Convenient Rolling Case Design for Easy and Rapid Mobility
This multi-functional drone defense system features a rolling case
design, making it compact and easily portable. The rolling case
design not only makes it easy to carry but also allows for rapid
deployment in various environments. Whether in cities, rural areas,
or complex terrains, users can quickly retrieve the system from its
storage location and move it to its operational position. The
system's moderate weight allows for easy handling even in congested
environments, reducing the bulkiness and inconvenience of
traditional defense equipment and significantly improving work
efficiency and emergency response speed. The rolling case design
makes it ideal for security situations requiring frequent movement
and deployment, playing a particularly important role in airports,
public places, and important events.
Product Parameter Table
| Parameter Item | Value |
|---|
|
| Detection Frequency | Supports 300MHz~6000MHz |
| Key Frequency Bands | 800MHz/900MHz/1.6G/2.4G/5.8G |
| Detection Distance | 1-2500m (subject to local electromagnetic environment) |
| Detection Quantity | Simultaneous detection of 10 aircraft |
| Continuous Detection Duration | >7h |
| Alarm Method | Audible and visual warning |
| Operating Temperature | 40~70℃ |
|
| Countermeasure Method | Omnidirectional strike |
| Target | Flight control link, navigation signal |
| Countermeasure Distance | 1-1500m (subject to local electromagnetic environment) |
| Response Speed | 2.5s |
| Controlled Frequency Bands | 1.6G/2.4G/5.8G/400MHz/800-900MHz/ 1.2G/1.4G (Frequency bands can be
customized) |
Supports Multi-Band Jamming for Comprehensive Drone Flight
Interception
This drone defense system supports multi-band jamming technology,
effectively blocking drone flight signals on multiple frequency
bands. The system can jam common frequency bands including 2.4GHz,
5.8GHz, and 1.5GHz. Through precise frequency band selection, the
system can accurately target various drone models, ensuring that
communication and navigation signals cannot be transmitted normally
during flight, thus achieving a powerful control effect. By jamming
multiple frequency bands, this system can deal with different types
of drones, whether civilian or professional, effectively preventing
them from continuing to fly and enhancing security defense
capabilities. In response to the continuous upgrading of drone
technology, the system's multi-band jamming capability ensures the
long-term effectiveness and advanced nature of the defense
measures.
Modular Design for Easy Maintenance and Upgrades
This defense system adopts a modular design, possessing high
scalability and ease of maintenance. Each component can be replaced
or upgraded individually, not only facilitating later maintenance
and reducing downtime, but also allowing for hardware or software
updates and upgrades to meet evolving technological needs. The
modular design allows users to flexibly adjust system
configurations according to actual application scenarios, ensuring
the defense system always operates at its best. Simultaneously, the
simplified module replacement and upgrade process eliminates the
need for complex operations by specialized technicians for system
maintenance, significantly reducing operational costs and enabling
rapid responses to future technological challenges.
Precise Countermeasure Frequency Bands Ensure Seamless Interference
Precise frequency band selection is one of the core advantages of
this drone defense system. Through intelligent algorithms, the
system automatically identifies and locks onto the drone's
operating frequency band, adjusting the interference frequency band
in real time to ensure seamless communication with the drone. This
precise countermeasure not only enhances the interference effect
but also avoids interference with other devices in the surrounding
environment, ensuring that signal interference is only directed at
the target drone and protecting the normal operation of other
communication devices. This technology makes the drone defense
system more efficient and reliable in actual operation, providing
strong technical support for security protection, especially in
high-frequency complex environments.
