High Security Netting to Prevent Drone Access and Throw-Overs
The use of Drones and Throw-Overs For Contraband Delivery
In recent years, the rapid advancement of drone technology has created significant challenges for institutions that require stringent security measures, particularly within the UK’s prison system. Drones can effortlessly evade traditional security barriers, facilitating the delivery of contraband and endangering safety. Additionally, contraband can be simply thrown over some security walls and fences. While low-density polyethylene (LDPE) netting has been the traditional solution against these throw-overs and drone incursions, it presents several limitations: LDPE burns easily, degrades in sunlight, lacks cut resistance, and is susceptible to distortion and tearing.
To effectively address these emerging threats, new and innovative solutions are now available, including high-security netting. Locker Architectural, has made substantial progress in this area, recently completing a successful project at a category B prison in London with their advanced product, "Gladiator." This cutting-edge solution offers enhanced durability and resilience, setting a new standard for prison security measures.
What is Gladiator High Security Netting?
Gladiator high security netting is specifically designed to create formidable barriers against aerial intrusions, including those posed by drones and throw-overs. Made with a proprietary, composite material, Gladiator netting offers exceptional tensile strength, cut resistance and durability, it is also highly resistant to fire, penetration, and UV light. This innovative netting provides a physical barrier that effectively prevents drones and thrown contraband from entering secure areas.
Benefits of Gladiator High Security Netting
- Deterrent: The visibility of Gladiator netting serves as a psychological barrier, discouraging potential drone operators from attempting to access the facility.
- Security and Durability: This netting, made from a proprietary composite material, can withstand high impact, fire, UV light, and harsh weather conditions, ensuring long-term effectiveness.
- Compatibility with Existing Systems: Security radio networks are not affected by the presence of the netting. The netting is also transparent to security cameras.
- Ease of Maintenance: Gladiator netting requires minimal upkeep, allowing end users to allocate resources to other critical security areas.
- Aesthetic Considerations: The design of the netting can be customized to blend in with the architecture of the prison, it also allows adequate daylight to penetrate into exercise yards and service areas.
- Adaptation to Existing Infrastructure: Gladiator netting is fixed to tensioned wire ropes which can be designed and installed to span over exercise yards, service areas etc.
Test Results and Specifications
Gladiator netting has undergone testing for tensile strength, fire and impact resistance, as well as exclusion for throw-over contraband when mounted in horizonal and raked axis:
| Material | Proprietary Fibre & Metal Mesh Composite | ||
| Aperture Across Square | 21 mm x 21 mm | Standard Width | 2,984 mm |
| Overall Twine Diameter | 2.0 mm | Weight | 660 g/m² |
| Tensile Strength | 110 Kg per strand | Heat Resistance | 500 ºC |
Fire Testing of Gladiator Security Netting
Gladiator Netting Impact Test
Locker Architectural’s Expertise
Locker Architectural leads the way in providing cutting-edge solutions for contemporary security challenges. Their Gladiator high security netting is crafted to meet the unique demands of institutions seeking to mitigate the risks associated with drone technology. Recently, they supplied netting for a successful project at a Category B prison in London, demonstrating their expertise and commitment to advancing security measures.
During this project, Locker Architectural supplied their state-of-the-art Gladiator netting system to create an effective deterrent against delivering contraband. The installation process was seamless and tailored to the existing infrastructure, ensuring that security was heightened without extensive renovations or disruptions. The prison reported a complete cessation of aerial intrusion instances, following the installation of the Gladiator netting.
Conclusion
As the threat from unauthorized drones evolves, it is imperative for the UK’s prison systems to adopt innovative solutions that specifically address these challenges. Gladiator high security netting, as successfully implemented by Locker Architectural at a London prison, represents a proactive step toward enhancing security and safeguarding the welfare of inmates and staff alike.
By prioritizing modern security measures, prisons can better prepare for the complexities of drone technology, ensuring a safer environment for all. This case demonstrates that with the right tools and partnerships, it is possible to effectively address the ongoing challenges posed by technological advancements in our society.
