M410 is a hybrid horn loaded two way passive (bi-amp) point source element.
By combining two different loading techniques we managed to achieve better low end extension while still maintaining very high sensitivity.
The system features four 10 inch low frequency drivers with 2.5 inch voice coils that are both front horn loaded and reflex tuned.
The multi-cell horn provides seamless inter-element coupling within the box it self and with the other boxes when cluster stacked.
High frequencies covered by four 1.75 inch voice coil 1 inch throath high frequency drivers. The polyester annular ring cone makes it able to handle the lower frequency spectrum with much less stress then the standard dome shaped metal diaphragm, but in the same time effortlessly provide the very high frequency sparkle making the HF very smooth sounding.
All this is making the M410 ultimate point and shoot tool enabling extremely fast sound system deployment in either ground stack or fly position.
Its extreme SPL level enables the operator to replace 4-6 line array boxes with only one box that requires only one amplifier channel to drive it.
|Usable bandwidth (-3db):||67Hz-20KHz (M410 DSP settings)|
|Nominal directivity (-6db):||90×30 degree|
|Maximum system SPL:||149db|
|RMS handling capacity:||1500W|
|Recommended amplifier:||1500-2000W at 8 ohms per channel|
|Components:||LF: 4×10 inch drivers|
HF: 4×1 inch drivers
|Nominal impedance:||8 ohm (4ohm optional)|
|Physical:||WxHxD 580x580x600mm, Weight: 47kg|
|Material:||Baltic birch plywood|
|Connectors:||2x Neutrik Nl4 Speakon|
|Finish:||Black textured water based coating|
Trade Descriptions Act:
Due to MM-acoustics policy of continuing improvement, we reserve the right to alter these specifications without prior notice. MM-acoustics is committed to refining state of the art sound reinforcement, combining in-depth product and field applications research with advanced manufacturing techniques. Every MM-acoustics product is built to the highest manufacturing standards and rigorously tested to ensure that it meets the performance criteria specified in the design.