Description
Description

Ramps are inclined surfaces that join different levels of a space. Commonly used at the entrances of buildings to accommodate level changes from the exterior grade to the interior floor, ramps provide accessibility for wheelchair users, individuals with disabilities, and wheeled equipment. The maximum slope of a ramp is calculated to provide comfortable and easy access to the building. Low ramp slope ratios will require longer runs, while steeper slopes can have shorter lengths.

History
History

The concept of using inclined surfaces to join different levels can be traced back to ancient civilizations, such as the Greeks and Romans, who used ramps to access their buildings and structures. In the 20th century, ramps became more widely used as a means of accessibility for people with disabilities. Since the passage of the ADA, ramps have become an essential component of accessible design and are used in a wide range of buildings and public spaces, including homes, schools, offices, and public transportation.

Future
Future

Ramps are evolving to prioritize inclusivity and eco-friendliness. In urban areas, multi-functional ramps integrate greenery, like those seen in park landscapes, serving both accessibility and aesthetics. Modular, portable ramps offer quick solutions for events or temporary needs. For mobility, cities adopt universal design principles, ensuring ramps cater to all users, including those with disabilities. Advanced materials make ramps more durable and weather-resistant. As societies aim for seamless and inclusive environments, ramps will continue to be vital, merging form, function, and sustainability.

Common Questions
Common Questions
Why are ramps preferred over stairs by elderly people?

Elderly people may prefer ramps over stairs due to physical limitations such as decreased mobility, balance, and strength, which can make climbing stairs difficult and increase the risk of falls. Ramps provide a gentler slope, allowing for a gradual increase in elevation, which can be easier and safer for older individuals to navigate. Additionally, ramps can accommodate mobility aids such as walkers and wheelchairs, providing greater accessibility.

When were ramps first invented?

The exact date and inventor of ramps is unknown, as the concept of a sloping surface for ease of movement has likely been utilized by various civilizations throughout history. However, the earliest recorded use of ramps dates back to ancient Egypt, where ramps were used in the construction of pyramids.

Are ramps always required?

Ramps are not always required by law, but the Americans with Disabilities Act (ADA) mandates that ramps be installed in certain circumstances to ensure accessibility for individuals with disabilities. The specific requirements for ramps depend on the type of building, the height of the elevation change, and the intended use of the space. In some instances, exceptions can be made if it is not technically feasible to install a ramp, but alternative measures must be taken to ensure accessibility.

Buildings

* Under Development *

30” | 76.2 cm (Max)
30'-40' | 9.14-12.19 m (Max)
Ramp Slopes
76.200
1219.000
3800
https://p3d.in/e/DyDAX
GUIDE
3D
Ramp Slopes3D model of Ramp Slopes viewed in perspective3D model of Ramp Slopes viewed in perspective
4”, 6” | 10.2, 15.2 cm
9”8”-14’ | 2.95-4.27 m (Overall)
48”, 72” | 121.9, 182.9 cm
Curb - Ramp, Built-Up
15.200
427.000
182.900
50
https://p3d.in/e/xTVjd
GUIDE
3D
Curb - Ramp, Built-UpView of a Built-Up Curb Ramp in 3D available for downloadView of a Built-Up Curb Ramp in 3D available for download
4”, 6” | 10.2, 15.2 cm
9”8”-14’ | 2.95-4.27 m (Overall)
48”, 72” | 121.9, 182.9 cm
Curb - Ramp, Flared
15.200
427.000
182.900
10
https://p3d.in/e/5oeHX
GUIDE
3D
Curb - Ramp, FlaredPerspective view of a 3D model of a Flared Curb RampPerspective view of a 3D model of a Flared Curb Ramp
4”, 6” | 10.2, 15.2 cm
12’-15’ | 3.66,-4.57 m
48”, 60” | 121.9, 152.4 cm
Curb - Ramp, Parallel
15.200
457.000
152.400
90
https://p3d.in/e/WZfYv
GUIDE
3D
Curb - Ramp, Parallel3D model of a Parallel Curb Ramp viewed in perspective3D model of a Parallel Curb Ramp viewed in perspective
4”, 6” | 10.2, 15.2 cm
36”, 48” | 91.4, 121.9 cm
48”, 72” | 121.9, 182.9 cm
Curb - Ramp, Returned
15.200
121.900
182.900
0
https://p3d.in/e/Y4xw3
GUIDE
3D
Curb - Ramp, ReturnedView of a Returned Curb Ramp in 3D available for downloadView of a Returned Curb Ramp in 3D available for download
12” | 30.5 cm
36” | 91.4 cm
17’ | 5.18 m
Ramp - Straight
30.500
91.400
518.000
20
https://p3d.in/e/VfZkN
GUIDE
3D
Ramp - StraightView of Ramp (Straight) in 3D available for downloadView of Ramp (Straight) in 3D available for download
24” | 61 cm
7’ | 2.13 m (Overall)
38’ | 11.6 m (Total)
Ramp - Switchback
61.000
213.000
1160.000
420
https://p3d.in/e/pFlVK
GUIDE
3D
Ramp - Switchback3D model of Ramp (Switchback) viewed in perspective3D model of Ramp (Switchback) viewed in perspective
24” | 61 cm
17’ | 5.18 m (Overall)
36’ | 11 m (Total)
Ramp - Turning
61.000
518.000
1100.000
20
https://p3d.in/e/iUWGA
GUIDE
3D
Ramp - TurningPerspective view of a 3D model of Ramp (Turning)Perspective view of a 3D model of Ramp (Turning)
4’ | 122 cm (Overall)
44” | 111.7 cm
18.7’ | 5.7 m (Total)
Ramp Handrails - Utility
122.000
111.700
570.000
1900
https://p3d.in/e/XzmYg
GUIDE
3D
Ramp Handrails - Utility3D model of Ramp Handrails (Utility) viewed in perspective3D model of Ramp Handrails (Utility) viewed in perspective
4.5’ | 137 cm (Overall)
45” | 114.3 cm
18.5’ | 5.64 m (Total)
Ramp Handrails - Vertical
137.000
114.300
564.000
1900
https://p3d.in/e/fojl6
GUIDE
3D
Ramp Handrails - VerticalPerspective view of a 3D model of Ramp Handrails (Vertical)Perspective view of a 3D model of Ramp Handrails (Vertical)
4.17’ | 127 cm (Overall)
49.5” | 125.7 cm
22.33’ | 6.81 m (Total)
Ramp Handrails - Wall
127.000
125.700
681.000
1900
https://p3d.in/e/zN4LY
GUIDE
3D
Ramp Handrails - WallView of Ramp Handrails (Wall) in 3D available for downloadView of Ramp Handrails (Wall) in 3D available for download