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An ODB GPS tracker is a device used to track the location of a vehicle. It is plugged into the vehicle's ODB port. There are different types of GPS trackers, and they include the following:
Active GPS Tracker
These GPS trackers receive and transmit real-time data. The user can access the location of the vehicle at any time using a computer or mobile app.
Passive GPS Tracker
It collects data about the location of the vehicle and stores it in its memory. The data can be retrieved later.
A-Battery GPS Tracker
The A-Battery GPS tracker gets its power from the batteries. These trackers can last for several weeks or months, depending on their tracking frequency.
Hardwired GPS Tracker
These trackers are directly connected to the vehicle's electrical system. They are always powered on and don't need to be charged regularly.
Covert GPS Tracker
These trackers are designed to be hidden and not easily found. They can be used for tracking a person's movement without their knowledge.
Magnetic GPS Tracker
These trackers have strong magnets that allow them to be attached to the outside of a vehicle. They can be easily placed on and removed from the vehicle.
Cellular GPS Tracker
These trackers use cellular networks to send location data. They can track the location of a vehicle in real time using a mobile app or web interface.
Satellite GPS Tracker
These trackers use satellite signals to determine the location of a vehicle. They are used in remote areas where cellular networks are not available.
Bluetooth GPS Tracker
These trackers use Bluetooth technology to connect to a smartphone. They are used for close-range tracking and location monitoring.
Wearable GPS Tracker
These trackers are designed to be worn on a person's clothing or accessories. They are used for personal tracking and safety.
Smartwatch GPS Tracker
These trackers are integrated into smartwatches. They provide location tracking and navigation functions on the wrist.
Below are the specifications of ODB GPS trackers.
Size and Shape
Different sizes and shapes may be used in the design of the ODB GPS tracker. This is done to ensure they fit in the car's OBD-II port. The ODB GPS tracker is usually designed small and compact so that it can easily fit into the OBD-II port. Additionally, the ODB GPS tracker is designed with a rectangular shape that is similar to the OBD-II port.
Power Source
The ODB GPS tracker gets its power from the vehicle's OBD-II port. This is done by connecting the two pins within the ODB GPS tracker. When the vehicle is turned on, power is supplied to the ODB GPS tracker. The ODB GPS tracker is designed to consume very little power so as not to drain the vehicle's battery.
Data Transmission
The data collected by the ODB GPS tracker is transmitted to a remote server or a mobile app using cellular networks, Wi-Fi, or Bluetooth. The ODB GPS tracker is designed with antennas that enable it to send and receive data. This allows for real-time tracking of the vehicle's location and other parameters. In order for the ODB GPS tracker to work effectively, a data plan is usually required to facilitate communication between the device and the tracking platform.
GPS Receiver
The GPS receiver receives signals from satellites and uses these signals to determine the vehicle's location. The ODB GPS tracker is designed with a built-in GPS receiver that is responsible for tracking the vehicle's location. The ODB GPS tracker must always have a clear view of the sky in order for the GPS receiver to work effectively.
Vehicle Communication
The ODB GPS tracker communicates with the vehicle's onboard computer system to access various data. This data may include information such as the vehicle's speed, engine status, and other parameters. The ODB GPS tracker is designed with a special interface that allows it to communicate with the vehicle's computer system.
Indicator Lights
Some ODB GPS trackers are designed with LED indicator lights that show different colors to indicate the status of the device, such as power, data transmission, and GPS reception. The ODB GPS tracker is designed with various colors that include red, green, and blue lights, which have different functions. For instance, the red light may show that the device is powered on, the green light may show that data is being transmitted, and the blue light may show that there is a GPS connection.
Storage
Some ODB GPS trackers come with internal storage that allows data to be stored in case of a loss of connection. This data can later be transmitted when the connection is re-established. The storage capacity of the ODB GPS tracker may differ depending on the model, and it may range from a few megabytes to several gigabytes.
Below are the maintenance of ODB GPS trackers.
