Vertical wind tunnel noise levels - Most Common Myths About Vertical Wind Tunnels Debunked скачать в хорошем качестве

Vertical wind tunnel noise levels - Most Common Myths About Vertical Wind Tunnels Debunked

Indoor skydiving has surged in popularity as a fun, safe, and accessible way to experience the sensation of freefall without jumping out of an airplane. Vertical wind tunnels, the technology behind indoor skydiving, allow participants to float and perform aerial maneuvers in a controlled environment. But like any emerging industry, indoor skydiving is often misunderstood. Myths and misconceptions about the operation, safety, and efficiency of wind tunnels abound. To address these myths, AERODIUM, the world’s most experienced company in vertical wind tunnel technology, recently hosted a comprehensive webinar to shed light on these common myths and misconceptions. AERODIUM has been a pioneer in the industry for over 45 years. During the webinar, several key experts from the company shared their knowledge, helping to clear up the confusion surrounding vertical wind tunnels. In this blog, we will dive deep into five prevalent myths about indoor skydiving and vertical wind tunnels, with insights provided by AERODIUM’s technical and flying experts. Myth 4: Indoor Skydiving Tunnels Can Be Virtually Silent Noise has always been a challenge in the vertical wind tunnel industry. After all, these tunnels rely on powerful fans to create the airflow necessary to keep flyers in the air. Yet, some companies claim that their tunnels can operate at noise levels as low as 50 dB - which is about as loud as a quiet conversation. Ivars Beitans, CEO of AERODIUM, explained that while reducing noise is always a priority, aiming for 50 dB is unnecessary for most wind tunnel operators. AERODIUM has set a standard of 62 dB for their indoor skydiving tunnels, which is quieter than the ambient noise level of many shopping malls, which range from 58 dB to 71 dB. Beitans explained that achieving lower noise levels would require extensive modifications, such as thicker glass walls, which would not only increase the weight of the tunnel but also significantly raise costs. In many cases, these modifications would add little to the user experience. Andy Durnford shared his personal experience with AERODIUM’s noise control measures. When working in previous wind tunnels, he needed to wear ear protection at all times due to the high-pitched noise from the fans. However, AERODIUM’s tunnels employ three layers of laminated glass totaling 34 mm in thickness, which significantly reduces noise levels inside the tunnel. In fact, Durnford noted that he was able to enter the wind tunnel without ear protection during some lower-speed sessions, something he had never experienced before. The Reality About The Noise in Vertical Wind Tunnels It is unnecessary to aim for extremely low noise levels, such as 50 dB, for most vertical wind tunnels. AERODIUM’s standard of 62 dB is more than adequate for most settings, ensuring that the tunnel operates quietly without compromising performance. For more flying action follow us: ON FACEBOOK:   / aerodium   ON INSTAGRAM:   / aerodium   Visit http://aerodium.technology to find out more!