Hello and Happy New Year,

 

I am having problem with jammer device not holding charge.  I've tried using both the wall outlet and AC car charger to charge battery.  The light turns red (charging) to no light (charged).

 

 

When I turn device on, light turns green and works for about 5-10 minutes then turns off.

 

 

Any suggestion on how to resolve problem?  Device is less than 2 months old.

 

 

No red light or green light now.  Yesterday the red/green light come on but not anymore.  I also tried different wall adapter &  car charger just to check and still nothing.

 

 

There seem to be some kind of defect or malfunction.  Maybe the wires inside or battery or both?

 

 

I've attached additional photos for your reference.  Perhaps it will help you understand that the device i purchased from you will not charge at all even with a competitor device charger that uses the same style adapter

 

 

There is a total of 4 pictures I'm attaching to this email for your reference

 

 

1 picture is of your product with charger fully inserted to device.  This is as far as it it will go into device.  Still no charging light on

 

 

 

2nd picture is competitor device with same style charger/adapter plugged in with red charging light on

 

 

3rd picture is your product with competitor charger (same style adapter) and still no red charging light when plugged in

 

 

4th picture is your device and competitor device showing the same adapter/charge connection on both with competitor charger

 

 

As I mentioned before, when I received device on November 19, 2024 it plugged in charged and worked beautifully with no problem!

 

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I'm sorry to hear about the issues you're having with your device.  Based on your description and the troubleshooting steps you've already taken, it does look like there may be an internal defect, either with the battery, charging port, or wiring.  Since the device is less than 2 months old and was working fine initially, this could be a manufacturing or parts issue.

 

 

Here are a few steps you can take to resolve this issue:

 

 

• Contact our Customer Support

 

 

-Since the device is under warranty (usually 1 year for most electronics), contact the manufacturer or retailer's customer support team.  Provide them with details of your issue, including photos and videos you took.  They may be able to offer a repair, replacement, or refund.

 

 

-Be sure to mention that you've tried multiple chargers and outlets and the device no longer displays any charging indicators.

 

 

• Check for reset options

 

 

-Some devices have a reset button or a specific reset process (e.g., hold the power button for 10-15 seconds).  Check your user manual to see if this is an option for your device.  If the problem is software-related, a reset may help.

 

 

• Check the charging port

 

 

-Carefully inspect the charging port on your device for any visible damage, debris, or bent prongs.  If there is debris, try cleaning it gently with a soft-bristle brush or compressed air.  If the port is damaged, it will need to be professionally repaired.

 

 

• Try a different power source

 

 

- While you have tried different chargers, make sure the power source you are using matches the voltage and current requirements of your device.  Using an incompatible power source may cause problems.

 

 

Since you have fully documented the issue with photos and videos, this will help speed up the resolution process.  I hope this issue is resolved quickly and you can enjoy your device again soon!

 

 

Let me know if you need further assistance.

 

 

The concept of tracking an individual's location extends beyond the confines of classic espionage cinema; it is a reality in our everyday lives. Through the use of advanced technology, it is possible for others to monitor your location without your knowledge. While you may feel confident in your ability to protect yourself, it is vital to understand that such efforts may not suffice. The capabilities of modern tracking technology should not be underestimated.

How You Can Be Tracked Anywhere

GPS Tracker

The GPS tracker is recognized as the most commonly employed location tracking device. It frequently appears in movies. This small GPS receiver is utilized by police or agents, who attach it to a suspect's vehicle to monitor their location via a radar system. This is the reality of its application. However, are you aware of how easy and cost-effective it is to purchase these devices?

$45 on Amazon!

Certainly, it is possible to obtain them at a lesser cost through the use of coupons. These devices can be purchased by anyone and affixed to your vehicle for tracking purposes, and they are indeed functional. However, this represents the most fundamental level of location tracking. The tracker is small, but it can still be detected if you conduct a careful examination of your car prior to driving.

Mobile Number Tracking

At this time, mobile number tracking is considered the most cutting-edge technology for tracking locations. If one possesses an activated mobile number, it can be entered into a system that provides real-time updates on an individual's whereabouts. This situation is indeed worrisome.

Anti-tracking king with GPS jammer

A GPS jammer is an innovative device that can effectively block GPS signals. It sends out interference signals that cover and disrupt GPS radio waves. Consequently, this leads to a breakdown in communication and data transmission between the sender and the receiver.

