Mobile Wearable, Observation, Targeting, and Lure Coordination—JDY-600B

Revolutionizing individual combat.

As a wearable integrated reconnaissance, attack, and deception equipment, JDY-600B's core positioning is to promote the innovation of individual electronic warfare capabilities and enable the penetration of electronic warfare capabilities into tactical end points. It breaks the limitations of traditional electronic warfare equipment that relies on vehicle-mounted or fixed deployment, adopting a "backpack + wrist control" wearable form, allowing individual soldiers to possess independent full-chain combat capabilities of drone detection, countermeasures, and deception. It transforms electronic protection from "platform-specific" to "everyone can fight", reshaping the combat mode of individual soldiers in modern battlefields to deal with low-altitude threats.

The core technological breakthrough of the three-capability collaborative combat system lies in the construction of a closed-loop system that integrates "detection-strike-deception" capabilities.

High-precision passive detection technology is employed to passively receive signals for covert reconnaissance, combined with AI algorithms to accurately distinguish drone types, achieving a false alarm rate of less than 0.1%. The strike terminal integrates a multi-band jamming module that can cut off image transmission and remote control links; the deception terminal can simulate GNSS signals to inject false location information, achieving non-destructive capture. The deep linkage of the three functions forms a complete combat chain from discovery to disposal, effectively addressing diverse drone threats such as swarm drones and FPV drones.

Intelligent Decision Support relies on edge computing and intelligent algorithms to provide collaborative operational decision support and establish a hierarchical response mechanism.

Equipment can automatically identify the threat level of targets, dynamically match optimal disposal strategies such as jamming and deception, and respond quickly without manual intervention. It supports multi-device networking collaboration, achieves target parameter interoperability through data sharing, and forms a distributed electronic protection network. The wrist-controlled terminal synchronizes target trajectories and teammate information in real time, and the vibration alert function ensures that critical warnings are not missed in complex battlefield environments, enhancing the collaborative operational efficiency of individual soldiers and small teams.

Ergonomic Optimization Adheres to the ergonomic design concept to meet the needs of individual mobile combat.

The main body adopts a backpack-style design, with buckle fasteners on both sides to ensure stable carrying. The weight is controlled within 11kg, making it a non-obvious burden for long-term carrying. The rear-mounted battery compartment design balances safety and convenience, allowing for quick disassembly and replacement. The wrist control terminal adopts a dual-screen protective design, ensuring clear visibility under strong light, and the surface is matte-finished to eliminate reflective exposure. The physical buttons simplify operation, with a single button capable of initiating emergency countermeasures, truly freeing both hands and adapting to tactical mobility scenarios.

The system covers a wide range and is adaptable to multiple types of combat scenarios, achieving full-domain coverage.

It can be deployed for military tasks such as border patrol, special operations, and anti-terrorism and emergency response, serving as a portable electronic shield for individual soldiers. It is suitable for security scenarios such as major event security and prison prevention and control, preventing drone surveillance and harassment. It can also be adapted for mobile protection tasks in complex terrains such as plateaus and deserts. It can operate independently as a single unit or be networked with multiple units to form regional protection, becoming the terminal core equipment of the modern low-altitude defense system.