Real-Time GPS Tracker for Vehicles with Shock Sensor Alarm

Real-Time GPS Vehicle Tracker with Multi-Mode Positioning This compact tracking device brings dependable real-time location monitoring to a wide range of vehicles, including cars, vans, electric trucks, motorcycles, cargo trailers, boats and motorbikes. Thanks to its multi-mode positioning chip, installation is straightforward and does not require model-specific setup, making it a versatile choice for private motorists, delivery services, airport operations and school transport alike. The unit connects through a standard power port, so you can have it up and running without complicated wiring. Live Tracking and Route Playback The tracker provides accurate position monitoring through live vehicle movement updates, with a second-grade refresh frequency that keeps you informed of the vehicle's whereabouts as it happens. This enables seamless GPS real-time location tracking and supports efficient route playback, allowing you to review past journeys with confidence. Whether you are managing a fleet or keeping an eye on a single vehicle, the live view gives you a clear picture of movement as it unfolds. Customisable Geo-Fence Alerts You can define geo-fence areas around locations that matter to you, such as your home, workplace or depot. If the vehicle enters or leaves these boundaries without authorisation, the system sends instant push alerts to your device. The feature supports synchronised alarm sharing and multi-account access, so family members or colleagues can stay informed and work together to maintain comprehensive security control. Vibration and Tamper Detection The built-in high-sensitivity tamper detection and continuous vibration monitoring provide proactive theft prevention. If any unusual movement or impact is detected, the tracker triggers an instant app-based alert, giving you immediate notification for remote tracking needs. This makes the device particularly well suited to protecting valuable cargo, trailers and vehicles parked in exposed or unsupervised locations.