The STRALON Safety Net System is a lightweight, high-strength protective solution designed to mitigate risks from drone impact and airborne debris in aviation environments.
The system provides energy absorption, impact mitigation, and containment, reducing the risk of damage to critical infrastructure, equipment, and personnel.
It is engineered as a flexible protective system with high durability and performance in harsh outdoor conditions.
- Drone impact mitigation around critical airport infrastructure
- Protection of radar, communication, and navigation systems
- Shielding of sensitive equipment and control units
- Debris containment in high-risk operational zones
- Overhead protection against falling or airborne objects
The solution is delivered as a complete protective system:
- STRALON knotless net panels
- Reinforced border ropes and edge fixation points
- Integration with steel or composite support structures
- Adjustable tensioning and modular installation
The system can be tailored in mesh size, strength level, and geometry depending on threat level and coverage area.
Material: | Polymeric braided fibre |
Twine diameter: | 5.0 mm |
Mesh opening: | 20 × 20 mm |
Panel size: | 5.0 × 10.0 m (customizable) |
Standard panel size: | 5.0 × 10.0 m |
Areal density: | ~1.7 kg/m² |
Mesh tensile capacity: | 20 kN (tested configuration) |
UV resistance: | Suitable for long-term outdoor use |
Flame retardancy: | Included / customizable |
- High energy absorption under dynamic impact
- Deformation and rebound behavior to dissipate impact energy
- Load distribution across multiple meshes
- Effective reduction of penetration risk from drones and debris
- Lightweight structure minimizing additional load on support systems
- Resistance to UV, corrosion, and harsh environmental conditions
- Modular and scalable system for different protection zones
- Rapid installation and adaptability to existing structures
- Customizable for various threat levels (drone size, debris mass)
- Lower cost and weight compared to rigid protection barriers
- Minimal visual and operational interference