There are several things to consider when choosing an ODB GPS tracker. These include:
Coverage
When choosing an ODB GPS tracker, it is important to consider the coverage. This is because different trackers will have different coverage areas. Select a tracker that offers extensive coverage. This will ensure that the vehicle can be tracked regardless of the location.
Subscription Fee
Another important factor to consider is the subscription fee. This is because most ODB GPS trackers will require a monthly or annual subscription fee for the tracking service. It is important to consider the fee and select a tracker that is affordable and has no hidden charges.
Additional Features
When selecting an ODB GPS tracker, it is important to consider the additional features offered. These additional features will include things like geofencing, roadside assistance, or voice commands. Select a tracker that offers additional features that are useful.
Battery Life
Consider the battery life of the tracker. This is because a tracker with a long battery life will require less frequent charging. This will ensure that there is constant tracking of the vehicle's location.
Data Security
It is important to consider data security. This is because the data collected by the GPS tracker can be sensitive. Select a tracker with strong data security features. This will ensure that the data is protected from unauthorized access.
Real-time Tracking
Another key feature to consider when choosing an ODB GPS tracker is real-time tracking. Select a tracker that offers real-time tracking of the vehicle's location. This will ensure that the vehicle's location can be monitored at any time.
Most ODB GPS trackers are plug-and-play. Users just have to locate the ODB-II port and plug the device. However, the installation process might vary depending on the model.
Here is a simple guide on how to install and replace an ODB GPS tracker.
Find the GPS tracker’s GPS satellite signal
Start by finding a suitable location where the user wants to install the GPS tracker. Ideally, the device should get GPS satellite signals. Otherwise, the user won’t be able to track the vehicle’s location. Once a good location is found, the user can proceed with the installation process.
Plug the device into the ODB-II port
After finding a good location, the user should plug the GPS tracker into the ODB-II port. The ODB-II port is located under the dashboard, slightly above the steering wheel. The port is rectangular with 16 metal pins. Once the user has plugged the device, they should make sure that it fits snugly and is properly aligned with the port.
Check for indicator lights
After plugging the device into the ODB-II port, the user should look for indicator lights. Most GPS trackers have LED lights that show different functions. For example, green lights may indicate a strong GPS signal while red lights may show a weak cellular signal. Depending on the model of the tracker, the user should ensure the lights show normal functioning. If the lights show abnormal functioning, the user should adjust the position of the device or replug it into the port. In case the problem persists, the user should consult the manufacturer’s manual.
Hide the device
Once the user is sure that the device is working properly, they can proceed to hide it. Hiding the device helps to prevent theft. The user can hide the device in a small compartment, under the dashboard, or even near the seat.
Connect the app
After hiding the device, the user should connect it to the app. Most GPS trackers come with their own tracking apps. If the vehicle has a built-in tracking system, the user can connect the device to the system.
Q1: What is the difference between an OBD tracker and a GPS tracker?
A1: An OBD tracker is a GPS tracker that uses the car's OBD port to get data. It tracks the car's location using satellite signals and provides real-time information about where the vehicle is.
Q2: Can I install an OBD GPS tracker myself?
A2: Yes, an OBD GPS tracker is very easy to install. It only requires plugging it into the car's OBD port, which is usually located under the dashboard. No tools or special skills are needed to install it.
Q3: What information can an OBD GPS tracker provide?
A3: The OBD GPS tracker can provide information about the car's location, speed, and direction of travel. It can also give details about the vehicle's health, such as engine trouble codes, fuel consumption, and driving behavior. This data helps track the car's position and monitor its overall performance and condition.
Q4: Is an OBD GPS tracker useful for tracking stolen vehicles?
A4: Yes, an OBD GPS tracker can track stolen vehicles. Because it gives the owner real-time updates about the car's location. In case of theft, the owner can provide the current location information to the police. This helps find the car quickly and accurately.
Q5: Can an OBD GPS tracker be used in any vehicle?
A5: An OBD GPS tracker can be used in any vehicle with an available OBD port. Most cars and trucks made after 1996 have an OBD port. So, if the vehicle has an OBD port, the OBD GPS tracker can be plugged in and used without any problems.
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