Partner im RedaktionsNetzwerk Deutschland
PodcastsBildungSoundproof Your Studio

Soundproof Your Studio

Wilson Harwood
Soundproof Your Studio
Neueste Episode

Verfügbare Folgen

5 von 171
  • Recording Studio HVAC Design - Air Speed
    FREE Soundproofing Workshop: https://www.soundproofyourstudio.com/... 📅 Book Your Free Call: https://www.soundproofyourstudio.com/... You’ve got the perfect mic, your preamps are pure magic, and the room’s been acoustically treated to perfection. But then... WHOOOOSH! Your HVAC system sounds like it’s trying to join your band. Not ideal when you're trying to record a delicate vocal track or a whispery acoustic guitar. Welcome to the world of soundproof HVAC design, where the air flows silently, like a ninja in socks. Today, we’re diving deep (but quietly) into one of the most overlooked parts of studio design: air speed. Let’s break it down with some laughs, some math, and some very real solutions (and no, duct tape isn’t one of them). 🚨 The Great Airflow Offender: Air Speed Here’s the problem: air that moves too fast gets noisy. Really noisy. Like "is that a snake in the ceiling?" noisy. So how do we fix it? We follow the golden rule of studio HVAC design: Keep that air speed below 300 FPM (Feet Per Minute).And never, ever go above 500 FPM unless you want your vents to start beatboxing. 📏 Step 1: Know Your Airflow – CFM vs FPM Let’s get nerdy for a sec (don’t worry, no pop quiz). CFM (Cubic Feet per Minute) = how much air is moving. FPM (Feet per Minute) = how fast the air is moving. Think of it like this: CFM is how much pizza you're delivering. FPM is how fast you're driving the pizza to the studio. Too fast? Pizza toppings everywhere.Too loud? You ruin the take. 🧠 Step 2: Do the Math (Just Once, Promise) Let’s say your studio is 400 square feet with a 9.5-foot ceiling. That’s 3,800 cubic feet of air. Now use this formula: Room Volume × 6 Air Changes / 60 Minutes = Required CFM So, in our example:3,800 × 6 / 60 = 380 CFM Congrats! You just earned your HVAC math badge. 🎖️ 🛠️ Step 3: Ductulator to the Rescue If you’ve never heard of a Ductulator, no, it’s not a lost Marvel character. It’s a tool (free online) where you plug in your airflow (CFM) and desired air speed (FPM), and it tells you what duct size you need. Pro Tip:Set your max air velocity to 300 FPM in the calculator.Put in your CFM (e.g., 380).Boom! Now you know the duct size that keeps your air whisper-level quiet. ❄️ Step 4: Consider the Cool Kid on the Block – Ductless Mini-Splits You know what doesn’t make noise? Ductless mini-split systems. They’re sleek, quiet, and perfect for home studios. Plus, they don’t blow air through ducts, so no air speed drama. Pair them with an Energy Recovery Ventilator (ERV) and you’ve got both temperature control and fresh air. 👥 Step 5: Don't Forget the Humans Now, let’s talk ventilation. People need oxygen (shocking, we know). So if your studio gets packed with your band, their gear, and one overenthusiastic producer, you need to ventilate that air out. Use this rule: 15 CFM per person So if 10 people are in the room (maybe you're recording a choir or hosting a very cozy podcast), that’s 150 CFM just for ventilation. 😱 Danger Zone: Negative Pressure If your system only supplies air but doesn’t return it, you create negative pressure. Translation: your studio becomes a vacuum cleaner trying to suck in sound from the rest of the house. Solution: Always design both supply and return ducts. Balance is everything (ask any audio engineer or Jedi). 💡 Final Thoughts from the (Soundproof) Trenches Designing HVAC for a home studio is a lot like mixing a great song—it’s all about balance and detail. The right air speed makes sure your HVAC system doesn’t become an unexpected backup vocalist. So remember: Keep air speed under 300 FPM Use a ductulator to size your ducts Go ductless if you can And don’t forget to ventilate for actual humans Need help making all this real for your studio?👉 Book a Soundproof Clarity CallOr jump into our Free Soundproofing Workshop to learn more about designing quiet, high-performance studios. P.S. If your HVAC sounds like Darth Vader during your takes... it’s time to revisit your duct design. Your ears (and clients) will thank you.
    --------  
    17:55
  • Can You Partially Soundproof a Room?
    🎧 Can You Partially Soundproof a Room? Here's the Truth (From a Pro) Let’s cut to the chase, you want a quieter space. Maybe it's to stop the drum kit from rattling your walls or to keep noisy neighbors out of your creative zone. Naturally, your first question is: “Can I just soundproof one wall?”or“Can I get by with soundproofing only the ceiling?” Spoiler alert: You can try. But it won’t work the way you’re hoping. 🚫 The Myth of Partial Soundproofing We hear it all the time: "I just want to soundproof the door.""I’ll handle the ceiling now, then the rest later." But here's the truth: Soundproofing is not like painting one wall a different color. It's not something you can piecemeal and expect real results. Why? Because sound travels in all directions, through walls, floors, ceilings, even ventilation and electrical gaps. Blocking just one path is like trying to stop a leak with a napkin. 