Titan Automatic Retractable Security Bollard
Product Information
Enhance perimeter security with ASTM F2656-15 M50 crash-rated bollards, engineered to stop a 15,000 lb truck traveling at 50 mph. The Titan anti-ram retractable bollards by Ameristar deliver top-tier protection while maintaining an open and aesthetically pleasing streetscape.
Designed for high-traffic areas with variable access needs, the Titan bollards retract fully flush with the roadway, allowing unrestricted movement for vehicles and pedestrians when not deployed. When security is required, the automatic hydraulic system ensures fast, reliable operation—even under high-cycle conditions.
Ideal for government buildings, commercial sites, and sensitive infrastructure, the Titan offers a powerful combination of form, function, and certified impact resistance.
Specifications
| Crash Rating: | ASTM F2656-15 M50 (K12) |
| Vehicle Stopping Power: | Stops 15,000 lb vehicle at 50 mph |
| Above-Grade Height: | 38 inches |
| Bollard Diameter: | 10.75 inches |
| Foundation Depth (Bury): | 66 inches |
| Foundation Dimensions: | 112″ x 72″ |
| Operation: | Automatic hydraulic (retractable) |
| Mounting Type: | Flush with roadway when retracted |
| Cycle Duty: | Rated for high-frequency operation |
Core Advantages
Superior Crash Protection
Certified to ASTM F2656-15 M50 (K12), the Titan bollard can stop a 15,000 lb. vehicle traveling at 50 mph, providing some of the highest levels of anti-ram security available—ideal for critical infrastructure and high-threat environments.
Retractable Flush-Mount Design
The bollard fully retracts flush with the roadway, allowing seamless pedestrian and vehicle flow when security is not needed. This makes it perfect for sites where access requirements frequently change without compromising safety.
Reliable Operation
Built to withstand continuous use, the Titan’s automatic hydraulic mechanism is rated for high-cycle duty, ensuring dependable, rapid deployment and retraction in demanding security settings like busy entrances or emergency routes.