Ever wonder why certain sounds travel so easily through your walls or floors? In this video, Raincloud Noise & Vibration breaks down the three primary sources of noise found in any building and explains why some are harder to deal with than others. We cover: Airborne Noise: Sounds like voices, TVs, or outside traffic. While it has the least amount of structural power, it requires architectural solutions to block out. Vibration-Induced Noise: Energy from mechanical or electric

Tony Adamson, owner and technologist at Raincloud Noise + Vibration takes us on a deep dive into the effect of vibration on structures and how to isolate them from disturbing the people within them. In this video, we explore how vibration causes severe noise problems in buildings and what professionals can do to mitigate these issues. From understanding structural dynamics to identifying common equipment culprits, this deep dive is essential for property managers, contractors

Why does "compliant" condo flooring often fail to stop noise transfer? This presentation breaks down the disconnect between lab-tested ratings and real-world performance in modern buildings. We examine how misleading IIC numbers leave homeowners vulnerable to complaints and why current strata bylaws may be fundamentally flawed. By shifting focus toward the Delta IIC measurement and utilizing 5mm underlays with perimeter gaskets, you can create a floor system that actually wo

Ever wondered how a noisy pump in a basement parking garage can cause a headache for someone living on the 10th floor? It’s a common—and often frustrating—mystery in building management. You might have thick concrete walls and rubber isolators in place, yet the noise still finds a way through. In this video, Raincloud Noise & Vibration explains the "path of least resistance" and how building components like piping can act as a perfect conduit for vibration [ 01:10 ]. In thi