🔍 So What Actually Works? ✅ The Holistic Approach Effective soundproofing means thinking about the entire room as a system. That includes: All four walls The ceiling and floor Doors and windows And yes, even HVAC systems You need to isolate every path that sound can use to sneak in or out. That’s the only way to create a truly sound-isolated space. 💸 What About Budget? Let’s be real, full soundproofing isn’t cheap. You might need to: Take walls down to the studs Build a floating floor or add mass-loaded vinyl Isolate HVAC ducts Use soundproof doors and acoustic sealant It’s an investment, but it’s also the only way to get professional-level results. If you try to save now with a half-done job, you'll likely end up spending more later to fix what didn’t work. 🧠 Sound Science, Not Soundproofing Scams Some folks online will sell you “soundproof” panels or stick-on foam with big promises. But real sound isolation is based on physics: Mass (heavier materials block sound) Decoupling (separating surfaces prevents vibration transfer) Air gaps and insulation (reduce sound bridges) Foam helps with echo control — not soundproofing. 👀 Still Not Sure Where to Start? That’s totally normal! Most people don’t know this stuff until they go down the rabbit hole or waste money on the wrong materials. But here’s the good news: 🎓 You can join our free soundproofing workshop and learn the real deal. We’ll walk you through the fundamentals and help you avoid expensive mistakes. Or if you're more of a 1-on-1 learner, book a free clarity call with me. We’ll talk about your space, your goals, and what makes the most sense for your budget. You Can't Cheat Soundproofing If you’re asking “Can I partially soundproof my room?” — the answer is:You can, but it won’t work well. If you want real isolation, go all in or at least plan for a full-room solution over time. 🎤 Questions?Jump into the workshop or let’s talk on a free clarity call. Your ears (and your neighbors) will thank you.
    --------  
    8:28
  • Can Your Ceiling Hold the Weight?
    What You Need to Know Before Soundproofing a Room If you're planning to soundproof a room, especially in an older garage, basement, or converted space, there’s one question you absolutely must ask:Can your ceiling hold the weight? Soundproofing materials are heavy. Before you start layering mass-loaded vinyl, double drywall, or other dense products, you need to make sure your ceiling structure can safely support the load. Here’s how. Step 1: Assess Your Existing Ceiling Structure Before you add anything, take a good look at what you already have: What kind of space is this? (Garage, attic, bonus room?) What was the ceiling originally designed to support? Are there visible beams or joists? Measure the spacing between them. Many older ceilings, especially in garages built in the 1950s or 60s, were not designed to hold significant weight beyond drywall and light fixtures. Step 2: Understand Weight Limits Most residential ceiling structures can only support a limited load, often just ½” drywall and basic insulation. When soundproofing, even without products like MLV, you're still adding significant weight with: Two layers of ⅝” drywall Resilient channels or sound isolation clips Possible additional framing or mass layers These materials add up quickly in terms of weight per square foot. You need to calculate the total added load and compare it to what your existing ceiling can safely handle. Step 4: Consider Smart Design Alternatives If you're tight on ceiling height or structure isn’t ideal, consider: Using pre-engineered scissor trusses Designing a room-within-a-room that floats below the ceiling joists Consider using pre-engineered beams for cathedral ceiling These methods help preserve structural integrity while still achieving excellent sound isolation. Step 5: Review and Adjust Before You Build Before construction begins: Review your engineer’s drawings Walk through the plan with your contractor Make final design changes to avoid costly mistakes And remember, never install heavy ceiling layers based on guesswork. Key Cautionary Notes Don’t underestimate weight. More mass means more stress on your ceiling. Don’t skip the engineer. It’s not just about code, it's about safety. Don’t rely solely on your builder. Soundproofing introduces unique structural demands. Bonus: Tips for Staying on Track Use design software to visualize your framing and ceiling layout. Document all assessments and engineer recommendations. Communicate clearly with your builder and team at each stage. Ready to Start Your Project? Soundproofing a space is a big investment, and structural mistakes can be costly. If you want expert help assessing your space and getting a customized plan: 👉 Book a free Soundproof Clarity Call👉 Join our Free Soundproofing Workshop We’ll help you build a quiet space—without risking a ceiling collapse.
    --------  
    11:46
  • Soundproof Doors For Contractors, Builders, And Design Professionals
