Gps Tracker for Dog Waterproof Dog Collar Real Time Tracking No Transmitter And Wire Locator Pet Locator Support Geo-Fence Alarm
GPS Dog Fence - 1000M Range, Rechargeable, Waterproof, Electric Training Collar
Keep Your Pet Safe with Advanced GPS Technology!
Introducing our cutting-edge GPS Dog Fence system, designed to provide a safe and wireless boundary for your furry friend.
With a range of up to 1000 meters (3280 feet), this collar ensures your dog stays within the designated area.
Key Benefits:
- Wireless and Flag-Free: No more cumbersome wires or flags to set up.
- GPS Accuracy: Satellites provide precise location tracking.
- Adjustable Stimulus: Choose from 9 levels of vibration, sound, and static shock.
- Rechargeable and Waterproof: IP67 rating ensures durability in any weather.
- Easy Setup: Visual operation on LED touchscreen.
- Flexible and Adjustable: Suitable for dogs of various sizes.
How it Works:
1. Define a safe area with a radius of up to 1000 meters.
2. If your dog exits the area, the collar automatically stimulates.
3. Stimulus stops when your dog returns to the safe zone.
Package Includes:
- GPS Fence Collar
- USB Charge Cable
- Reflective Nylon Belt
- Test Light
- 2 Sets Conductive Pin
- User's Manual
Why Choose Our GPS Dog Fence?
- Advanced GPS technology for precise tracking
- Rechargeable and waterproof design
- Adjustable stimulus for effective training
- Easy setup and operation
Order Now and Keep Your Pet Safe!
Β
Feature:
There are 3 kinds of stimulus for choice: tone beeper, vibrate stimulus, static shock stimulus. You can choose any one or any combination of them.There are 9 intensity levels for vibration and static shock stimulus except tone beeper.
Long press M button to set up the safe area boundary , Press + / - button to increase and decrease the safe area distance; the distance default starts from 03 level to A0( 30 meters-1000meters)
(Remarks: After long-press the M key to adjust the boundary of the safety zone, short-press the power key to display an "=" sign, which means that the dot is successfully located.)









