X13 Wireless Detector
The new generation of detectors adopts military quality, more accurately indicates the strength of the signal source, and adopts an efficient and convenient method, so that all products that violate your personal privacy have nowhere to hide. The device uses US military technology, and exclusively develops various market-oriented bugs, car trackers, mobile phone undercover software, wireless pinhole cameras, surveillance cameras, casino fraud and cheating equipment and other products. This product fully meets the military and police reconnaissance functions in this field. At the same time, the amplitude detection of electrical radiation sources can protect you and your family from electromagnetic wave radiation. This product takes the lead in adopting the digital receiving method, which is different from the products on the market. It not only broadens the frequency of exploration, but also effectively avoids messy signals in life from interfering with products.
Product Schematics
The device features an antenna ? for finding lens lenses, general lights ?, LED lights ?, and a charging port ?. It also includes magnetic detection ? capabilities, a signal indicator ?, a magnetic display light ?, a function toggle button ⚙️, a signal strength adjustment button ⬆️⬇️, and an on/off mode button ?.
Product Instructions
A: Detection of radio waves (wireless cameras/eavesdroppers, etc.)
- Press and hold the power ?️ switch for 3-5 seconds. After hearing the "? beep" sound, release your finger. The blue indicator light ? will turn on, activating the default detection mode for wireless cameras and wireless monitors.
- If the blue light ? is flashing and there is a voice prompt, it indicates an emission source. More blue light signal indicators ? mean a stronger signal.
- Click the ⬆️⬇️ button to adjust sensitivity. More blue lights ? indicate higher sensitivity, which expands the search range.
- Cyclic adjustment: Use the sensitivity button to reduce the number of blue lights ?, thereby reducing sensitivity and detection range to pinpoint the emission source.
- You can also activate vibration mode by pressing the power ?️ button to switch, and it will vibrate once.
B: Detect hidden cameras (recommended to turn off room lights)
- Short press the "mode button" ⚙️. The 3 infrared lights ? at the back will illuminate. Short press the sensitivity adjustment button ⬆️⬇️ to control the flashing speed of the red light ?. Each press of the LED sensitivity button increases the flashing frequency by one step. This adjustment can be adapted to user preferences.
- Move the instrument up, down, left, and right to scan the surrounding environment with a laser. Observe through the special filter of the machine's accessories. If a camera lens is present, a very strong bright spot flashing will be observed.
C: GPS magnetic field detection
Press the mode button ⚙️ to switch to green light ?. Move the magnetic field induction probe close to the magnetic field source. The blue light ? on the main unit will illuminate, and the buzzer alarm ? will activate, indicating the presence of a magnetic field or suspicious objects with strong magnetism near the probe. You can also activate vibration mode by pressing the power ?️ button to switch, and it will vibrate once.
TYPE-C charging: The red light ? is on during charging and turns off when fully charged.
Common Problems
- Why is the silent sleep tracker not detected?
Answer: Commonly used sleep locators operate once a day for 5-7 minutes. During this time, if the detector is scanning for wireless signals, the locator might not transmit a signal. - Why is the position of the real-time locator not accurately detected?
Answer: Real-time locators typically send a signal every 10 seconds. For accurate detection, avoid moving back and forth. It is best to keep the device stationary for over 5 minutes before changing position to continue detection. - Why does the detector terminal beep "DiDi"?
Answer: This usually indicates strong surrounding interference signals. Clear the environment or reduce the sensitivity by one notch. - Why do detectors near windows make loud noise?
Answer: Windows made of aluminum alloy can form a loop antenna, leading to strong signal reception and potential noise. - Why is the camera not detected?
Answer: The camera might not be working, or it could be a wired camera. In such cases, infrared light detection might be necessary instead.
Basic Parameters
Volume | 10.8x2.4x1.5cm |
Weight | 20g |
Charging Interface | Type-C |
Work hours | 25 hours in a row |
Antenna gain | -56db |
Power plug | DC5V/1A |
Battery | 3.7V/400mA polymer lithium battery |
Sensitivity | 5 levels adjustable |
Receiving frequency range | 1MHz - 6.5GHz |
Signal detection range | 5cm-8m |
Optical lens | Special special lens |
Laser detection distance | 10cm-6m |
Material | PC |
Applicable People (Scope)
- People who often use bank cards.
- Business travelers who frequent hotels.
- Individuals concerned about candid photography.
- People frequenting public entertainment places.
- Shoppers at malls.
- Individuals prioritizing personal safety and the safety of others.
- Persons handling confidential business information.
- Security personnel in sensitive environments.
- Professionals focused on preventing candid photography and eavesdropping.
- Individuals concerned about drone surveillance.
- Mortgage companies, used car dealerships, guarantee companies, and information finance companies.
Scope of Application
- Detect wireless eavesdropping devices in cars or offices.
- Identify if a mobile phone is being eavesdropped or behaving abnormally (e.g., emitting signals without reason when idle).
- Detect GPS tracking devices or GPS location trackers in vehicles.
- Assess working environments and residential buildings for roof base station radiation.
- Detect mobile phone SMS, internet access, call signals, and network signals, including base station signals and wireless monitoring systems.
- Identify electromagnetic radiation leaks from household appliances like microwave ovens.
- Detect strong radiation sources referred to as "mobile phone killers" in the environment.
- Detect suspicious radio signals.
- Locate concealed 5.8GHZ wireless cameras, wireless eavesdroppers, and wireless monitoring signals.
- Scan for wireless pinhole cameras in hotels, restrooms, guesthouses, entertainment venues, and locker rooms.
- Assist in business negotiations, school invigilation, factories, military facilities, or government agencies to prevent candid photography and eavesdropping.
- Prevent wireless candid photography at ATMs, movie theaters, concerts, art galleries, and museums.
- Assess electromagnetic radiation levels harmful to human health when purchasing a building.