Description
Description

Bollards are short, sturdy vertical posts installed primarily to control or direct road traffic, providing safety and boundary definitions. Originating from maritime contexts, they've evolved to cater to diverse applications like architectural enhancements, lighting, and anti-ramming security. Contemporary bollards can be fixed, retractable, or flexible, and are made from various materials, including concrete, steel, and plastic. Besides roads, they are seen around buildings, parks, and sidewalks. By efficiently segregating vehicles and pedestrians, bollards contribute to safer and more organized public spaces.

History
History

Bollards trace their roots back to naval traditions, initially serving as posts for securing ships at docks. As urbanization increased, they became traffic regulation tools in the 18th century, repurposed from old cannons. Gradually, their designs diversified for different uses, including ornamental and security purposes. Modern bollards include fixed, removable, and automatic variants, offering an aesthetic way to control traffic, protect pedestrians, and prevent ram-raiding, while beautifying urban spaces.

Future
Future

Bollards are shifting from mere protective barriers to multi-functional urban fixtures. Modern designs incorporate smart tech, like solar-powered LED lights, guiding pedestrians at night. Some bollards now serve as electric vehicle charging points, catering to the growing green transport trend. In busy streets, flexible bollards reduce damage from accidental impacts. Artistic designs, integrating local culture or street art, beautify cityscapes. As cities evolve, bollards will continue to play dual roles in safety and city enhancement, adapting to urban needs.

Common Questions
Common Questions
How much force can a bollard stop?

The force a bollard can stop depends on its design, material, and installation depth. High-security anti-ram bollards, usually made of steel and deeply embedded into the ground, can withstand impacts from vehicles traveling at high speeds, even up to 50 mph. Some are tested to stop a 15,000-pound vehicle, effectively resisting an approximate force of 1.2 million foot-pounds at impact.

How do telescopic bollards work?

Telescopic bollards work using an in-ground, retractable design. When not in use, they retract into the ground, becoming flush with the surface. To raise them, a key unlocks the mechanism, allowing the bollard to be manually lifted and locked in an upright position. This flexible mechanism allows for control of vehicle access while maintaining pedestrian accessibility and aesthetic appeal.

Why are bollards filled with concrete?

Bollards are filled with concrete to increase their strength and stability. The concrete acts as a reinforcement, making the bollard more resistant to high-impact forces, such as a vehicle collision. This is crucial for security bollards that safeguard sensitive areas. Additionally, concrete-filled bollards provide a robust, low-maintenance solution that can withstand various environmental conditions.

Buildings

* Under Development *

30”-48” | 76.2-122 cm (Typical)
36”-60” | 91.4-152.4 cm (Spacing)
Bollard Spacing
122.000
152.400
300
GUIDE
3D
Bollard Spacing
38”, 44” | 96.5, 112 cm
6.25”, 8.63”, 10.75”, 14.25” | 15.9, 21.9, 27.3, 36.2 cm
6.25”, 8.63”, 10.75”, 14.25” | 15.9, 21.9, 27.3, 36.2 cm
Bollard - Angled
112.000
36.200
36.200
60
https://p3d.in/e/rFAUJ
GUIDE
3D
Bollard - Angled3D model of Angled Bollard viewed in perspective3D model of Angled Bollard viewed in perspective
36” | 91.4 cm
13.5” | 34.3 cm
4.375” | 11.1 cm
Bollard - Bike, Rectangle
91.400
34.300
11.100
150
https://p3d.in/e/x66x8
GUIDE
3D
Bollard - Bike, RectanglePerspective view of a 3D model of Rectangle Bike BollardPerspective view of a 3D model of Rectangle Bike Bollard
36” | 91.4 cm
20” | 50.8 cm
4.375” | 11.1 cm
Bollard - Bike, Round
91.400
50.800
11.100
150
https://p3d.in/e/Rf3fP
GUIDE
3D
Bollard - Bike, RoundView of Round Bike Bollard in 3D available for downloadView of Round Bike Bollard in 3D available for download
42”, 44.5” | 107, 113 cm
9.5”, 12.63” | 24, 32 cm
9.5”, 12.63” | 24, 32 cm
Bollard - Cap & Base
113.000
32.000
32.000
60
https://p3d.in/e/afGss
GUIDE
3D
Bollard - Cap & Base3D model of Cap & Base Bollard viewed in perspective3D model of Cap & Base Bollard viewed in perspective
36”, 42”, 48” | 91.4, 107, 122 cm
4.5”, 6.625” | 11.4, 16.8 cm
4.5”, 6.625” | 11.4, 16.8 cm
Bollard - Domed
122.000
16.800
16.800
60
https://p3d.in/e/0skTn
GUIDE
3D
Bollard - DomedPerspective view of a 3D model of Domed BollardPerspective view of a 3D model of Domed Bollard
36", 42” | 91.4, 106.7 cm
4.38”, 6.25”, 8.63”, 10.75”, 12.75”, 14.75” | 11, 16, 22, 27, 32, 37 cm
4.38”, 6.25”, 8.63”, 10.75”, 12.75”, 14.75” | 11, 16, 22, 27, 32, 37 cm
Bollard - Flat Top
106.700
37.000
37.000
60
https://p3d.in/e/iF0l1
GUIDE
3D
Bollard - Flat TopView of Flat Top Bollard in 3D available for downloadView of Flat Top Bollard in 3D available for download
30” | 76.2 cm
21” | 53.3 cm
18” | 45.7 cm
Bollard - Mooring
76.200
53.300
45.700
1400
https://p3d.in/e/RyZSj
GUIDE
3D
Bollard - Mooring3D model of Mooring Bollard viewed in perspective3D model of Mooring Bollard viewed in perspective
36” | 91.4 cm
11”, 18” | 28, 45.7 cm
11”, 18” | 28, 45.7 cm
Bollard - Relief Band
91.400
45.700
45.700
60
https://p3d.in/e/Tqm2y
GUIDE
3D
Bollard - Relief BandPerspective view of a 3D model of Relief Band BollardPerspective view of a 3D model of Relief Band Bollard
36” | 91.4 cm
10.25” | 26 cm
10.25” | 26 cm
Bollard - Sphere
91.400
26.000
26.000
400
https://p3d.in/e/qRzzM
GUIDE
3D
Bollard - SphereView of Sphere Bollard in 3D available for downloadView of Sphere Bollard in 3D available for download
36” | 91.4 cm
4” | 10.2 cm
4” | 10.2 cm
Bollard - Square
91.400
10.200
10.200
250
https://p3d.in/e/1cu4C
GUIDE
3D
Bollard - Square3D model of Square Bollard viewed in perspective3D model of Square Bollard viewed in perspective
36” | 91.4 cm
5.25”, 7.38”, 10.63”, 12.75” | 13.3, 18.7, 27, 32.4 cm
5.25”, 7.38”, 10.63”, 12.75” | 13.3, 18.7, 27, 32.4 cm
Bollard - Striped
91.400
32.400
32.400
60
https://p3d.in/e/Htq0y
GUIDE
3D
Bollard - StripedPerspective view of a 3D model of Striped BollardPerspective view of a 3D model of Striped Bollard