High Precision Handheld Uav Jammer With Long Battery Life For Government Protection

Product Introduction

The JDY-300 Drone Detection and Interference Equipment is a portable electronic countermeasure device designed to block and interfere with drone radio control signals, navigation signals (such as GPS/Beidou), and image transmission signals. Utilizing directional antenna technology, the device transmits high-power jamming signals in specific frequency bands, causing drones to lose control, return, or make forced landings. This effectively prevents drone intrusion, surreptitious filming, smuggling, or other illegal activities. Its compact size, moderate weight, and ease of operation make it ideal for rapid deployment in various security scenarios.

Product Advantages

• High Portability: Its handheld design and lightweight design allow single-person operation, making it suitable for rapid deployment and mobile operations.
• Precise Jamming: Its directional antenna ensures long-range and accurate jamming, minimizing impact on the surrounding environment.
• Multi-band Support: It can jam the 2.4GHz and 5.8GHz control bands and GPS/Beidou navigation bands used by mainstream drones.
• Out-of-the-box: No complex setup is required; it works immediately with fast response times.
• High Security: Non-destructive interference, no physical damage to the environment or personnel.
• Long Battery Life: Built-in high-capacity battery supports long-term continuous operation, suitable for extended duty periods.

Product Applications

• Airport/Terminal Security: Prevent drones from interfering with flight operations.
• Government/Military Site Protection: Protect sensitive areas from drone reconnaissance or attacks.
• Large Event Security: Prevent drones from crashing or disrupting public order in crowded areas such as concerts and rallies.
• Border Patrol/Anti-Smuggling: Prevent drones from cross-border smuggling or illegal transportation.
• Prison Security: Prevent drones from delivering contraband into prisons.
• Corporate Confidentiality Protection: Prevent corporate secrets from being secretly photographed or stolen by drones.

Product Specifications

Detection frequency

supports 300MHz~6000MHz;

Key detection frequency band

2.4G/5.8G/900MHz/1.1G/1.4GHz;

Coverage angle

360°;

UAV positioning accuracy

≤5m;

Detection distance

1-3km;

Minimum detection altitude

0m;

Countermeasure distance

1~2km;

Key countermeasure frequency band

2.4G/5.8G/800MHz/900MHz/GNSS/5.2Ghz;

Interference angle

≥30°;

Interference response time

≤2s;

Power supply

built-in lithium battery;

Detection, identification, positioning, and interference functions

available;

Networking function

4G/5G Function: Optional;

Protection level

IP65.

Equipment availability

≥99.9%, can work for a long time without failure.

Product FAQ (Frequently Asked Questions)

Q1: Will the handheld drone jammer interfere with other electronic devices?

A: This product uses directional transmission technology and only transmits interference signals in a specific direction and frequency band, which has minimal impact on surrounding electronic equipment. However, it is recommended to avoid sensitive communication equipment when using it.

Q2: Can this device interfere with all types of drones?

A: This device can interfere with most civilian drones using common frequency bands (such as 2.4GHz, 5.8GHz, GPS). However, for drones using special encryption or non-standard frequency bands, a customized frequency module may be required.

Q3: What is the effective interference distance of the device?

A: The effective interference distance depends on the model and environment, generally between 500 meters and 1.5 kilometers.

Q4: Does the device require a license to use?

A: In some countries or regions, the use of radio jamming equipment requires approval or a license from relevant authorities. Users should understand and comply with local laws and regulations before purchasing and using these devices.

Q5: What impact does the device have on drones?

A: After interference, the drone may experience loss of control, hovering, return to home, or forced landing, depending on the drone's defense algorithms and flight control system.