FLIR CX-GSNK-G32-B Gooseneck Mount Base
When you need flexible camera positioning without the complexity of multi-axis brackets, this gooseneck mount base from FLIR delivers adjustable viewing angles for corner installations, tight spaces, and areas where standard fixed mounts fall short. The CX-GSNK-G32-B provides the mechanical foundation for positioning compatible FLIR cameras in locations where wall or ceiling surface irregularities would otherwise complicate proper camera alignment.
Key Features
- Gooseneck design enables post-installation angle adjustment without remounting hardware
- Compatible with FLIR camera models requiring flexible positioning solutions
- Reduces installation time in retrofit scenarios where fixed mounts require multiple attempts
- Maintains camera stability once positioned, preventing wind-induced movement in outdoor applications
- Allows precise aim adjustment after cabling and sealing are complete
- Designed for corner mounting and locations with non-standard viewing requirements
This gooseneck base solves a common problem in commercial installations: achieving proper camera coverage when mounting surfaces don't align with target viewing angles. Rather than shimming fixed mounts or compromising field of view, the flexible neck allows you to fine-tune camera orientation after the base is secured. This proves particularly valuable in retrofit projects where existing conduit locations or structural elements limit mounting options, and in environments where precise aiming is critical but can only be verified after the camera is powered and displaying live video.
The mount base integrates into FLIR's broader mounting ecosystem, providing the structural interface between building surfaces and camera housings. Installation follows standard practices for securing camera mounts to walls, ceilings, or poles, with the added benefit of adjustment capability that remains accessible throughout the camera's service life. For integrators managing projects with uncertain final camera angles or sites requiring field adjustments during commissioning, this gooseneck base reduces callbacks and simplifies achieving optimal coverage without reinstallation.
