Overview
The segment discusses the threat of vehicle-based bomb attacks and demonstrates the effectiveness of a new high-security bollard developed to prevent such incidents, culminating in a televised crash test.
Background on Vehicle-Based Threats
- Trucks and cars have been used in past bombing attacks, causing significant destruction and casualties.
- Notable incidents include IRA bombings in London and the Oklahoma City bombing.
- Suicide bombers often use vehicles to deliver explosive devices to targets.
- The UK has not yet experienced a suicide car or truck bomb, but the threat is considered serious, particularly after recent London bombings.
Security Measures and Innovation
- Ongoing research by MI5 and manufacturers aims to develop and test new security measures.
- Examples of tested products include rising blockers, drop-arm barriers, and sliding gates.
- The focus of the test is on a newly developed bollard by ATG Access.
The ATG Access Bollard
- The company was started by a founder motivated by local car theft prevention.
- ATG Access produces security bollards for various uses, including anti-theft, urban access control, and high-security protection.
- Their latest product is an ultra high-security bollard capable of stopping a hostile truck attack.
- Trade secrets involving the materials and under-ground installation contribute to its strength.
- The bollard can be lowered or raised quickly and is compact but highly durable.
Televised Crash Test Demonstration
- A high-speed winch simulates a truck attack using a truck filled with sandbags as a safe payload substitute.
- Upon impact, the truck is brought to a complete stop; significant damage occurs to the truck, but the bollard remains intact and operational.
- The successful test demonstrates the effectiveness of the new bollard in stopping hostile vehicles.
Outcomes and Implications
- The bollard’s performance suggests it is a viable solution for high-security locations facing vehicle-borne threats.
- The demonstration provides reassurance regarding advancements in public safety infrastructure.