Please recognize that the discussion surrounding GPS jammers is not confined to the navigation system that is extensively used in North America; it also includes Europe's Galileo and Russia's GLONASS. Our GPS jammers are proficient in blocking all of these systems.

Taking this concept into account, we will now conduct an in-depth analysis of the benefits that their implementation will afford you.

The simplicity of using GPS jammers is notable, as they require no intricate setup. However, one should still be attentive to certain important considerations.

A significant number of signal jammers, including those intended for GPS, feature multiple built-in functions. They are often capable of blocking more than one signal frequency at the same time. For instance, many of our GPS jammers can also obstruct mobile phone and Wi-Fi signals concurrently. Upon activation of the jammer, all signals will be disrupted. Fortunately, our antennas are designed with individuality in mind, allowing users to disable any unwanted features by simply removing them.

No matter how sophisticated a tracking device may be, its operation is wholly dependent on GPS signals. Consequently, GPS jammers can completely eradicate these signals. When a jammer is activated, it blocks all GPS communications, thereby preventing the satellites from being recognized due to the interference with their signals.

Some people engage in the use of GPS jammers for economic considerations. Several car rental companies determine their fees based on the distance traveled by customers, which is monitored through GPS systems. Is this clear to you?

In an era where drones are increasingly prevalent, the importance of drone jammers cannot be overstated. These devices have become a common feature in both commercial and recreational contexts. As the drone population expands, it is crucial to adopt security strategies to counteract the threat posed by unauthorized aerial intrusions.

Devices that prevent unauthorized drone operations work by interrupting the communication link between the drone and its controller. This technology is categorized as anti-drone technology, employing sophisticated methods to block signals and incapacitate drones. By transmitting radio frequencies that interfere with the signals necessary for drone functionality, these jammers can effectively ground drones, thereby protecting your privacy and security.

The term “blocker” in the advertisement for the circuit we have purchased might lead the naive and technically unskilled customer to imagine that the radio frequency signal from the GPS constellation is miraculously canceled in the vicinity of the receiver. Even a destructive interference solution would only be local, excessively complex to adjust, and difficult to implement on the GPS broadband CDMA signal. In practice, we purchased the most despicable signal jammers imaginable: a sawtooth-shaped signal generator (the venerable NE555) biases the adjustment voltage of a microwave oscillator around 1.575 GHz.

As all these components drift terribly with the environmental conditions, and in particular the temperature, in the absence of quartz or frequency control, the swept frequency range is largely superior to the 2 MHz bandwidth of GPS: the triangular signal coming from the NE555 induces a sweep of the microwave oscillator on the range 1.55 to 1.59 GHz. By chance or proximity to Russia, the 1.6 GHz GLONASS band (1602.0-1615.5 MHz) is at the limit of the interference band and is not too much affected by the signal jammer.

Each GPS bit occupies 20 ms (transmission at 50 bps), and each bit is encoded by 20 repetitions of the pseudo-random code that represents each satellite, a code of 1023 bits in length transmitted at a rate of 1.023 Mb/s (thus repeating the code every millisecond). By clicking the NE555 at about 300 kHz, we are in the order of magnitude of the repetition rate of the code identifying each satellite, ensuring that the receiver cannot find the original signal.

Key Features to Consider

Key features such as frequency range, output power, and portability are crucial when choosing a drone jammers. Frequency range determines which signals the jammer can block, while output power affects the effective range of the device. Choosing the right drone jammer is not just about power, but also about accuracy and adaptability to different environments. To choose the right drone jammer, evaluate the typical drone activity in your area and the size of the area you wish to protect.

Deployment strategies for drone jammers

Strategic planning is essential for the effective deployment of drone jammers. It is vital to evaluate the layout of the environment, anticipate drone flight patterns, and identify any potential obstacles that may affect the jammers' range. Ongoing testing and drills will ensure that the equipment is prepared to operate at optimal levels when it is most critical.

 

• Test your jammer in different locations.
• Keep your devices charged and ready.
• Update the firmware regularly to ensure optimal performance.

It is crucial to understand that even the best technology can face obstacles. Common problems associated with drone jammers include signal interference, limited range, and power issues. Detailed manuals and customer support can play a vital role in troubleshooting these challenges, thereby maintaining the effectiveness of your jammer.