    FREE Soundproofing Workshop: https://www.soundproofyourstudio.com/workshop 📅 Book Your Free Call: https://www.soundproofyourstudio.com/Step1 If you’re a contractor, builder, or design professional working on sound isolation projects, this is your essential guide to choosing the right doors. From residential studios to high-performance home theaters, these doors can make or break the results your clients experience. As a soundproofing consultant and designer, I work with contractors and builders across North America who often ask:"Which door do I need for this project and how do I make sure it performs like the walls I’m building?" If that’s your question too, this guide (and the video below!) is for you. Why Soundproof Doors Are Critical in Isolation Builds In sound isolation, the door is often the weakest link. You can design a double-stud, fully decoupled, multi-layered wall, but if the door is hollow-core or too light, sound will pass right through. That’s why choosing the right soundproof door is essential. We break down everything you and your team need to know, from calculating door weight to choosing the right supplier and how to talk costs with your clients upfront. 1. Start With the Right Type of Door There are two main types of soundproof doors you’ll use in a typical project: Standard Soundproof Doors: These are used for passageways, studio entrances, control room doors, etc. Access Doors: These are smaller doors, used to access HVAC or electrical equipment while still maintaining sound isolation. Understanding where each fits into your design is the first step toward specifying the right product. 2. Our Go-To Supplier: The ISO Store If you're working in North America, ISO Store is the most reliable source for studio-grade soundproof doors. Their products are STC-rated, tested to ASTM standards, and built to match the mass and performance of real isolation walls. Yes, they’re heavier and pricier than what you'll find at the local hardware store, but the difference in sound isolation is dramatic. Bonus Tip: Keep Best Access Doors in your toolkit as your go-to supplier for high-performance access panels. 3. Match Door Weight to Wall Performance You’ve probably heard us say it before: mass = isolation.So, the weight and thickness of your door need to match the wall it’s installed in. For example: A 340-pound ISO HDLF door is a great match for a double-wall system with two layers of 5/8" drywall on each side and Green Glue. Double that up with two communicating doors if the noise source is extreme, like drums or machinery. Quick Formula: Total Mass of Wall System (lbs) × Door Area (sq. ft.) = Target Door Weight 4. Double Doors for Double Isolation When maximum isolation is needed, use communicating doors: two doors separated by an airlock or vestibule. They cost more, but they significantly boost isolation for: Recording studios Rehearsal rooms Mechanical rooms with loud HVAC When budget is tight, opt for the heaviest single door the client can afford. 5. Don’t Overlook Access Doors It’s not just your main doors that need attention, access panels are another source of potential leakage. For HVAC closets, control rooms, or any equipment area, you need acoustically-rated access doors. Make sure they’re: Rated for sound isolation (check STC & OITC) Tested to ASTM standards Sealed properly during installation 6. Talk Costs With Clients Early A common mistake: skipping the cost discussion until it’s too late. Even one high-quality door can run $2,000–$4,000+ depending on the type. If your design calls for double doors or multiple access panels, communicate that early so your client isn't caught off guard. Let them know: Why the price is higher than a typical commercial door How soundproof doors directly impact performance What their options are within budget 7. Pro Tips for Smooth Execution Here are some quick strategies we use in our studio design projects: Keep a preferred supplier list handy for your team. Use a template or calculator for door weight and wall mass. Model doors and access panels directly in your CAD or BIM software. Double-check supplier shipping zones before placing orders, some doors are heavy and freight rules matter. Conclusion: Soundproof Doors Are a Game-Changer, When Done Right The right door can make or break your isolation design. With smart planning and the right tools, you’ll deliver better results to your clients and reduce callbacks or complaints down the line. If you're unsure what type of door fits your next project, or you want help reviewing your design, we offer consulting support for pros like you. 👇Watch the full video for a deep dive into soundproof door selection.And don’t forget to sign up for our free soundproofing workshop, we share tools, templates, and real-world solutions every week.
    --------  
    13:25
  • We Built the Ultimate Saxophone Practice Room – Soundproof and Stunning
