Stealth Cam Sol-Pak Solar Battery Pack (2-Pack) – 3000mAh, Adjustable T-Swivel Brackets, ABS Housing

Power you can rely on in the field

The Stealth Cam Sol-Pak Solar Battery Pack is designed to keep cellular trail cameras powered while you stay off prime ground. With a 3000mAh li‑ion cell, these amorphous solar panels draw on renewable energy to extend field time and reduce the need for frequent battery runs. This 2‑pack gives you versatility for multiple cameras or back‑to‑back setups, so you’re prepared for extended scouting or remote monitoring.

Smart power, smarter placement

Thoughtful design helps you make the most of daylight, even on overcast days. The adjustable T‑Swivel brackets let you blend into surroundings and reorient for optimal sun capture. Panels can be used individually or strung together to deliver loads more power when you need it most, and they’re compatible with any camera that has an external 12‑volt DC jack.

• Independent or chained operation for flexible power configurations
• Compatibility with cameras using external 12‑volt DC jacks

Rugged, weather-ready housing

Durable weather‑resistant ABS housing protects the internals from wind, rain, and the unpredictable conditions of remote locations. The enclosure supports reliable operation when the elements turn challenging, helping you focus on the capture rather than the weather.

• All‑weather durability withstands wind and rain
• Two‑pack convenience for multi‑camera setups or easy replacement

Simple setup with clear status

A USB charging port and cable lock pass‑through slots simplify installation, especially when paired with an adjustable nylon camera strap—no extra tools required. The built‑in LED indicator shows remaining life at a glance, helping you plan field sessions more efficiently.

Whether you’re scouting, monitoring remote feeders, or safeguarding gear on backcountry trips, the Sol‑Pak offers practical power options without relying on disposable batteries. Possibilities include extended camera uptime, easier multi‑site setups, and reduced field maintenance, all while staying adaptable to shifting light conditions.