Model 303 Bollard
Product Information
The Model 303 by Ameristar is a high-impact, crash-rated bollard engineered to provide robust perimeter security for critical infrastructure. Tested and certified to ASTM F2656-20 M30/P1 standards, it effectively stops a 15,000 lb. vehicle traveling at 30 mph with less than 3 feet of penetration.
Available in both hydraulic and manual spring-assist configurations, the Model 303 offers flexibility to suit various operational requirements. The hydraulic version features a standard deployment time of 5–8 seconds and an Emergency Fast Operation (EFO) mode that deploys in under 2 seconds. The manual version is ideal for locations without power access, with a deployment time of 30–45 seconds per bollard.
Specifications
| Crash Rating: | ASTM F2656-20 M30/P1 |
| Deployment Time: | Hydraulic: 5–8 seconds; EFO: <2 seconds; Manual: 30–45 seconds |
| Power Requirements (Hydraulic): | Single Phase 208 VAC or Three Phase 208–480 VAC |
| Material: | Hot-dipped galvanized steel |
| Finish: | Standard black; custom colors available |
| Dimensions: | 40″ height; 8.625″ diameter; 63″ foundation depth |
| Clear Opening: | Up to 48″ recommended |
Core Advantages
Maximum Flexibility
The Model 303 is available in both hydraulic and manual spring-assist configurations, giving you the freedom to choose the best fit for your site’s power access and operational needs. This flexibility makes it suitable for both powered and off-grid locations.
Emergency Fast Operation
The hydraulic version features an Emergency Fast Operation (EFO) function that raises the bollard in under 2 seconds, providing rapid deployment in response to immediate threats—critical for high-security environments like military bases and government facilities.
Durable Design
Certified to ASTM F2656-20 M30/P1, the Model 303 stops a 15,000 lb vehicle at 30 mph with under 1 meter of penetration. Built with hot-dipped galvanized steel and customizable finishes, it combines top-tier security with long-term corrosion resistance and visual flexibility.