Heckler H596-BK video conferencing accessory Mounting kit Black

Heckler Angle Adapter for Huddly C1

A wedge-shaped adapter that introduces a fixed 17° downward tilt for Huddly C1 when mounted above a display. Installs between the Huddly C1 mounting bracket and any mounting surface — no shims, guesswork, or field adjustments required. Glass-filled ASA construction. Compatible with wall mounts, Heckler Framework, Heckler Credenza Neo, Heckler Mobile Fleet, and other Heckler mounting systems.

Enables Above-Display Mounting for Huddly C1

When specified above a display, Huddly C1 requires a deliberate downward tilt to preserve natural eye contact and proper participant framing. The Angle Adapter makes above-display mounting a practical, repeatable option — expanding the range of supported room layouts and mounting heights while maintaining consistent camera geometry and meeting equity.

Purpose-Built 17° Downward Viewing Angle

A fixed 17-degree downward angle optimized for above-display camera placement. This angle aligns Huddly C1 toward seated participants, improving facial framing and eye-line accuracy without relying on digital correction or field-adjusted shims. A known, repeatable geometry that can be documented in room standards and deployed consistently across large-scale installations.

Direct-to-Wall Installation, Fully Supported

The Angle Adapter mounts Huddly C1 directly to the wall — no additional brackets or field-sourced hardware required. The kit includes drywall fasteners for a complete installation straight out of the box. Well suited for retrofit projects, smaller rooms, and environments where simplicity and visual cleanliness are priorities.

Native Compatibility with Heckler Mounting Systems

The Angle Adapter integrates with a wide range of Heckler mounting surfaces: Framework Above-Display Camera Mount, Credenza Neo, Device Panel for Mobile Fleet, and other Heckler mounting and furniture systems. One adapter, consistent camera geometry across room types. Standardize on a single accessory and reduce field variables across deployments.