CARRYING BAG INCLUDED
| Code | Length | Internal width | Length | Flow rate | Weight (per pair) |
| 13033026 | 150 cm | 11 cm | 16 cm | 180 kg | 6 kg |
| 13033022 | 210 cm | 11 cm | 16 cm | 180 kg | 8 kg |
| 13033016 | 300 cm | 19 cm | 26 cm | 225 kg | 19 kg |
Portable ramps are the fastest and most functional solution for overcoming steps, sidewalks and differences in level. The variety of models on the market allows you to explore and evaluate at best
any eventuality. The concept of Ramp is mainly associated with the terms SLOPE and LENGTH. The greater the Length, the lower the Slope to be faced and the load to be supported, both in the case of autonomy of the user and in the event of an assistant. Below we leave a very short formula for calculating the slope, also useful for identifying the most suitable length of the ramp based on the available spaces.
Ramp Gradient % = (difference in height to overcome / length) x 100
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