TV wall mount Gembird WM-55ST-03 for 32–55 inch screens, VESA up to 400x400, tilt -18°/5°, swivel ±90°, max load 35 kg, black

The Gembird WM-55ST-03 is a black TV mount designed for screens from 32" to 55" and a maximum load of 35 kg. It supports VESA mounting patterns from 75 x 75 mm up to 400 x 400 mm and offers adjustable distance from the wall between 10.5 cm and 42.9 cm. The bracket provides tilt and swivel adjustments to help position the screen for optimal viewing.

Advantages

The mount combines a wide VESA compatibility range with a compact design and a durable construction in black finish. Adjustable tilt (-18° to 5°) and swivel (-90° to 90°) angles allow flexible screen positioning. The extendable arm provides a variable distance from the wall to fit different room layouts and installation needs.

Suitable for

• Wall-mounting 32"–55" LED, LCD or plasma TVs
• Rooms where adjustable viewing angle is needed (living rooms, bedrooms, offices)
• Installations requiring VESA patterns up to 400 x 400 mm
• Setups where a compact, black mount is preferred

Key specifications

• Supported screen size: 32"–55"
• Maximum weight capacity: 35 kg
• VESA compatibility: 75 x 75 mm to 400 x 400 mm
• Tilt range: -18° to 5°
• Swivel range: -90° to 90°
• Adjustable distance from wall: 10.5 cm–42.9 cm
• Product colour: Black
• Bracket weight: 2.3 kg

How to use

Choose a suitable wall location that can support the combined weight of the mount and the TV. Attach the wall plate to a solid surface (stud or appropriate wall anchors) following the included template and secure the bracket. Mount the TV to the bracket using the correct VESA holes and fasteners for your screen. Adjust the tilt and swivel to the desired viewing angle and set the extension so the distance from the wall meets your layout needs.

Recommendations

For safe installation, verify wall strength and use suitable fixings for your wall type; if unsure, consult a professional installer. Do not exceed the maximum load of 35 kg and ensure the TV’s VESA pattern is within the supported range.