How to Detect a Bike GPS Tracker

Do you believe watched? Do you guess there is a hidden tracking apparatus on your bike? If sothis article interests you. We will instruct you the way to detect a GPS tracker readily and simply. Keep reading!

What is a Bike GPS tracker?

A Bike GPS tracker is a device which enables one to ascertain the specific location of an object, vehicle, or individual. They are often dispersed with tracking platforms but may also be configured to send the rankings to a cell phone via SMS.

How does a Bike GPS tracker work?

To detect a GPS locator it’s significant to understand how it functions. A GPS locator consists of two well-differentiated parts. A GPS antenna, external or internal, which determines the Specific position of the unit and a GSM / GPRS modem which sends the place by info to a tracking system or a monitor phone

GPS trackers are apparatus that send places from bursts, which is, occasionally from time to time. They are generally within a period between 10 and 60 seconds.

What forms of GPS locators are there?

There are numerous kinds of bike locators determined by the usage, freedom, and transmission they’ve. In dictate to detect a GPS locator, we must classify them mostly predicated to the information transmission they’ve:

GPS tracker with SIM biked

They bikery out data transmission with a sim biked that’s bikeried inside. Most utilize the 2G system, although the hottest versions enable the place to be routed through WIFI, Bluetooth, or the 3G network. Its benefits include the price of the unit and the broad policy they have. These GPS trackers would be the most commercialized.

GPS satellite locator

They operate without a SIM biked and their chief benefit is they operate in areas where there’s not any GSM coverage, like in the center of the ocean. The GPS satellite locators are ordinarily employed to get tracking transport containers or vehicles operating on distant locations like deserts.

GPS tracker logger

Detecting a GPS locator is quite complicated as it doesn’t send info. The places are saved on a micro SD biked which must afterwards be downloaded to a PC. They are impractical because they don’t permit real-time observation.

Where is a GPS locator installed?

GPS trackers may also be categorized according to if they need installation or not. Let’s view a few examples:

GPS tracker with setup

They need to be connected to a 12V power supply . It doesn’t possess to be direct to the automobile battery. They are usually installed within the dashboard even though they are also hidden from the fuse box or at a back input signal.

These locators have a little internal battery so that they can get the job done even when the bike’s battery is used up.

These apparatus are set up in a specialist workshop.

GPS Locator with no Installation

They are put in only a couple of seconds. At the base, they’ve high-power magnets to readily adhere to the bottom of vehicles. These forms of locators are known as GPS beacons or limpets.

This magnetized GPS is distinguished by using a great deal of freedom . There are even 30 days of autonomy.

There are also GPS locators without installation with an integrated microphone that is placed under the seat or camouflaged in cigarette lighter adapters.

What frequencies does a GPS tracker work with?

To detect a GPS locator we must know what frequencies they work with. As indicated above, most GPS trackers send their positions over the 2G network and to a lesser extent over the 3G, WIFI, or BlueTooth network. In the following table you will see the approximate frequencies:

  • 2G / GSM Europe: 900 and 1800 MHz
  • 2G / America: 850 and 1900 MHz
  • 3G / WCDMA: 2100 MHz
  • 4G / LTE: 1800 and 2600 MHz
  • WIFI and Bluetooth: 2400 MHz

How to detect a GPS locator?

Now that you know how a GPS tracker works, it will be very easy to detect them. You can use a detector or a frequency counter. We explain the differences:

Frequency detector

Most frequency detectors have a screen where they show the different commercial frequencies. The signal strength is determined by a bar indicator. The higher the intensity, the closer we will be to the device.

When the device detects a frequency, it will display it directly on the screen, indicating the network it belongs to. Its operation is very simple.

Frequency detector in gps locator

Frequency counter.

The frequency counters detect the exact frequency being much more precise and versatile. They will serve you not only to detect GPS locators but also UHF microphones and any other spy device that works between 30 MHz and 8000 MHz.

gps locator Frequency counter

What is the best device to detect a hidden GPS locator?

There are many frequency detectors on the market, although most of them look like toys more than anything else. Buying a cheap frequency detector will not only not help you but you will be wasting money as it will make detections when there is nothing and will not make them when there is something.

If you suspect you have a hidden GPS tracker installed you can scratch your pocket now.

The devices that we recommend are not toys, but real work tools used by professionals. They are much more expensive but these detectors work really well with an excellent quality/price ratio.

Depending on the knowledge you have, we can recommend two models:

project 1207 frequency detector

The Digiscan Labs iProtect 1207 Detector is very easy to use and intuitive device. With a simple glance, you will know what you are detecting. It allows locating the bike and all kinds of devices that work by GSM, 3G, 4G Wifi, and Bluetooth such as GPS locators, GSM spy microphones or wireless cameras.

It has as an accessory a high gain antenna that will give you more sensitivity, that’s, you will be able to detect devices at a greater distance.

Digital frequency counter

It is possibly the best device to detect a hidden bike GPS locator. It has all the advantages of the previously arrangement and, also has the function of a frequency counter. You may locate all kinds of hidden transmission, not only the GSM, 3G, 4G, WIFI, or Bluetooth networks, but also the 5G or UHF band that wireless microphones utilize.