Durable stainless steel mount for outdoor surveillance cameras This gutter and wall mount is made from 304 stainless steel for longterm outdoor use. Its corrosion resistant construction stands up to rain, snow and UV exposure so the holder stays reliable season after season. Key benefits Weather resistant construction: 304 stainless steel resists corrosion and UV degradation for reliable outdoor performance. Secure hold in winds: reinforced clamping jaws and a robust steel frame prevent slipping or detachment during storms. Broad compatibility: designed for IP cameras, PTZ dome cameras and solar security cameras; fits most common surveillance camera housings. Fast, drill setup: installs in minutes using the included stainless steel screws and clamping mechanism; no special tools or technical expertise required. Versatile mounting: clamps to gutters or fixes to walls for flexible positioning. Features and performance Material: 304 stainless steel for durability and rust resistance. Mounting method: clamping jaws plus included stainless steel screws enable secure attachment without drilling. Stability: reinforced design maintains camera position under strong winds and vibration. Use cases: supports both fixed and pan tilt zoom camera types, and is suitable for wired and solarpowered security cameras. Practical applications Residential surveillance: attach to a roof gutter to monitor driveways, front doors or backyards without drilling into fascia. Commercial properties: secure PTZ dome cameras on building walls or guttering to cover parking areas and loading zones. Remote or offgrid sites: mount solar security cameras to gutters or posts where power is limited, keeping panels and cameras stable in adverse weather. What you get 304 stainless steel camera bracket with reinforced clamping jaws Stainless steel screws for drill installation A mounting solution built for outdoor durability and stable camera positioning This mount provides a straightforward, durable way to secure a wide range of outdoor security cameras, minimizing installation time while maximizing longterm reliability.