Audiopoint wrote,
"When a speaker is placed on springs, everything moves about and in situations depending on volume and room pressure level, speakers can also move counter to Earth’s rotation. Everything moves - the chassis, drivers, diaphragms and voice coils move freely - left to right and front to back.
Since everything is moving around how does one relate to or measure for driver time alignment?
If a speaker fires from different angles and/or locations while moving, does that affect driver dispersion patterns?
How do the internal moving parts of a loudspeaker function when subjected to constant flexing?
Speaker testing is usually done from a fixed foundation and position - not a moving plane, so how would spring movement affect the testing in anechoic or other studio environments?
if the iso system is properly designed any potential drawback will be outweighed by it’s advantages. Springs under (heavy) speakers - very stiff springs - would be extremely resistant to all motion except vertical motion due to their stiffness and that vertical motion would be very small in practice, again due to their stiffness. So you can ignore the motion using springs with speakers.
"When a speaker is placed on springs, everything moves about and in situations depending on volume and room pressure level, speakers can also move counter to Earth’s rotation. Everything moves - the chassis, drivers, diaphragms and voice coils move freely - left to right and front to back.
Since everything is moving around how does one relate to or measure for driver time alignment?
If a speaker fires from different angles and/or locations while moving, does that affect driver dispersion patterns?
How do the internal moving parts of a loudspeaker function when subjected to constant flexing?
Speaker testing is usually done from a fixed foundation and position - not a moving plane, so how would spring movement affect the testing in anechoic or other studio environments?
if the iso system is properly designed any potential drawback will be outweighed by it’s advantages. Springs under (heavy) speakers - very stiff springs - would be extremely resistant to all motion except vertical motion due to their stiffness and that vertical motion would be very small in practice, again due to their stiffness. So you can ignore the motion using springs with speakers.