Rescue bracket wear resistance, aging resistance, easy folding, and long service life

The fire rescue air cushion, also known as the safety air cushion, is a life-saving device for escape from high altitudes. It features short inflation time, significant buffering effect, convenient operation, and safe and reliable use. Made of high-strength fiber materials with flame-retardant properties, it offers flame retardancy, wear resistance, aging resistance, easy folding, and long service life.

Fire rescue, aerial operations

• Short inflation time
• Significant buffering effect
• Convenient operation
• Safe and reliable use
• Flame retardant properties
• Wear resistance
• Aging resistance
• Easy folding
• Long service life

• Petroleum and Petrochemical Industry Security and Anti-Terrorism: Monitors low-altitude airspace around key facilities to prevent terrorist attacks and ensure energy sector safety
• Security and Counter-terrorism in the Power System: Prevents drone interference with power transmission lines and facilities
• Government and security agencies: Enhances urban security and supports public safety operations
• Civil aviation airports and logistics bases: Prevents drone interference with flight operations and logistics security
• Border Defense and Military Camps: Monitors border airspace and prevents illegal drone reconnaissance
• Large-scale events and sports competitions: Ensures event safety and prevents drone interference
• Safety of Urban No-Fly Zone Airspace: Monitors restricted airspace to prevent illegal flight activities
• Protection of Business and Personal Privacy: Prevents drone surveillance and privacy invasion

The device uses regenerated satellite navigation spoofing signals to carry out deceptive interference on drones that rely on satellite navigation for positioning. The satellite navigation coordinates information is changed to preset trajectories or positions in the deception system. The regenerated spoofing signal covers at least two frequency bands, enabling simultaneous deception and interference with multiple drone navigation signals.

It is widely applied in low-altitude security protection for troops, airports, public security departments, nuclear power plants, prisons, oil depots, and other important venues. The standard configuration includes deception and interference strategies: defense mode and dispersion mode.