Eurosparx

Categories
GPS Trackers

Best Place to Install a GPS Tracker On a Car

GPS Tracker for cars

When you decide to fit a GPS tracker in your car, picking the right spot is essential for both effective operation and keeping it hidden.

You might initially think of placing it on the exterior underbody because it’s easy to access and install, but have you thought about the problems caused by weather exposure and the possibility of tampering?

Alternatively, indoor spots like under the dashboard or inside the seats protect the device and keep it concealed, yet each option presents challenges with signal interference and the complexity of fitting it properly.

In this post, we will cover the options you have for installing your GPS tracker.

Criteria for GPS Tracker Placement

When choosing the ideal spot to install your GPS tracker, consider the tracker’s design and its power source.

It’s important to locate a spot that optimises signal reception, which means the tracker should have a clear view of the sky.

However, you also want to have the tracker concealed so that a would-be thief does not spot it and rip it out.

It may be useful to test different locations on your vehicle to find a good balance between strong signal reception and a hidden placement.

Tracker Design Considerations

When installing a GPS tracker, it’s essential to consider its placement in your car to ensure it works effectively.

If your tracker is designed to be discreet, you have more options for where to hide it – it could be placed under a seat or within the bumper.

However, if the tracker requires clear exposure for a strong signal, you might need to position it in more visible locations.

The power source of the tracker also affects where you can install it. Battery-operated trackers are simpler to install since they don’t require wiring. However, they need to be accessible to change the battery.

This means you might have to place them in areas like the glove compartment or under floor mats.

In contrast, hardwired trackers eliminate the need for frequent battery changes and can be hidden better.

Additionally, consider the tracker’s durability. A sturdy tracker can withstand harsh conditions, which broadens your placement choices.

Always check the signal strength once installed to verify that your chosen location doesn’t interfere with the tracker’s performance.

Ideal Interior Locations For GPS Trackers

When looking for the ideal interior locations for a GPS tracker, consider the glove compartment, under the dashboard, or hidden areas like under the seat or behind interior panels for optimal concealment and signal reception.

The glove compartment, especially when you place the tracker towards the back, is discreet yet accessible. This location allows for effective signal reception, making it a practical choice if you prefer a quick installation without much hassle.

Installing the tracker under the dashboard is another smart option. It keeps the device hidden and avoids interference from metal components, which can reduce signal strength. This ensures that your tracker operates efficiently, crucial for reliable tracking.

If you’re aiming for maximum secrecy, placing the tracker under the seat or behind an interior panel could be your best option. It’s a hidden location that minimises the risk of detection, yet still maintains good signal reception.

Optimal Exterior Spots

When fitting a GPS tracker on the exterior of your car, there are a couple of good options:

  • Inside the Engine Compartment: Positioning near the windshield wiper motor is ideal. It’s sheltered from weather and concealed, making it difficult for thieves to find and reach.
  • Bumper Frames and Brackets: These spots allow for covert placement. The tracker is well-hidden, but make sure it’s kept away from any heat sources.
  • Wheel Wells: Concealing the tracker in the wheel well keeps it invisible, although be mindful of possible exposure to debris. It’s wise to check this area regularly during car maintenance.

If you are placing your tracker on the exterior of your car, make sure to get one designed for exterior use that is waterproof.

Signal Strength Importance

You need to consider the signal strength when installing the GPS tracker.

You should try different spots on your vehicle to find the most effective location, as various materials can affect the signal.

Optimal Signal Locations

To ensure your GPS tracker works effectively, place it in areas with few obstructions to the sky, such as under the rear window or dashboard. These spots provide the best opportunity for clear signal reception, essential for keeping the accuracy and reliability of your tracker’s data.

Here are some important points to consider when choosing a placement:

  • Under the Dashboard: This location protects the tracker from external elements while allowing GPS signals to pass through the plastic material.
  • Inside the Rear Window Area: Glass doesn’t significantly block GPS signals, and placing the tracker here keeps it hidden yet effective.
  • Within Brake Light Housings: A clever spot that’s generally free of metal interference, improving signal clarity.
  • Under Seat Cushions: If the seats are mostly plastic or thinly made, this can be a concealed yet functional placement.

Choosing any of these locations helps ensure that your GPS tracker remains connected, giving you peace of mind with consistent and accurate location tracking.

Testing Installation Effectiveness

Once you have set up your GPS tracker, it’s essential to check the signal strength to ensure it tracks accurately and reliably.

To test this, turn on the tracker and look at the signal strength indicator on the device or its software.

Compare the signal readings with the recommended levels given in the instructions. These levels are crucial to confirm that your tracker is placed correctly for optimal functioning.

It’s important not to just check the signal immediately after setting it up; you should keep an eye on it regularly.

Changes in the environment or minor movements of your vehicle can affect the signal strength. If you notice that the signal is weaker than expected or gets worse over time, try moving the tracker slightly.

Often, a small change in position can significantly improve the signal quality.

In regions with typically low signal strength, you might need to think more carefully about where to place your device. It’s vital that your device maintains effective communication with GPS satellites to ensure it sends accurate location data and updates.

Always follow the guidelines provided when adjusting the tracker to improve the signal strength and ensure reliable tracking.