Despite the numerous advantages associated with GPS technology, it is prone to misuse. This is especially relevant when individuals are monitored without their consent in either personal or workplace environments. For example, one may wish to determine the location of a partner who is not at home or to monitor the activities of employees during their breaks. Such forms of secret surveillance are illegal, and individuals who track others without their knowledge and consent violate their personal rights, including those protected under the Federal Data Protection Act, which may lead to

GPS positioning via vehicle or mobile phone

GPS positioning can be executed via a vehicle or a mobile phone. A tracking device can be swiftly attached to the vehicle, allowing for the precise location to be monitored at any time. This is particularly beneficial for companies operating numerous vehicles, as it enhances the management of daily operations. However, it is vital to avoid collecting any personal movement data, as this would violate local privacy laws. Furthermore, employees must be informed and must consent to the tracking of the vehicle they are utilizing.

GPS monitoring helps control employees

Monitoring employees through GPS during work hours or after they have finished their shifts is illegal without their knowledge and consent. If a company vehicle or mobile phone is tracked, this information should not be used to reach out to the employee directly. What employees do during their breaks or after work is a private concern and should not be subject to scrutiny. Should your employer engage in covert surveillance that breaches applicable laws, they may be reported and held accountable.

What you can do when someone is tracking you

It is evident that GPS tracking is an inescapable phenomenon. If you are being monitored, do not assume that you have no means of response. GPS jammers can be an effective tool to help you eliminate such tracking.

GPS jammers operate by blocking GPS signals over a specified distance, which can range from a few meters to kilometers. When a jammer is active in a particular area, it disables the functionality of GPS navigation devices and geolocation applications. This means that GPS signals will not be able to reach your smartphone or vehicle, thus removing you from their tracking systems.

It is crucial to recognize that the absence of GPS signals will incapacitate all services, such as the navigation system in your vehicle. Please contemplate this matter carefully before resorting to the use of a jammer.

How to deal with illegal GPS tracking?

Using a GPS jammer

In the fight against tracking, GPS jammers are the necessary tools. They block GPS signals, thereby preventing any data from being transmitted from your smartphone to the satellite.

It is imperative to determine the GPS signal bands that require blocking. GPS frequencies range from L1 to L5; however, with Perfectjammer's sophisticated signal jammer, you can block all frequencies using one device. Other alternatives include desktop and portable devices, each with varying coverage options.

Vehicle GPS tracking has established itself as a vital element in the realms of fleet management, personal security, and insurance evaluation. There are instances where individuals may wish to inhibit or turn off this tracking feature to ensure their privacy or to evade unauthorized observation.

Block Vehicle GPS Tracking

Utilizing a GPS jammer is one of the most efficient strategies to prevent GPS tracking. These devices generate radio signals that match the frequency of GPS signals, effectively interfering with the data and preventing GPS receivers from acquiring the signal.

GPS jammers generate signals that are more powerful than those emitted by GPS satellites, rendering it impossible for GPS receivers to ascertain the location of a vehicle. These devices function within a defined range, indicating that any GPS unit situated within this range will be unable to detect satellite signals. The performance of a jammer is contingent upon its strength and the distance from the GPS receiver.

GPS tracking has become a common feature, found in smartphones, vehicles, and commercial fleet management systems. While these systems provide valuable services, they also pose a risk of being misused to track individuals without their knowledge. To counteract unauthorized tracking, car GPS jammer can be employed, offering users a sense of security.

The implications of this matter go beyond privacy alone; your safety is also jeopardized. Malicious individuals, including stalkers and thieves, can utilize GPS technology to monitor vehicles. As a precautionary measure, jammers are utilized to interfere with signals that could lead to potential danger or unwanted scrutiny.

Common Questions About GPS Jammers

Can GPS Jammers be Detected?

GPS jammers are engineered to remain undetectable; however, specific detection equipment is capable of identifying these jamming devices by analyzing deviations in the expected strength or frequency of GPS signals.

Will GPS Jammers Interfere with My Smartphone or Other In-Vehicle Technology?

The primary function of GPS jammers is to disrupt the frequencies employed by GPS satellites. However, if not properly constructed, some models may also interfere with cellular or Wi-Fi communications. Therefore, it is essential to opt for a jammer that focuses solely on the signals you intend to obstruct.

Ever wondered if those signal jammers can actually stop security cameras?

Wired vs. Wireless: How Cameras Send Signals

When individuals inquire whether signal jammers can interfere with security cameras (CCTV), the initial consideration is the method by which these cameras transmit their signals. Are they utilizing wired connections or wireless technology? Understanding this distinction is crucial, as the effectiveness of signal jammers varies based on the transmission method employed.

