Safeguarding Airspace Security with Drone Interference Guns
In recent years, the drone market has experienced rapid growth. With major manufacturers like DJI, Autel, Parrot and FPVs scaling up their research and production efforts, commercial drones have become increasingly cost-effective and widespread. However, domestic regulations on drones, especially “rogue” drones, remain largely absent in China. Approximately 90% of micro-drones flying in the air operate illicitly, posing significant risks to aerial supervision and safety.
Incidents involving rogue drones causing harm to individuals and property occur frequently. In the latter half of 2016 alone, hundreds of accidents were reported, including instances of forcing flight cancellations and causing injuries during large-scale events. Recent incidents such as the Canadian flight accident and the high-speed injury caused by a rogue drone in Ningbo highlight the substantial safety hazards posed by rogue drones. In the face of inadequate regulation of rogue drones, robust countermeasures are necessary to ensure airspace safety.
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What Can We Do to Defend Our Airspace from Drones?
Drone interference guns are designed to disrupt and block all GNSS satellite positioning signals, including GPS/Beidou/Glonass/Galileo. They can also interfere with commonly used ISM 2.4GHz and ISM 5.8GHz frequency bands, compelling drones to lose control, interrupting video transmission, and disrupting signal reception, ultimately forcing them to land, return, or hover.
Once activated, these devices render drone remote controls dysfunctional, prevent image and video transmission, and disrupt GNSS navigation systems, completely severing the connection between the drone and its controller or ground station, thereby safeguarding sensitive information and preventing drone intrusion incidents at critical facilities.
Drone interference guns do not destroy or damage drones; instead, they interfere with and disrupt drone flight control systems and signal transmission, facilitating vertical landing or automatic return. With powerful functionality and a long interference range of up to 1-5 kilometers, these devices effectively neutralize rogue drones.
What are key features of drone interference guns?
- Severing all communication between drones and operators, rendering drone controllers dysfunctional.
- Blocking the reception of aerial images and videos by ground control stations.
- Disabling drone positioning systems, compelling drones to land or return.
Specifications of Jamming Guns - T09
| Product Size | 820*300*80mm |
| Product Weight | 6.45 KG |
| Frequency Band Shielding Parameters |
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| Total Output Power | 200W High Power |
| Shielding Distance | Approximately 2000-2500 meters, depending on actual environment |
| Input Power | AC100-240V-DC24V |
| Charging Interface | DC 5.5-2.1 |
| Battery Charging Time | Approximately 4 hours |
| Battery Parameters | 24V 15A (External battery available) |
| Battery Life | ≥ 30 minutes with interference activated (includes 1 battery in the package) |
| Standby Time | ≥ 8 hours |
| Operating Temperature | -22°C to +65°C |
| Relative Humidity | 35% to 85% |
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BDU Anti Drone Jamming Gun Detection 900MHz~5.8GHz Force Land
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By what factors that the effectiveness of jamming guns will be influenced?
Equipment type: Different models of drone interference guns possess varying power and ranges. Smaller, handheld devices may only disrupt drones within a few hundred meters, while larger, high-power devices can effectively interfere over several kilometers.
Frequency bands and signal types: Drones utilize different frequency bands and communication protocols, necessitating adjustments in interference devices to target specific drone communication methods.
Weather conditions: Adverse weather conditions such as heavy rain, thick fog, or strong winds can affect the performance of drone interference devices, reducing their interference range.
Terrain and environment: Terrain and environmental factors can also influence interference range. Areas with numerous obstacles or buildings may limit signal propagation, thereby reducing the interference range.
Equipment performance and technology: High-performance interference devices may feature stronger antennas, advanced signal processing technology, and more effective interference methods, resulting in a broader interference range.
In summary, the interference range of drone interference guns can vary from a few hundred meters to several kilometers. When selecting appropriate equipment, considerations should include the required interference range and the environmental and drone threat factors. It’s essential to note that the use of drone interference devices must strictly adhere to legal regulations, as interfering with drones may disrupt other lawful communications or devices.