Description

NEW Cell Camera Trap SpyPoint FLEX SOLAR, with sending PHOTOS and VIDEOS on APP.

SpyPoint mobile trail cameras represent the most complete range of mobile camera traps on the market, from “entry-level” models to more innovative models complete with various functions.
They operate like any standard trail camera, capturing images and/or videos when they detect motion and saving files to SD memory card.
In addition to this, they send the files to the SPYPOINT APP via LTE cellular network, giving the possibility to view the detections made by the camera trap directly on your smartphone.
The SPYPOINT APP allows you to receive files almost live, eliminating the need to go to the place where the camera trail is installed to check the detections and change the settings.

FLEX represents the latest masterpiece developed by the manufacturer and world leader of mobile camera traps SPYPOINT.
The manufacturer’s goal was to provide a product with characteristics currently unparalleled on the market, combining innovation, flexibility and accessibility.

SPYPOINT FLEX captures 36MP photos and 1080p videos with audio up to 30 meters in 0.3 seconds.
Photos and videos can be transmitted from FLEX to the SPYPOINT app.
The connectivity capabilities of the new FLEX are significantly improved compared to previous LINK models, ensuring maximized performance in terms of both signal quality and strength.

FLEX offers 4 different capture modes: Photo, Video, Time-Lapse, Time-Lapse +, so you can set the time interval for shots once the pass detection sensor is activated.

Among the innovations promoted by FLEX we also find the “FORMAT” and “TEST” buttons affixed directly to the device.
With the “FORMAT” button you proceed to format and prepare the micro sd-card; with the “TEST” button you can check the correct positioning of the device, check connectivity and check the quality of the images.

In terms of innovation, it is also important to highlight the possibility of installing new firmware updates directly from the APP, drastically reducing visits to the device installation site.