    FREE Soundproofing Workshop: https://www.soundproofyourstudio.com/workshop 📅 Book Your Free Call: https://www.soundproofyourstudio.com/Step1 Creating a truly soundproof, sonically rich space for saxophone practice isn’t easy—especially when you're working with concrete walls, tight dimensions, and a modest footprint. But that’s exactly what we set out to do. This project combines smart soundproofing principles, acoustic finesse, and design-forward thinking to create a space where a saxophonist can practice any time, without disturbing family or neighbors. Here’s a look inside the process, from construction to acoustics to airflow—and how every decision shaped a practice room that’s both functional and inspiring. 1. Understanding the Space: A Room with Big Goals The practice room sits in a residential setting, designed specifically for a saxophone player who needed to practice late into the night without noise complaints or family interruptions. Dimensions: 7 feet 11 inches wide by 17 feet 2 inches long Instruments: Upright piano, saxophone collection Furniture: Recording desk, seating, and storage Ceiling Height: A generous 3.2 meters (10 feet 6 inches) to the beam Despite the narrow footprint, we had to maintain acoustic integrity and visual comfort—so every inch counted. 2. Wall Construction: Isolating Sound in a Concrete Shell The room’s concrete exterior walls posed a unique challenge: they’re structurally solid but transmit low-frequency sound too well. To isolate the interior space: Decoupling: We left a 1-inch air gap between the concrete and the new walls. Framing: Installed 2x4 metal studs, supported by sway bracing clips (Igenie Clip LB) every 48 inches. Insulation: Standard pink fiberglass insulation to absorb internal sound. Layering: Applied ¾ inch OSB followed by ⅝ inch drywall. Sealing: Used acoustic sealant and backer rod at all floor and ceiling junctions. This assembly are great at blocking airborne sound but still pose a problem for flanking noise through the wall via structural vibrations. 3. Ceiling & HVAC: Airflow Without Audio Leakage The ceiling had to float above the finished walls to avoid rigid sound transfer points: Ceiling Layers: One layer of OSB + two layers of ⅝ inch drywall. Gap Maintenance: A ¼-inch gap between ceiling and walls preserved isolation. HVAC Design: Fans: AC Infinity fans for quiet, consistent airflow. Baffle Boxes: Custom-built with echo-verb liner to absorb and redirect sound while allowing air to pass. Duct Silencers: Placed between adjacent rooms to reduce transfer of mechanical noise. Good airflow is critical in a tightly sealed room—and this system keeps things comfortable without compromising sound control. 4. Acoustic Treatment: Shaping the Sound Inside With isolation handled, the next priority was sound quality. We didn’t want the room to be dead—just balanced. Acoustic Clouds: Custom-built and suspended overhead to manage axial reflections. Diffusion: Polysyndrical diffusion panels were installed to scatter sound energy and avoid harsh reflections. Bass Traps: Strategically placed in corners to tighten the low-end response. Aesthetic Touches: Backlit panels and neutral finishes gave the room a warm, modern feel. The result? A lively, musical space that supports expressive saxophone playing without sounding boomy or boxy. 5. Future Flexibility: Ready for Upgrades While the room performs beautifully today, the design leaves room for future tweaks: Soundproof Door: Optional upgrade if more isolation is needed. Wall Additions: Room to add more diffusion or absorption depending on recording results. Modular Design: Most treatments can be adjusted or removed as needs change. This isn’t just a room—it’s a living, breathing sound environment, purpose-built for one musician but adaptable over time. Final Thoughts Designing a high-performance saxophone practice room in a small space isn’t just about stacking drywall or stuffing corners with foam. It’s about understanding how sound behaves—and shaping every surface, seam, and square foot to support both silence and sound. Whether you're building in a garage, shed, or spare bedroom, this project proves that great soundproofing and musical design can go hand-in-hand. Ready to Build Your Own Soundproof Practice Space? If you're dreaming up your own studio build and not sure where to start, we’ve got two resources just for you: 🎧 Book a free Soundproof Clarity Call – Get expert advice on your studio layout and isolation plan.🔧 Join our Free Soundproofing Workshop – Perfect for DIYers who want to get it right the first time. Let’s turn your vision into a room that works as hard as you do.
    --------  
    18:56

Weitere Bildung Podcasts

Über Soundproof Your Studio

I teach you how to build a soundproof studio. Even if you know nothing about soundproofing or construction I go in depth to turn you from a total beginner into a soundproofing master.
Podcast-Website

Höre Soundproof Your Studio, Einschlafen mit Geografie und viele andere Podcasts aus aller Welt mit der radio.at-App

Hol dir die kostenlose radio.at App

  • Sender und Podcasts favorisieren
  • Streamen via Wifi oder Bluetooth
  • Unterstützt Carplay & Android Auto
  • viele weitere App Funktionen
Rechtliches
Social
v7.21.1 | © 2007-2025 radio.de GmbH
Generated: 7/16/2025 - 10:11:03 AM