TK910 2G GPS Tracker

The TK910 2G is a compact, Secure GPS compatible GPS tracker engineered for motorcycles, private cars, rental vehicles and other mobile equipment. Combining multi-constellation positioning (GPS, Beidou, GLONASS) with LBS and Wi‑Fi assistance, the TK910 delivers reliable outdoor and improved indoor location data for real-time tracking and fleet management through the Secure GPS platform.

Designed for fleet operators and individual owners focused on anti-theft protection and practical telemetry, the TK910 2G offers vibration, geofence, move and overspeed alerts plus optional remote engine cut-off. When integrated with Secure GPS, the unit forwards live location, alarm events and historical routes to mobile apps and web dashboards for simplified monitoring, reporting and incident response.

Key Highlights

• Secure GPS compatible GPS tracker for accurate real-time tracking across vehicles and mobile assets.
• Multi-mode positioning — GPS, Beidou (BD), GLONASS plus LBS and Wi‑Fi for better indoor/outdoor coverage.
• Built-in vibration sensor with intelligent move and vibration alarms for anti-theft protection.
• Geo-fencing and overspeed alerts with historical route storage (up to six months) for fleet analytics.
• Optional remote engine cut-off (immobilizer) to support urgent vehicle immobilization workflows.
• Compact form factor (90.6 × 34 × 20 mm, 68 g) tailored for motorcycles, scooters, cars and rental fleets.
• Works with standard GSM SIM cards and supports SMS, mobile app and web platform monitoring.

How It Works with Secure GPS

The TK910 2G communicates position and event data over GSM/GPRS to the Secure GPS backend so fleet managers and vehicle owners receive continuous updates in real time. Secure GPS ingests GNSS, LBS and Wi‑Fi assisted locations, converts alerts into notifications, archives historical tracks, and exposes telemetry for dashboards, reports and automated actions.

• Real-time location and telemetry updates — live GPS/BD/GLONASS positions plus LBS/Wi‑Fi assistance for faster fixes.
• Vibration, move, geofence and overspeed alerts forwarded to Secure GPS for immediate notifications and escalation.
• Historical route data retained on server for up to six months and available via Secure GPS mobile app and web platform for review and reporting.
• Remote immobilizer / engine cut-off — Secure GPS can issue immobilization commands to the TK910 where the optional cut-off is installed and configured.
• Compatibility notes — fuel monitoring or additional telemetry (ignition state, external sensors) can be integrated into Secure GPS workflows when paired with supported external hardware or fleet telemetry setups; Bluetooth sensors are not specified for this model.

Technical Overview

Use Cases

• Fleet management — continuous location and route history for cars, trucks and mixed fleets with Secure GPS dashboards and reports.
• Anti-theft protection — vibration and move alerts, geofencing and optional remote engine cut-off to reduce vehicle theft risk.
• Rental and shared mobility — monitor vehicle usage, overspeed events and return-to-area compliance with historical playback for disputes.
• Two‑wheeler security — compact form factor ideal for motorcycles and scooters where discreet installation and vibration alarms matter.
• Operational monitoring — combine telemetry and location data in Secure GPS for dispatching, ETA tracking and event-driven notifications.

Why Choose This Tracker with Secure GPS

The TK910 2G pairs practical hardware with Secure GPS’s platform to deliver a reliable GPS tracker solution for businesses and private owners. Its multi-constellation positioning and LBS/Wi‑Fi assistance improve fix reliability in mixed environments, while built-in intelligent alarms and geofencing simplify anti-theft workflows. For fleets that require command-and-control, the optional engine cut-off provides an added layer of security when activated through Secure GPS. Together, the TK910 and Secure GPS offer a compact, easy-to-deploy package for real-time tracking, telemetry visibility and historical route analysis without unnecessary complexity.