r/audiophile - Position Your Speakers Like This! - www.AcousticFields.com

🆓 Get a free room analysis: http://www.acousticfields.com/free-ro... ⭐ Acoustic Treatment Build Plans: https://www.acousticfields.com/produc... 🎓 eBooks & Forum: https://www.acousticfields.com/sign-u... Speaker placement can either unlock stunning resolution… or completely destroy it. In this episode, Dennis Foley of Acoustic Fields breaks down real-world speaker setups. Dennis highlights what works, what doesn’t, and why positioning is one of the most misunderstood elements in high-performance audio rooms. It starts with a common mistake: horn speakers placed too close to walls and equipment. Horn speakers radiate energy widely, often 180 degrees across the horn surface. Now imagine that energy immediately striking a tape deck, equipment rack, or nearby wall. Those early reflections smear imaging, collapse depth, and introduce distortion before the sound ever reaches your ears. Dennis challenges you to think differently: Put yourself in the position of the speaker. Where is the energy going? What does it hit first? If the first reflection point is gear or glass, resolution suffers immediately. Throughout the video, Dennis reinforces several core speaker placement principles: • Get speakers away from room boundaries whenever possible • Avoid placing equipment between the speakers • Keep gear low, below the tweeter and midrange plane • Maintain symmetry from each speaker to its nearest sidewall • Minimize clutter and reflective surfaces in the front sound field One standout setup in this review demonstrates proper positioning: speakers pulled out into the room, equipment rack placed behind them, and energy between the channels left unobstructed. This approach preserves the integrity of the horizontal soundstage and allows the speakers to breathe. However, even good setups can be improved. Dennis explains why two-dimensional diffusion on the front wall isn’t ideal for two-channel listening rooms. One-dimensional diffusion spreads energy horizontally, enhancing spatial width and instrument separation. Two-dimensional diffusion increases resolution, but without sufficient surface area coverage, it becomes more decorative than functional. Another major issue addressed: glass front walls and reflective surfaces. No matter how good the gear is, a fully glass front wall guarantees reflection chaos. The room does not care about aesthetics. It reacts to energy - predictably and consistently - based on dimensions and surface materials. There’s also an insightful discussion about professional engineers. Great engineers can work around room problems because they can hear and compensate for distortion. But that doesn’t mean the room is optimized. A properly resolved room reduces the number of issues you have to “work around.” Dennis introduces the concept of room resolution percentages: • 70% resolution = 30% room distortion • 80% resolution = 20% distortion • 90% resolution = 10% distortion The higher the resolution, the less compensation required and the more accurate your system becomes. And as always, the reminder stands: A $5,000 system in a properly positioned and treated room can outperform a $50,000 system in a compromised one. Speaker placement is not about convenience. It’s about managing energy flow within the room. If you want greater width, depth, clarity, and separation, start by positioning your speakers correctly. #reddit #AudioSetup #RoomAcoustics #SpeakerPlacement #SoundQuality #Audiophile