Fitzroy / LARK

The soundproofing fund project at the Fitzroy Club focused on improving sound insulation in various areas to increase the overall sound quality. The original plan was approved, but adjusted slightly over time. Despite these adjustments, the goal of providing an improved sound experience for guests and optimizing soundproofing for neighbors was achieved. The funds provided were used strategically, leading to several notable results.

Installation of a custom door and ramp at LARK (formerly Marie-Antoinette): Initially, in collaboration with other builders, no ramp was planned. However, cooperation with a site manager enabled a solution to be found that included the removal of the old door, the ordering of a bespoke replacement and the installation. The addition of the ramp not only helped to contain noise in the club, but also improved accessibility. 

Selection of an alternative sound system: The original recommendations for speaker models from Görneschweizer and Jacob Thorne did not meet the requirements of the outdoor area. After exploring alternative options, a collaboration with Danley Sound Labs for main speakers and Martin Audio for fill speakers and DJ monitors was chosen. Brandon Walsh’s expertise was crucial in ensuring effective coverage of the area and superior sound quality. The chosen speakers also offer high energy efficiency, contributing to sustainability efforts. 

Window soundproofing measures: Sound intrusion through windows was a challenge at both LARK and Fitzroy. At LARK, sound escaped through manually operated windows to the Spree and disturbed neighboring buildings. Funding enabled new window handles with keys to be installed to provide better control over window operation. Similarly, temporary measures such as timber boards were implemented at Fitzroy to address sound intrusion from old windows. These interim solutions effectively address sound issues and provide time to allocate resources to permanent solutions.

Overall, the project has significantly improved sound quality and sound insulation through strategic adjustments and effective use of resources.