mb1 audio
Magico made a pretty good attempt at speaker design. First using plywood in the face of their monitors ( plywood has great pullout strength for screws adding stability to the drivers ) and then heading towards aluminum. Vivid Audio has shaped their drivers which is perhaps more important then shaping the cabinets. The drivers are designed to allow the back waves to flow more freely past the magnet and spider towards the dampening. Looking at most drivers even on very expensive speakers it is easy to see that a large portion of those back waves are just going to bounce off the magnet and spider and fly back through the thinnest part of the cabinet, the very thin cone. There goes the clarity.
It should be noted that heavy speakers boasting their size and weight actually work against physics in that heavier materials resonant at a lower frequency. Low frequencies are much harder to deal with. Much harder. Larger cabinets will always propel greater amounts of cabinet resonance into the room. The reason is simple. If the area of the cabinet is 100 times the area of the driver then the cabinet only has to resonate at 100th the amount of the driver to deliver the same amount of energy into the room. The test for this is to stop at a traffic light next to a car with a subwoofer in the trunk. The sound is amplified by the surface area of the car..
Magico made a pretty good attempt at speaker design. First using plywood in the face of their monitors ( plywood has great pullout strength for screws adding stability to the drivers ) and then heading towards aluminum. Vivid Audio has shaped their drivers which is perhaps more important then shaping the cabinets. The drivers are designed to allow the back waves to flow more freely past the magnet and spider towards the dampening. Looking at most drivers even on very expensive speakers it is easy to see that a large portion of those back waves are just going to bounce off the magnet and spider and fly back through the thinnest part of the cabinet, the very thin cone. There goes the clarity.
It should be noted that heavy speakers boasting their size and weight actually work against physics in that heavier materials resonant at a lower frequency. Low frequencies are much harder to deal with. Much harder. Larger cabinets will always propel greater amounts of cabinet resonance into the room. The reason is simple. If the area of the cabinet is 100 times the area of the driver then the cabinet only has to resonate at 100th the amount of the driver to deliver the same amount of energy into the room. The test for this is to stop at a traffic light next to a car with a subwoofer in the trunk. The sound is amplified by the surface area of the car..