Six Wyze Solar Cam Pan security cameras caught fire and injured their owners, prompting Wyze Labs to recall roughly 323,920 units sold across the United States and Canada. The fires trace back to a specific flaw: incorrect assembly instructions that can lead users to puncture the lithium-ion battery casing inside the device. The recall covers cameras distributed between October 2025 and April 2026 under model number WYZESCPWH, and affected owners can request a free replacement or refund.
How a documentation error turned a home security camera into a fire risk
The root cause is not a defective battery or faulty wiring. It is a mistake in the printed assembly instructions. When owners follow those directions to install the camera, the process can puncture the lithium-ion battery casing, creating conditions for thermal runaway, fire, and burns. That distinction matters because it points to a breakdown in how Wyze validated its product documentation before shipping, not a manufacturing defect on the production line itself.
About 321,360 units in the U.S. and about 2,560 units in Canada are covered by the recall. The cameras were sold through multiple retail channels during a seven-month window from October 2025 through April 2026. Six reported incidents resulted in fires and injuries to consumers, which triggered the formal recall action.
For households that installed these cameras for outdoor monitoring, the practical consequence is immediate. A device meant to run unattended on solar power, often mounted on exterior walls or eaves, carried a hidden ignition risk baked into its setup guide. Owners who assembled the camera according to the included instructions may have already compromised the battery without realizing it.
What the CPSC recall filing reveals about the Solar Cam Pan
The recall notice identifies the affected product specifically as the Wyze Solar Cam Pan Security Camera, model WYZESCPWH. Wyze Labs is offering consumers a choice between a replacement unit and a full refund. The filing classifies the hazard as posing a risk of serious injury from fire and burn hazards, a designation that reflects the severity of the six reported incidents.
The documentation-control failure raises a question that extends beyond this single product. Wyze has built its brand on affordable smart home devices shipped at high volume with thin margins. The Solar Cam Pan entered the market in late 2025, and within months, the assembly-instruction error had already produced real injuries. Late-stage product validation, the phase where final packaging, manuals, and user-facing materials are checked against hardware specifications, appears to have missed a step that allowed dangerous instructions to reach consumers.
Whether that gap is isolated to this one camera or reflects a broader pattern in how Wyze prepares IoT products for retail is a question the company has not publicly addressed. The CPSC’s oversight office tracks enforcement actions and compliance patterns across product categories, but no public enforcement notes or complaint-volume data specific to this recall have surfaced beyond the formal notice.
Open questions for Wyze owners and the broader recall
Several gaps in the public record stand out. The CPSC filing confirms the number of affected units, the nature of the hazard, and the corrective action, but it does not detail how Wyze discovered the documentation error or how long the company knew about the problem before initiating a recall. It is also unclear whether Wyze has updated its internal review processes for manuals and quick-start guides to prevent similar errors in future products.
For current Wyze customers, another unresolved issue is how the company is communicating risk beyond the formal recall. Many owners rely on email alerts or app notifications for product updates, yet the recall documentation does not spell out whether in-app warnings or forced firmware notices accompany this action. Consumers who bought the camera through third-party retailers may be even harder to reach, especially if they have not registered their devices.
There is also the question of what happens to units that have already been installed but have not yet failed. The recall advises consumers to stop using the cameras and contact Wyze for a remedy, but outdoor security hardware is often installed in hard-to-reach locations. Some owners may weigh the inconvenience of removal against a risk they perceive as abstract, particularly if their camera has operated without visible issues. That tension between safety guidance and real-world behavior is common in recalls involving fixed home equipment.
For the broader smart home market, the Wyze Solar Cam Pan episode underscores how non-hardware errors can still create serious physical hazards. Companies typically focus safety testing on components, circuitry, and enclosures, but this case shows that instructions themselves can become a vector for risk. As more devices ship as DIY kits with modular mounts, solar panels, and rechargeable batteries, the line between product design and user assembly grows thinner-and mistakes in that handoff can have costly consequences.
Until Wyze provides more detail on how it is tightening documentation reviews and how many owners have actually responded to the recall, consumers are left with limited information. What is clear from the CPSC record is that a relatively small paper error in an instruction booklet was enough to turn a solar-powered security upgrade into a potential source of fire and injury, and that owners of the affected model should take the recall seriously and act promptly to remove the risk from their homes.
