Fotopasca Triton Willfine 4.0CG GPS MMS LTE 4G 60 – outdoorová fotopasca s diaľkovým prenosom

The Triton Willfine 4.0CG GPS MMS LTE 4G 60 outdoor wildlife camera is a weatherproof trail camera designed for remote image delivery and location tagging. It supports LTE 4G connectivity and MMS alerts to transmit photos from the field, and records up to 60 images per trigger sequence. The camera is intended for forestry, gamekeeping, perimeter surveillance and nature research where remote monitoring and fast image transfer are required.

Advantages

The device combines GPS location tagging with mobile-network transmission, enabling precise geotagged photos sent directly via MMS over LTE 4G. Its ability to capture up to 60 images per trigger event provides extended documentation of animal behavior or intruder movement in a single sequence. The housing is built for outdoor use and protects electronics from typical field conditions while enabling remote monitoring without constant site visits.

Suitable for

Key specifications

How to use

Mount the camera at a stable location and orient it towards the area to be monitored, at the recommended height for the target species or monitoring purpose. Insert a compatible SIM card with an appropriate data and MMS plan, enable GPS and network settings, then configure trigger sensitivity, capture interval and the number of images per sequence via the device menu. After setup, test triggers and MMS transmission to confirm remote delivery and correct geotagging. Periodically check battery level and storage; perform maintenance as needed to ensure reliable operation in outdoor conditions.

Recommendations

For reliable remote transmission, use a cellular network provider with adequate LTE 4G coverage at the deployment site and select an MMS/data plan sized for the expected image volume. Position the camera to avoid direct sunlight facing the lens and place it at an appropriate height to reduce false triggers. Regularly verify GPS accuracy and clean the lens and motion sensor to maintain detection performance.