FeTaca OBD GPS Tracker for Cars – 1 Yr Free SIM & Software | Made in India
OBD GPS Tracker with 4G Network Coverage for Cars, Buses, Trucks.
Features – Geo-fence, Vehicle Diagnosis, Over Speed Alert, Tamper Alarm, Live Tracking, Driving Behaviour Monitoring, OBD II Protocol, GPS+LBS Positioning, Low Power Protection, Plug and Play Device, Built-in Battery, Vibration Alarm, Collision Alarm, and Many More.
Accuracy – 10 Meters
Supported SIM Network – 4G
1 Year Software + 1 Year M2M Sim (No Voice Call)
OBD Tracker 4G Specifications | |
Size | 58mm*45m*20mm (without plug) |
Working Votage | DC 9V~36V |
Working Current | 35mA(ACC ON) |
Standby Current | 2.5m(ACC OFF) |
Backup Battery | 50mA polymer lithium battery |
Positioning method | GPS/AGPS/LBS |
Positioning accuracy | 10m |
Communication Network | TDD/FDD/WCDMA/TDSCDMA/GSM |
Working Temp range | -25~+75℃ |
Storage Temp range | -40~+85℃ |
Function | Description | |
Positioning & Tracking | The terminal detects the car ignition ACC ON, starts continuous positioning, and uploads the position data every 15s. When ACC OFF is detected and the position data is uploaded every 5 minutes (the last ACC ON GPS positioning data is retained). |
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Sleep &wake-up Model | When ACC OFF, the equipment can be configured to sleep (GSM standby disconnected network connection), wake up report position regularly. | |
LBS/GPS Positioning | The device uses GPS positioning after power-on by default. If the GPS positioning is not successful, a group of base station data will be reported. | |
Read VIN | Within 30 seconds after ACC ON, the device will actively read the vehicle identification number of the vehicle. | |
Read Diagnostic data | After the vehicle is started, the vehicle engine speed, vehicle speed, battery voltage, throttle percentage, engine load, coolant temperature, intake air flow, intake air temperature, ignition advance angle, instantaneous fuel consumption, Average fuel consumption, current mileage, current fuel consumption, cumulative fuel consumption fault code, real-time data flow | |
Low power protection | detects that the vehicle voltage is too low, it will automatically enter the network, low power mode, default 11v | |
SMS setting | You can set the IP (or domain name), port number, APN, local number, working mode, etc. | |
Power cut alarm | When the external power supply is cut off, the power cut alarm will be reported. | |
Low power alarm | When the vehicle power supply is detected to be low, an alarm will be reported. The default is 11V. | |
Vibration alarm | ACC OFF status, when the vehicle vibration is detected, the vibration alarm will be reported. | |
Collision alarm | When the vehicle have a crash | |
Speed alarm | When the vehicle speeding, default 120km/h | |
Driving behavior monitoring | Statistical travel acceleration, rapid deceleration |
The OBD GPS Tracker offers comprehensive functionality for vehicle positioning, diagnostics, and safety monitoring. When the car ignition (ACC) is turned on, the device initiates continuous GPS positioning, uploading location data every 15 seconds. Once ACC is off, it retains the last known GPS location and continues to report positioning data every 5 minutes. The tracker supports a sleep and wake-up mode, where it enters GSM standby and disconnects from the network to conserve power, periodically waking to report location. It defaults to GPS positioning on power-up and falls back to LBS (base station) data if GPS is unavailable. Within 30 seconds of ACC ON, the device actively reads the vehicle’s VIN and gathers detailed diagnostic data, including engine speed, battery voltage, coolant temperature, throttle percentage, fuel consumption metrics, and fault codes. Low power protection is triggered when voltage drops below 11V, automatically switching the device to a low-power mode. The OBD GPS Tracker supports SMS-based configuration for parameters like IP, port, APN, and operating mode. It includes alarms for power disconnection, low power, vibration (when ACC is off), collisions, and speeding (default threshold: 120 km/h). Additionally, it monitors driving behavior, capturing data on rapid acceleration and sudden braking to support safe driving practices.
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