Introduction: Low-Altitude “Black Flights” and Emergency Defense
In 2024, a major sporting event was abruptly suspended for 15 minutes due to a drone intrusion, putting audience safety at risk. This incident exposed the shortcomings of emergency defense equipment. Portable drone signal jammers were created to address this need, enabling rapid deployment and mobile defense capabilities.
Pain Point Analysis: Limitations of Traditional Solutions
- Bulky design: Traditional equipment is difficult to move quickly, resulting in inflexible responses.
- Insufficient power: Limited coverage for wide low-altitude areas.
- Complex operation: Requires skilled personnel, restricting emergency efficiency.
Technical Highlights: Lightweight + High Power
The portable drone signal jammer is powered by lithium batteries, weighs less than 5 kg, and can operate continuously for 2 hours on a single charge.
- Power output: ≥50W per device, with a coverage radius of 2 km
- Frequency support: Simultaneous jamming of 2.4GHz and 5.8GHz frequency bands
- Response speed: Cuts off drone control signals within 1 second
Application Cases: Mobile Defense in Action
- Large concerts: Ensured audience safety, quickly intercepting 5 illegal drones
- Petrochemical parks: Temporary deployment prevented hazardous material leakage risks
- Border patrols: Responded to sudden illegal drone activities, improving border security by 70%
Trends & Recommendations: Future Development Directions
Portable drone signal jammers will evolve with low-power chips, automated control systems, and accelerated regulatory standardization. Buyers can refer to the following selection guide:
| Parameter | Standard Value | Recommended Value |
|---|---|---|
| Weight | ≤10 kg | ≤5 kg |
| Operating Time | ≥1 hour | ≥2 hours |
| Coverage Radius | ≥1 km | ≥2 km |
Conclusion
Portable drone signal jammers are poised to become standard equipment for low-altitude emergency defense. For more product details, please visit https://www.yaics.cn.
