| Customization: | Available |
|---|---|
| Specification: | 142mm*63mm*38mm |
| Trademark: | MYT |
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1, Introduction:
The equipment consists of a main detection unit and several data terminals. The detection host can achieve a detection range of over 3 kilometers and is equipped with two detection modes. One mode enables full-band detection from 40MHz to 6GHz, while the other is a focused frequency band detection mode. The focused detection mode incorporates data from over 260 different drone models, allowing for targeted monitoring of specific frequency bands and minimizing false alarms in urban areas.
The DR400E data terminal is presented in the form of an electronic tablet, with a transmission distance of over 1 kilometer.
The Portable Drone Detection System, comprising a detection master device and a wristband information receiving terminal, integrates spectrum sensing technology and offers capabilities in reconnaissance, display control, and team coordination. It is an effective device for detecting, identifying, and signaling alarms for various types of drones. The product utilizes low-power ultra-wideband digital receiving technology, signal detection algorithms, and drone identification algorithms, coupled with an external high-efficiency ultra-wideband antenna. It can accurately identify drones such as quadcopters, fixed-wing, DIY, and FPV in complex electromagnetic environments and triggers auditory, visual, and vibration alarms.
2, Key Features and Highlights:
Advanced Detection Capabilities:
Our system is capable of identifying a wide range of drones, including mainstream models from industry leaders such as DJI, Autel, and Hubsan, as well as FPV racing drones and DIY drones.
Broad Frequency Range:
With support for custom scanning from 70MHz to 6.2GHz, our system covers the most common frequency bands by default, including 400MHz, 800MHz, 900MHz, 1.2GHz, 1.4GHz, 2.4GHz, 5.2GHz, and 5.8GHz, with the option for further customization.
Extended Detection Radius:
The system boasts a detection radius of at least 1.5km in clear line-of-sight and clean electromagnetic environments.
Long-Range Communication:
The wristband information receiving terminal communicates effectively over distances of at least 500m in open and unobstructed settings.
Rapid Response Times:
Our system ensures a swift detection response time of less than 3 seconds for 8 frequency bands and less than 5 seconds for 12 frequency bands.
Detection Principles:
Utilizing both spectrum scanning and spectrum feature recognition, our system is at the forefront of drone detection technology.
Alarm Methods:
In the event of a detection, the system provides immediate alarms through sound, vibration, and light, ensuring prompt notification.
User Interface:
A 2.0-inch screen on the wristband terminal provides clear and accessible information.
Power Supply:
The system is powered by a removable lithium battery, ensuring flexibility and convenience.
Extended Battery Life:
The main unit offers a battery life of at least 6 hours, while the wristband terminal lasts for at least 12 hours.
Compact Design:
With dimensions of 142mm63mm38mm (LWH), the system is both portable and discreet.
Robust Operating Temperature Range:
Designed to operate in a wide range of temperatures from -20ºC to +50ºC, our system is built for versatility and reliability.
3, Specification
Feature
| Description | |
|---|---|
| Detection Types | Capable of identifying mainstream drones such as DJI, Autel, Hubsan, as well as FPV racers, DIY drones, etc. |
| Frequency Range | Supports custom scanning from 70MHz to 6.2GHz (Default detection frequency bands: 400MHz, 800MHz, 900MHz, 1.2GHz, 1.4GHz, 2.4GHz, 5.2GHz, 5.8GHz; other frequency bands can be customized) |
| Detection Radius | ≥1.5km (line of sight, clean electromagnetic environment) |
| Wristband Communication Range | ≥500m (open and unobstructed) |
| Detection Response Time | ≤3s for 8 frequency bands; ≤5s for 12 frequency bands |
| Detection Principle | Spectrum scanning and spectrum feature recognition |
| Alarm Methods | Audible sound, vibration, and light |
| Screen Size | 2.0 inches |
| Power Supply | Powered by a removable lithium battery |
| Battery Life | ≥6 hours for the main unit; ≥12 hours for the wristband |
| Device Dimensions | 142mm63mm38mm (LWH) |
| Operating Temperature | -20ºC to +50ºC |
Test Objective:
To verify if the equipment has a drone detection range of over 3KM.
Principle of the Device:The device detects the video transmission signals emitted by drones.
4, After-Sales service
1. We offer 24 hours service after sales
2. If there are any usage or quality issues with the product, we provide online technical support to diagnose the cause of the problem.
3. Should you find the products unsatisfactory, kindly return it to us within a period of 3 months from the date of dispatch. Upon receipt and inspection, should the products be found to be free from any damage attributable to human factors, a full refund will be granted. Alternatively, we can engage in discussions to amend the product and subsequently reship the product to you.
This PI is applicable to the DDP shipping agreement.
5,Buesiness Partner
TIPS:The video transmission (VT) signal is emitted by the drone, and the drone controller serves as the receiving unit for the VT signal. To verify the authenticity of the vid
6, Company profile
Chongqing Miao Yi Tang Technology Co., Ltd. is a cutting-edge enterprise forged through collaboration between the Internet of Things Research and Development Center of the Chinese Academy of Sciences, Sichuan University Zhisheng Software Co., Ltd. (002253), and a dedicated founding team backed by a $12 million investment.
Leveraging the robust scientific research capabilities of the Chinese Academy of Sciences and the industry-defining expertise of Sichuan University, MYT technology is dedicated to pioneering advancements in the national security domain through the application of Internet of Things and artificial intelligence technologies. Our focus lies in AIoT research and development, spearheading the creation of an independent AIoT cloud+edge computing system architecture. This breakthrough architecture facilitates the seamless integration of heterogeneous perception information-such as electromagnetic, optoelectronic, visual, and location data—culminating in a comprehensive three-dimensional defensesystem against intrusion.
Our signal jammers are now widely used across various industries, particularly for countermeasures against drones. We are continuously evolving our products based on actual conditions, and our research and development of jamming modules for drone countermeasures has always been at the forefront of the industry.
eo, it is necessary to place both the handheld detection device and the remote controller in the same video. The detected frequency range in the video is 5700MHz-5850MHz, which is a standard VT signal frequency band. Therefore, the drone controller does not emit signals.
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