Wyze is rolling out a new Solar Cam that promises standout performance outdoors by combining high-resolution imaging with near-continuous power via solar charging. Thanks to its 2K sensor and integrated 1.77W solar panel, it needs just one hour of direct sunlight to stay charged—all while delivering features that rival many wired setups.
Specs & Power: Big Performance, Minimal Fuss
The Solar Cam captures video at 2304 x 1296 resolution—and offers a 130-degree field of view plus color night vision. Additional tools include a 100-lumen spotlight and support for local microSD recording, giving users more flexibility and safety options.
Inside the unit sits a 5,200 mAh battery to keep it running during extended cloudy weather or when the solar panel is not exposed. Under ideal sun exposure, though, just an hour of sunlight is enough to maintain its charge—making wired stalls or frequent recharging mostly unnecessary.
Pricing & Kits: What You’ll Pay
Wyze has launched the full solar-included version for $69.98. For those who already own the standalone camera module, there’s a version without the solar panel for $10 less.
Why This Matters
This latest model joins a growing wave of solar-powered security cameras from various brands—and builds on Wyze’s previous Solar Cam Pan launch. The goal: offer reliable outdoor security without the hassle of wires or frequent charging. Integration with solar tech reduces long-term operational costs and adds flexibility in placement.
By increasing resolution and tightening power efficiency, Wyze is narrowing the gap between budget outdoor cams and higher-end wired or battery-powered models. Homeowners wanting reliable coverage for driveways, sheds, or yards may find the Solar Cam a compelling middle ground.
Long term, this signals a broader trend: smart home gear that leans into renewable energy without compromising on performance. To really test whether Wyze delivers, we’ll be watching real-world performance in low-sun regions, quality of video in dim light, and durability of the solar panel over time.