Signal Interference Factors

Several factors can disrupt the signal of your GPS tracker, which may affect its accuracy and reliability. When deciding where to position the tracker on your car, it’s important to consider what might interfere with the signal. Here are the key interference factors to be aware of:

  • Metal Surfaces: Large metal parts such as the car’s frame can obstruct GPS signals.
  • Dense Materials: Materials like concrete near your parking area can weaken signal reception.
  • Electronic Devices: Nearby electronic equipment can cause electromagnetic interference.
  • Antenna Orientation: The positioning of the tracker’s antenna impacts signal capture.

To optimise your tracker’s performance, choose a location with few obstructions.

Need a GPS Tracker Installed?

We at Eurosparx offer GPS tracker installation in Auckland and will make sure yours is installed in the best position for both performance and concealment. We also supply a wide range of high quality trackers.

Give us a call now on 09 218 7789, email us on info@eurosparx.co.nz or pop into our workshop at 597 Rosebank Road, Avondale 1026, Auckland.

Categories
GPS Trackers

How Long Does a GPS Tracker Battery Last?

How long does a GPS tracker battery last?

If you’ve ever wondered how long a GPS tracker battery lasts, you are in the right place. In this blog post we will answer how long you can expect the tracker’s battery to last, as well as factors that affect it’s lifespan.

Understanding the factors that affect GPS tracker battery life is crucial for ensuring uninterrupted tracking capabilities.

So, How Long Do GPS Tracker Batteries Last?

GPS tracker batteries can typically last from 15 days to 4 months before needing to be recharged, outlasting many similar products on the market.

To make sure tracking is continuous, most trackers will send you a notification when the battery level drops to 20%, reminding you to recharge it promptly. By using energy-saving modes, you can increase the battery life even more, improving the overall performance of your GPS tracker.

It’s worth noting that the battery life can vary depending on the location methods used, such as Bluetooth, Wi-Fi positioning, and GPS. Also, factors like daily movement patterns and how often the tracker updates can impact the overall battery life.

Factors Affecting GPS Tracker Battery Life

Factors impacting the battery life of a GPS tracker vary from usage conditions determining a lifespan of 7 days to 3 months to smart energy management modes that can extend it up to 5 months in certain cases.

The frequency of positions sent by the tracker directly affects its battery life, so adjusting how often it updates location data can help save power.

Daily movement also plays a role; constant movement drains the battery faster, requiring more frequent charging.

Interestingly, battery life can be longer in urban areas with Wi-Fi hotspots due to reduced reliance on GPS for positioning. This means that if your tracker can connect to Wi-Fi networks, it may last longer between charges in city environments.

Understanding these factors can help you optimise your GPS tracker’s battery life and ensure you get the most out of its tracking capabilities.

GPS Tracker Battery Types

When thinking about GPS tracker battery types, rechargeable options like lithium-ion (Li-ion) and lithium-polymer (Li-poly) are notable for their high energy density and quick charging abilities. Li-ion batteries are lightweight and compact, making them perfect for portable GPS tracker use. They also have a low self-discharge rate, meaning they can hold a charge when not in use. On the other hand, Li-poly batteries offer a flexible shape but have slightly lower energy density than Li-ion batteries.

Non-rechargeable options like alkaline or lithium batteries are also available but may result in higher long-term costs and environmental issues due to disposal problems. Even though non-rechargeable batteries might seem cheaper upfront, the need for frequent replacements can accumulate over time.

Therefore, when selecting a GPS tracker battery type, it’s crucial to consider factors like energy density, charging abilities, lifespan, and environmental impact to make an informed choice that matches your tracking requirements and sustainability aims.

Battery Saving Tips

To make your GPS tracker’s battery last longer, try these energy-saving tips:

  1. Use the energy-saving modes on your GPS tracker to manage power efficiently and extend battery life.
  2. Adjust how often the tracker updates its position when moving to balance accuracy with battery preservation.
  3. Switch to stationary mode when the tracker isn’t moving to save battery power by reducing activity.

Enhancing GPS Tracker Reliability Through Battery Optimisation

To make sure your GPS tracker works reliably, it’s important to optimise its battery performance. This is key for keeping tracking going without any interruptions.

You can make your GPS tracker’s battery last up to 5 months longer by using smart energy-saving modes. Adjusting how often your tracker updates its position based on how it moves is another good way to save battery. Remember that if your tracker moves a lot during the day, it can drain the battery faster and you may need to recharge it more often.

Changing the settings for when your tracker is stationary can help save battery by sending fewer position updates. Also, setting up alerts for when the battery is low will remind you to recharge it promptly, ensuring continuous tracking.

Conclusion

In summary, the battery life of a GPS tracker can vary from 15 days to 4 months, or even longer, depending on factors like energy management modes and location methods. By adjusting settings and using energy-saving features, users can improve the battery life of their GPS tracker.

It’s crucial to keep an eye on the battery level and recharge when needed to ensure the device remains reliable and functional for tracking purposes.

If you are looking to install a GPS tracker on your vehicle, contact us now by calling 09 218 7789 or emailing info@eurosparx.co.nz.