Signal jammers function as obstructions for wireless communications. They act as a protective barrier against various wireless signals, including Wi-Fi and cellular communications. However, it is important to note that they do not interfere with wired connections. Consequently, if a security camera relies on Wi-Fi, similar to the connection used by mobile phones, or transmits signals through cellular networks, a signal jammer can effectively disrupt those communications.

Special Signal Jammers for Wireless

A majority of wireless security cameras operate by utilizing Wi-Fi frequencies or cellular networks to communicate with their control centers. Regardless of the frequency type employed, it is technically feasible to establish a signal jammer that can effectively disrupt those frequencies.

If a security camera relies entirely on wired connections for signal transmission, the effectiveness of signal jammers is significantly diminished. This is particularly true when the cables are encased in specialized materials designed to obstruct signals. However, there is an interesting exception: positioning a signal jammer in close proximity to the camera or placing its antenna near the cables may occasionally result in unusual occurrences. For instance, the camera's image may become distorted, or the audio may exhibit irregularities. Nonetheless, such interference is not reliable and resembles sporadic disruptions caused by electromagnetic phenomena.

Other Stuff to Keep in Mind

It is important to note that if a security camera is equipped with its own storage and the wireless signal is obstructed by a wireless jammer, the recorded data can still be transmitted once the jammer is deactivated. Essentially, the camera retains the information until it is able to send it again.

In summary, signal jammers are capable of interfering with the wireless signals utilized by cameras; however, their effectiveness is limited when it comes to wired connections. Even when they disrupt wireless signals, the impact is not complete; rather, it manifests as minor disruptions. While signal jammers can be useful for enhancing privacy, it is important to recognize their limitations, particularly in relation to wired systems.

Non-kinetic counter-unmanned aerial vehicle (C-UAV) strategies operate by disrupting or intercepting communication signals. Typically, these techniques result in the drone descending rapidly, making them inappropriate for deployment in crowded areas. Although they may not be ideal for such environments, they can prove effective in other settings. It is essential to review the legal regulations in your country regarding drone countermeasures, as the use of drone jammers and spoofers is prohibited in the United States. Let us explore various non-kinetic C-UAS approaches.

Drone GPS Spoofers

What are drone spoofers?

Jammers operate by obstructing radio frequency signals, whereas spoofers generate counterfeit GPS signals that replicate authentic ones. Spoofers take control of the drone's communication channel by broadcasting a fraudulent signal, which the device interprets as legitimate due to its resemblance to the actual signal.

Spoofers operate by transmitting a more powerful counterfeit signal. They can introduce a brief lag between the drone and its controller, subsequently broadcasting a stronger false signal. As a result, the spoofer gains control over the device and is able to maneuver the drone. Spoofers manipulate GPS receivers.

When operating a UAS device that relies on GPS for navigation, it becomes challenging to safeguard against GPS spoofing. The GPS signal is transmitted from satellites, and it is not feasible to implement conventional protective measures such as encryption or certificates to these satellite signals.

What are the disadvantages of using spoofers against drones?

Spoofers have four main disadvantages compared to C-UAS:

The act of drone spoofing is prohibited in the majority of nations, including the United States.

Drone spoofers exhibit reduced efficacy when targeting drones that operate without GPS technology.

Drone spoofers are unable to identify the location of the pilot or the trajectory of the flight.

Drone jammers interfere with surrounding GPS signals, complicating the ability of authorities to utilize GPS devices during genuine emergencies.

Burkina Faso soldiers are now fielding a Chinese-made WRJ-Q02 anti-drone jammer that can force unwanted small commercial drones to land. The anti-drone jammer costs $2,300 per unit.

SOF, GUR, the 78th regiment and battalions of the 80th, fighting in #Kursk area, urgently needs drone jammer, drones, powerbanks, generators, and antennas.

Investigate car remote control jammers and the legal implications tied to their use. While these devices can offer significant protection against theft, their regulation is stringent in many regions due to the risks associated with disrupting authorized communications and security concerns. A detailed exploration of the legal aspects of car remote control jammerswill provide clarity on their legality in various jurisdictions and the legal restrictions that users must consider to ensure adherence to the law.

Is it legal to use a car remote control jammer?

The permissibility of car remote control jammers is subject to significant variation across different countries. Certain locations impose strict prohibitions on these devices, while others may have more lenient regulations that still include specific limitations. Therefore, it is crucial for anyone considering the acquisition or use of a car remote control jammer to be aware of the local legal stipulations.

