In today’s digital world, innovation has transformed the way we monitor and manage vehicles. Whether you’re an individual wanting extra security for your car or a business managing a fleet, GPS trackers have become indispensable tools.

In this guide, BlueConceptConnect takes you through the essential aspects of car GPS trackers—from selecting the right model to understanding the technology behind them. We’ll explore key factors like tracker settings, transmission frequency, accuracy, network coverage, battery life, and how to identify jammable vs. non-jammable GPS trackers.

Let’s dive into the fascinating world of car GPS tracking technology!

Table of Contents

• The Best GPS Tracker for Cars: How to Choose
• The Technology Behind Vehicle GPS Trackers
• GPS Tracker Settings for Cars
• Transmission Frequency of Car GPS Trackers
• Accuracy of Positions Sent by GPS Trackers
• Network Coverage of Vehicle GPS Trackers
• Battery Life and Autonomy of Car GPS Trackers
• Jammable vs. Non-Jammable GPS Trackers

The Best GPS Tracker for Cars: How to Choose

Choosing the right GPS tracker depends on your needs. Here are key features to consider:

• Location Accuracy: Ensure the tracker offers precise location data. The more accurate, the better.
• Battery Life: Longer battery life means less frequent recharging and better performance.
• Ease of Installation and Use: Some trackers are plug-and-play, while others require professional setup.
• Additional Features: Look for extras like real-time tracking, motion alerts, or customizable geofencing.
• Cost: Factor in both the upfront price and any subscription or data service fees.
• Customer Support: Choose a provider with excellent customer service for peace of mind.

In short, the best GPS tracker is the one that matches your specific needs. Need help deciding? Check out BlueConceptConnect’s in-depth recommendations.

The Technology Behind Vehicle GPS Trackers

A car GPS tracker typically consists of two main modules:

• GPS Module: Determines the vehicle’s location using satellite signals.
• Communication Module: Sends the location data via GSM, LPWAN (such as Sigfox or LoRa), Wi-Fi, or Internet networks.

This seamless combination allows real-time tracking from anywhere in the world. Learn more about the technology behind GPS fleet trackers with BlueConceptConnect.

GPS Tracker Settings for Cars

Modern car GPS trackers offer a variety of customizable settings:

• Update Frequency: Set how often the device updates the vehicle’s location—from every few seconds to several hours.
• Motion Alerts: Receive notifications when the vehicle starts moving or leaves a designated area.
• Geofencing: Create virtual zones and get alerts when the vehicle enters or exits them.
• Power-Saving Modes: Extend battery life when the vehicle is stationary.

Different models offer different levels of customization, so it’s essential to choose one that fits your tracking goals.

Transmission Frequency of Car GPS Trackers

The transmission frequency controls how often location updates are sent:

• High-Frequency Updates: Best for real-time tracking (every few seconds).
• Low-Frequency Updates: Suitable for general monitoring (every few hours or once daily), helping save battery life.

Most devices let you adjust the update frequency to strike a balance between tracking precision and power consumption.

Accuracy of Positions Sent by GPS Trackers

Location accuracy is crucial for vehicle management:

• Most GPS trackers today are accurate within a few meters.
• Factors like dense urban areas, weather conditions, and natural obstacles can slightly affect precision.
• Some trackers enhance accuracy by using Wi-Fi or cellular network data when GPS signals are weak.

Accurate positioning helps improve fleet efficiency, monitor punctuality, and optimize routes—key benefits for businesses and individuals alike.

Network Coverage of Vehicle GPS Trackers

Network coverage depends on the communication method used:

• GSM (Cellular) Trackers: Offer broad, often worldwide coverage but depend on SIM cards and mobile networks.
• LPWAN Trackers (Sigfox/LoRa): Provide excellent long-range coverage, especially across Europe, but may not be as consistent as GSM networks.

Choosing the right network ensures reliable data transmission for your specific location and use case.

Battery Life and Autonomy of Car GPS Trackers

Battery life varies based on:

• Update frequency
• Signal strength
• Tracker model
• Environmental conditions

Some devices can last days, while others last several months on a single charge. Many trackers also feature power-saving modes to maximize autonomy during inactivity. Always consider your operational needs when evaluating battery performance.

Jammable vs. Non-Jammable GPS Trackers

Not all GPS trackers are equally resistant to interference:

• Jammable Trackers: Vulnerable to GPS signal jammers that block satellite communication, making them unreliable under attack.
• Non-Jammable Trackers: Equipped with anti-jamming technologies and multi-signal detection, making them harder to disrupt.

Note: The use of GPS jammers is illegal in many countries due to safety and legal concerns.

Choosing a non-jammable tracker adds a strong layer of security to your vehicle monitoring system.