I. Real-time Image Transmission/Live Video for Instant Monitoring
and Response
Portable anti-jamming surveillance drones utilize a highly stable
image transmission link to achieve real-time video transmission and
live monitoring, maintaining clear images and minimal latency even
in complex environments. The system employs adaptive signal
conditioning technology, automatically optimizing transmission
quality in congested or interference-prone environments, enabling
command centers to immediately acquire on-site footage and make
rapid judgments. Whether for emergency search and rescue, border
patrols, or urban security, its low-latency image transmission
effectively shortens intelligence transmission links, significantly
improving response efficiency. Operators can view high-definition
images via ground terminals and utilize functions such as
split-screen, zoom, and view locking to aid in analysis, achieving
more precise and real-time action support.
II. Parameters
| Parameter | Value |
|---|
| Detection Range | 300MHz-6G |
| Detection Frequency Band | Customizable |
| Interference Frequency Band | 900M/1.5G/2.4G/5.2G/5.8G |
| Interference Distance | >1-2KM |
| Response Time | ≤3s |
| Built-in Electromagnetic Battery | ≥200WH |
| Flight Duration | 90min |
| Network Function | 4G |
| Map Function | Supports offline maps |
| Screen Configuration | 5 inches |
| Product Dimensions | 780*290*75mm |
| Product Weight | 12KG |
III. Rechargeable/Replaceable Battery Pack for Long-Duration
Missions
To handle long-duration outdoor missions, this type of drone adopts
a modular design with a quickly replaceable battery compartment,
supporting recharging to adapt to multi-stage mission requirements.
Operators do not need to wait for the entire drone to charge; they
can simply carry a spare battery and replace it within seconds,
significantly improving daily operational efficiency. The battery
system is equipped with an intelligent management module that
monitors battery level, temperature, and cycle status in real time,
displaying an estimated remaining flight time on the terminal,
ensuring greater control over flight missions. This type of
scalable endurance solution is ideal for emergency response units
or patrol posts requiring long-term deployments, enabling drones to
maintain a stable operational rate even in complex mission
scenarios.
IV. Simple and Intuitive Interface: Easy for Non-Professionals to
Use
To ensure the equipment is adaptable to a wider range of usage
scenarios, its operating system employs an intuitive user interface
and user-friendly interaction logic. Regardless of the user's
professional background, basic operations can be mastered after a
brief training session. Flight status, image feeds, warning
notifications, and equipment settings are all presented in a clear
graphical format, making command input more convenient and reducing
the possibility of operational errors. At the same time, the freely
adjustable interface layout allows different roles—such as patrol
personnel, emergency teams, or on-site commanders—to find an
operating mode that suits their needs.
V. Integrated Defense Solution: A Complete Process from Detection
and Jamming to Forced Landing
In addition to anti-jamming design, some high-end models also
integrate an integrated defense process of
detection—identification—jamming—guided landing (the following is a
conceptual description and does not involve specific technical
implementation details). The system can identify abnormal signals
or suspicious flying targets and suppress communications and
intervene in their paths in a safe and controlled manner, gradually
destabilizing the targets and guiding them to land in a safe area.
The entire process employs multi-level safety strategies to ensure
that intervention can be completed in a controlled manner without
triggering additional risks in different scenarios. This integrated
solution is suitable for security work in critical areas, enabling
implementing units to address complex threats more efficiently and
at a lower cost.