The use of car remote jammers in the United States is regulated by the Federal Communications Commission (FCC). The FCC enforces strict regulations on jamming devices due to their capacity to interfere with legitimate communications, such as those utilized by emergency services, GPS signals, and other wireless systems. The Communications Act of 1934 prohibits the use of any device that interferes with authorized communications or broadcasts.

Legal Guidelines: In the United States, the use, sale, or importation of car remote jammers is strictly prohibited unless the FCC has granted specific authorization for particular professional or governmental uses. Those who violate these regulations may incur substantial fines and face imprisonment.

The European Union exhibits a firm policy concerning the use of jamming devices. Regulations that prevent the use of devices causing interference with radio signals are enforced by the European Telecommunications Standards Institute (ETSI) and the respective national regulatory authorities of its member states.

Legal Guidelines: The utilization of car remote jammers is illegal in most EU nations, as they can interfere with critical communications and present significant dangers to public safety. In several countries, individuals caught employing jammers may encounter severe fines or criminal charges. The use of such devices is predominantly reserved for official purposes and is stringently regulated.

Similar to the framework in the United States, exceptions are made for certain professional uses, particularly by law enforcement or security personnel. However, these exceptions are generally limited to specific conditions and often necessitate special permits or licenses.

The Wireless Telegraphy Act 2006 makes the use of car remote jammers illegal in the United Kingdom, as it prohibits unauthorized radio signal transmissions. The Office of Communications (Ofcom) is responsible for the regulation of wireless equipment, which includes jamming devices.

Legal Regulations: Car remote jammers are classified as illegal without a license from Ofcom. Unauthorized use of such devices may result in significant penalties, including fines and the confiscation of the GPS blockers.

The sole exceptions usually involve the use of such devices by governmental and law enforcement agencies, which must obtain specific authorization. Any individual or business that seeks to use car remote jammers for private purposes would be in violation of UK law.

The regulation of car remote jammers in Australia is managed by the Australian Communications and Media Authority (ACMA), which oversees the use of communication devices nationwide. Like in other regions, the use of jamming devices is prohibited unless a specific license for authorized use is obtained.

The application of car remote jammers is against the law in Australia, with individuals who operate them without the requisite authorization subject to fines and penalties.

Similar to practices in other countries, exceptions may allow law enforcement agencies to deploy jamming technology for certain purposes, but these occurrences are tightly regulated.

The Radiocommunication Act in Canada makes the use of car remote jammers illegal. The Canadian Radio-television and Telecommunications Commission (CRTC) is tasked with enforcing regulations on jamming devices, which are regarded as a potential hazard to communication networks and public safety.

Legal Restrictions: Unauthorized operation of car remote jammers is not permitted in Canada, and individuals who violate this law may face financial penalties and the confiscation of their equipment.

Exceptions: In accordance with the practices of other nations, law enforcement agencies may be permitted to use jamming devices in certain controlled situations, such as those related to counter-terrorism or public safety, although this requires formal authorization.

GPS satellite signals currently facilitate communication with your mother, provide energy for your home, and assist in the landing of your aircraft; however, a low-cost plastic device has the potential to interfere with these functions.

A significant traffic disruption occurred in San Diego, California, shortly after noon. Air traffic controllers monitoring the airport's operations noticed that the system responsible for tracking incoming aircraft was nonfunctional. Additionally, the emergency pagers utilized to alert medical personnel at the Naval Medical Center ceased to operate. The traffic management systems that assist in directing maritime vessels also malfunctioned, posing a risk of disorder at the bustling port. Meanwhile, individuals on the streets attempted to use their cell phones, only to discover a lack of signal, and bank patrons attempting to withdraw cash from local ATMs faced denial. This issue persisted for an additional two hours.

The investigation into the enigmatic incident that occurred in January 2007 spanned three days. At that time, two Navy vessels were engaged in training exercises within the Port of San Diego. In an effort to evaluate the protocols for communication failures, technicians intentionally disrupted radio signals. Unfortunately, this action inadvertently interfered with the GPS satellite signals across a significant portion of the city.

Why do GPS outages cause so much disruption?

The functionality of satellite signals has expanded significantly beyond merely assisting your vehicle's satellite navigation system. GPS has evolved into an "invisible utility" that we depend on, often without conscious awareness. Telecommunications companies utilize GPS time signals to manage the communication between your phone and cellular towers. Energy providers employ GPS technology to synchronize power grids during their interconnection. Financial institutions and stock exchanges rely on satellites to generate timestamps, thereby mitigating the risk of fraud. Concurrently, the dependence of our society on GPS navigation continues to increase.

