MAXDONE PH970S Trail Camera (48MP)

The MAXDONE captures still images at 48 megapixels. This is above the 32MP category average, providing sharper detail for animal identification and evidence capture.

The MAXDONE features an integrated solar panel that continuously recharges the internal battery. WiFi connectivity is included for wireless image transfer when you are within range. For optimal solar charging, mount the panel facing south (in the Northern Hemisphere) with minimal canopy obstruction.

The MAXDONE uses a no-glow infrared flash that is completely invisible -- it emits no visible light whatsoever. Night images are captured in black-and-white. This is the stealthiest option, ideal for security and areas with pressured game.

The MAXDONE features solar charging, which significantly extends operational life. The solar panel continuously recharges the battery during daylight hours. Without solar input, the internal battery lasts approximately 6 months on standard settings. For best results, ensure the solar panel receives several hours of direct sunlight daily. In heavily shaded locations, you may still need occasional battery maintenance.

The MAXDONE supports SD cards up to 32GB. The 32GB limit is modest -- consider using lower resolution settings or more frequent card swaps to avoid running out of space.

The MAXDONE scores highest for Property Monitoring based on its feature set. Solar charging makes it ideal for long-term deployments where battery maintenance is impractical, such as remote food plots or extended wildlife studies.

The MAXDONE features a quick-setup design for fast field deployment. Mount the camera on a tree or post at chest height (approximately 3-4 feet), angled slightly downward. Position the camera facing north or south to avoid direct sunlight triggering false captures at sunrise and sunset. With a 0.1s trigger speed, placing the camera perpendicular to trails rather than pointing straight down the path gives subjects more time in the detection zone.

The MAXDONE's solar panel can significantly reduce or eliminate battery maintenance in favorable conditions. In locations with good sun exposure (at least 3-4 hours of direct light daily), the panel typically keeps the battery topped up indefinitely. In heavily shaded areas or during extended overcast periods, backup batteries may still be needed occasionally. For remote, long-term deployments, the reduced maintenance alone often justifies the investment.