Bigger is Better - Or Is It? The Truth About Woofer Size and Beaming

In this video, we delve into the fascinating world of woofer sizes and their impact on audio performance, specifically focusing on the phenomenon of beaming. We'll explain how beaming affects sound dispersion and soundstage, particularly at the critical crossover point of 2 kHz where most horns and tweeters transition.

We'll also explore the negative effects of beaming, such as phase anomalies, reduced "sweet spot," and increased distortion due to cone breakup. Using detailed visuals and comparisons of different woofer sizes, we'll illustrate these concepts clearly and provide insights into how they influence the design and performance of our speakers.

Join us as we uncover whether bigger really is better when it comes to woofer size!

#WooferSize #BeamingInSpeakers #SpeakerCrossover #2kHzCrossover #SoundDispersion #Soundstage #PhaseAnomalies #ConeBreakup #SpeakerDesign #AudioPerformance #HornsVsTweeters #HighFidelityAudio #SpeakerDistortion #AudioEngineering #HomeAudioSystems

Woofer size
Beaming in speakers
Speaker crossover
2 kHz crossover
Sound dispersion
Soundstage
Phase anomalies
Cone breakup
Speaker design
Audio performance
Horns vs. tweeters
High-fidelity audio
Speaker distortion
Audio engineering
Home audio systems
Woofer size and beaming
Speaker crossover point
Soundstage in speakers
Audio phase anomalies
Cone breakup in woofers
High-end audio speakers
Speaker design principles
Beaming effect
Sound dispersion issues
Tweeter dispersion mismatch
Audio distortion causes
Sweet spot in audio