There are concerns among some individuals regarding our growing reliance on technology that is susceptible to failure, emphasizing that significant disruptions do not necessarily require extreme military exercises. A primary issue is the proliferation of GPS jammers—compact devices that can be easily installed on a vehicle's dashboard. These jammers are readily available for purchase online and are frequently utilized by individuals such as truck drivers who wish to conceal their locations from employers. The rising prevalence of these devices has led to complications at airports and has resulted in cellphone signal disruptions in various urban areas. When unobstructed, a jammer can interfere with GPS signals from several kilometers away. Consequently, it is not surprising that researchers globally are actively seeking solutions to avert severe GPS outages.

Stealth Utility

It is crucial to note that the failure of GPS today results in more than just a loss of navigation capabilities. According to Donald Jewell, who played a significant role in the development of GPS within the U.S. Air Force and currently serves as the editor-in-chief of GPS World magazine, our reliance on GPS often goes unnoticed. He estimates that over a billion GPS receivers are currently in use, with more than 90 percent relying solely on the precise timing signals transmitted by the satellites.

Mobile phones significantly utilize this stealth capability. As individuals move, communication towers need to coordinate with one another to transfer calls seamlessly, and GPS time signals offer an economical and precise method for achieving this synchronization. Additionally, the timing offset of each tower serves as a means of identification. In reality, numerous wireless communication technologies rely on GPS timing for their synchronization processes. This reliance likely contributed to the malfunction of traffic control and emergency pagers at the Port of San Diego in 2007.

Truck Cheating

Last intentionally created a basic, commercially available jammers. While the use of such low-tech devices is prohibited in the United States, the United Kingdom, and numerous other nations, they can be purchased online for as little as $30. Vendors assert that these devices are intended for privacy purposes. Their ability to obstruct devices that monitor a vehicle's movements has made them particularly appealing to truck drivers who wish to avoid electronic surveillance in their cabs. Additionally, they can interfere with GPS-based toll systems that rely on onboard receivers. Some criminals exploit these jammers to disable tracking devices in stolen cargo. "Initially, we believed that these jammers were assembled in a bedroom by a young individual with acne," states Last. "However, they are now being produced in factories in China."

Recently, there has been a concerning increase in caravan thefts nationwide. This surge can largely be attributed to a scarcity of vehicles coupled with a heightened demand for leisure vehicles. Numerous incidents were documented in September 2024, underscoring this alarming trend.

Authorities in North Yorkshire are conducting an investigation into the theft of a Swift Elegance caravan from a residence located near the A63 in Selby. The caravan was taken during the late hours of the night, and law enforcement is seeking witnesses or any dashcam footage that may aid in their inquiry.

In a similar incident in Scotland, a Lunar Quasar caravan was taken from a residence in Radford, leading the police to seek assistance from the public in gathering information regarding the event.

Law enforcement officials are urging caravan owners to implement stronger security protocols, especially the installation of GPS tracking devices. These measures not only enhance the likelihood of swift recovery of stolen caravans but also play a crucial role in identifying the individuals behind the rising theft incidents. A recent example includes the arrest of a suspect in Lincolnshire, following the rapid recovery of a stolen caravan from the A1. The authorities successfully located the caravan within 30 minutes of the theft, facilitated by the presence of a tracker on the vehicle.

The recent surge in thefts underscores the necessity of remaining alert and implementing measures to safeguard your valuable leisure vehicles. While your caravan may be equipped with a factory-installed tracker, it is advisable to consider the installation of an additional concealed, battery-operated tracker, like the Back2you Caravan Tracker. Professional thieves are often aware of the location of factory-installed trackers and can easily disable them. Self-contained trackers can be discreetly placed anywhere on the caravan, making it exceedingly difficult for thieves to locate them due to the absence of visible wiring.

GPS Jammers or GPS Blockers Stop Motorhome Recovery

Do They Work?

It is possible that you have encountered information regarding the utilization of GPS blocking devices by professional criminals or workers who oppose their employers monitoring their activities.

GPS jammers function by producing a white noise radio signal that operates on the same frequency as GPS satellites, effectively obstructing the signals received by GPS tracking devices and navigation systems. While GPS jammers or blockers are indeed effective, their operational range is restricted.