QTX: 180.199UK, Adjustable Studio Monitor Floor Stand, 5 Heights, Up to 540mm

Product Overview & Key Benefits

The Adjustable Studio Monitor Floor Stand by QTX is expertly designed for both studio and home environments, making it an indispensable accessory for audio enthusiasts and professionals alike. This stand provides a sturdy platform that supports your speakers securely and with minimal vibrations. It's ideal for anyone looking to enhance their sound experience, whether for personal music production or professional audio work. The stand’s key benefits include its adjustable height settings that cater to various listening preferences and its inclusion of foam surface pads which help to stabilise speakers and eliminate unwanted noise.

Technical Specifications & Product Details

• Model:Adjustable Studio Monitor Floor Stand
• Supplier SKU:180.199UK
• Material:Durable metal construction
• Weight:2.53kg
• Maximum Weight Load:15kg
• Height Adjustments:5 positions – 340mm, 390mm, 440mm, 490mm, 540mm
• Minimum Height:300mm
• Plate Dimensions:240 x 230mm
• Base Dimensions:250 x 225mm
• Dimensions:95mm (Width) x 260mm (Height) x 275mm (Length)

Ideal Uses & Applications

The Adjustable Studio Monitor Floor Stand is versatile and can be used in various settings such as:

• Domestic DIY:Perfect for home studios or personal listening setups, allowing audiophiles to adjust their monitors for optimal sound quality.
• Commercial Buildings:Suitable for professional offices or music production entities that require stable and adjustable speaker placement.
• Hospitality Settings:Ideal for cafes or lounges that have live or recorded music, ensuring speakers are positioned correctly for the best sound experience.

Energy Efficiency & Cost Savings

While the Adjustable Studio Monitor Floor Stand is primarily designed for functionality and sound quality, utilising it effectively can contribute to energy savings through improved audio efficiency. Having speakers at the correct height and vibration-free placement enhances sound accuracy, potentially reducing the need for higher volumes, which can lead to lower electricity costs associated with prolonged usage. Additionally, the robust design ensures durability and less frequent replacements, offering further cost savings over time.