Anti-Drone System 3-5KM Detection Radius Real-Time Trajectory Tracking & Operator Geolocation Military-Grade UAV Countermeasure Solution

【Company Profile】

● Ayision have overseas warehouses, such as Germany, Italy, United States and so on, if you order, we can ship to you from our local warehouse directly.

● Ayision support drop shipping service within 3 days, help customer create his own platform, such as Shopify, Amazon and so on. Can provide customer all pictures, video and all advertisement files.

● Ayision support wonderful After-sales service, such as Remote Service, Telephone Consultation, Technical Support, Localization Services, Repair and so on.

● Our company pays special attention to quality control, we always trust good quality is most important thing for our customer and us.

● Designed specifically for effective UAV signal blocking, ideal for security operations, no-fly zones, and privacy protection scenarios.

【Product Details】

The drone detector is a security device that integrates high-precision detection, intelligent analysis, and rapid countermeasures. It can monitor and identify drone activities within a radius of 5 kilometers in real time. Accurately obtaining the drone's flight speed, latitude and longitude coordinates, real-time altitude, and 3D trajectory, effectively breaking the concealment of "black flying" drones. The built-in database of the device supports mainstream drone model recognition and presents dynamic monitoring data through a visual interface. Combined with targeted electromagnetic interference, GPS deception and other countermeasures modules, it supports remote one click precise strike, forcing it to hover, return or make an emergency landing. The system is compatible with multiple platforms and is suitable for protecting sensitive areas such as airports, military restricted areas, and large-scale events. It has the ability to work 24/7.

【Parameters】

FAQs On Cell Phone signal Boosters

Q1. What is a drone signal interference chassis?
A；The drone signal interference chassis is an electronic device that blocks communication between the drone and a remote control or satellite by emitting interference signals in specific frequency bands (such as GPS, 2.4GHz, 5.8GHz, etc.), forcing it to hover, return, or land.

Q2.What is the working principle of interfering with the chassis?
A；By using radio interference technology, the control signals (remote control), navigation signals (GPS/GLONASS), and image transmission signals of unmanned aerial vehicles are covered or suppressed, causing them to lose their command or positioning capabilities.

Q3.What is the effective range of interfering with the chassis?
A；The typical range ranges from several hundred meters to several kilometers, depending on the power level and environmental factors such as obstacles and electromagnetic interference. High power equipment must be used in compliance.

Q4.Is it legal to use a jamming chassis?
A；In most countries, unauthorized use of radio interference equipment is considered illegal (which may violate radio regulations). Only for legal use by the military, law enforcement, or specific authorized scenarios (such as prisons, important facility protection).

Q5.Will interfering with the chassis affect other devices?
A；yes. May interfere with legitimate devices in the same frequency band (such as Wi Fi, Bluetooth, civil aviation communication, etc.). It is necessary to choose directional antennas or precise frequency bands to reduce side effects.

Q6. Will no one crash after interference?
A；not always. Most unmanned aerial vehicles will trigger loss of control protection (such as automatic return or hovering), but low-end models may accidentally fall due to signal loss.

Q7.How to defend against drone signal interference?
A：Drones can use frequency hopping technology, encrypted communication, or inertial navigation systems (not relying on GPS) to resist interference, but the cost is relatively high.

Q8. Does the interference chassis require power supply? What is the power?
A：External power supply or built-in battery is required, with power ranging from tens of watts to over kilowatts. High power devices need to consider heat dissipation and battery life issues.