Envision a challenging setting where a team on a mission requires a dependable device to accomplish their objectives. This high-performance portable military anti-drone jammer emerges as the optimal solution due to its robust casing and exceptional operation.
This advanced anti-drone jammer resembles a defensive shield and becomes operational once directed at the drone, disrupting its navigation, remote control, and video feed frequencies, ultimately forcing the drone to gradually descend. Continuous interference is necessary until the drone is fully on the ground and ceases its rotation. The device may be powered down only following the landing and battery removal of the drone.
The casing is constructed from resilient military-grade green metal, which imparts a tactical appearance, superior texture, and remarkable durability. The D-US-SD features a sleek shell design with rounded edges to avoid accidental bumps and injuries to the user during operation. This design also minimizes air resistance, enhances stability and user comfort, while ensuring easy portability and usability.
The apparatus is fitted with a robust black handle made from non-slip materials. The handle’s ergonomic design allows for a comfortable grip even in wet conditions, enabling prolonged operational use.
The device is strategically outfitted with various ventilation openings to promote effective heat dissipation of its internal electronic components.
The control interface is located at one corner of the top section, complete with essential control buttons and indicator lights. The indicator lights are designed to be highly visible, ensuring users can easily discern the operational status of the device in diverse lighting situations.
Multi-frequency Control Function
Available Working Frequency Bands:
840-930MHz: Lora
1160-1280MHz: GPSL2-GPSL5
1565-1586MHz: GPSL1
2400-2484MHz: WIFI2.4G
5150-5350MHz: WIFI5.2G
5725-5850MHz: WIFI5.8G
Important Notes:
* DJI drones can be forced to land (1.5G, 2.4G, 5.8G) or driven away (2.4G, 5.8G).
* DOTON drones can be forced to land (1.5G, 2.4G, 5.2G, 5.8G) or driven away (2.4G, 5.2G, 5.8G).
* 433M frequency band: Commonly utilized for remote controls in domestic drones, also found in TV remotes, automotive keys, toy aircraft, and various other devices.
* 900M frequency band: Primarily employed for controlling industrial drones, catering to professional operational requirements.
* 1.2G frequency band: Utilized by the Beidou navigation system, this frequency will see expanded use in the drone sector moving forward.
* 1.4G frequency band: Although usage in the industry is relatively minimal, its specialized applications must not be overlooked.
Device Specifications
-Operational Principle: Radio Frequency Interference
-Coverage Angle: -45??~45??
-Maximum Transmission Channels: 6
-Simultaneous Interference Capacity: 10
-Effective Coverage Range: ?? km
-Interception Reaction Time: <3 seconds
-Operational Temperature Range: -35 ??~ 55 ??br> -Total Power Draw: <150
-Supply Voltage: 220 volts AC
-Physical Dimensions: 320*220*80??5 mm
-Weight: ??.5 kg
-Power Supply Type: AC220V-DC24V
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