Mix and master your production work with this B&H Kit, which combines a pair of Yamaha HS8 Powered Studio Monitors with a pair of monitor stands and two isolaiton pads.
The slate gray HS8 Powered Studio Monitor from Yamaha is a 2-way reference speaker that is designed for mixing and monitoring in your home or studio. Equipped with a 120W bi-amplification system that powers a 8" woofer and a 1" tweeter, the HS8 is designed to offer maximum headroom, minimal distortion, and an extended response up to 30 kHz. The HS8 has both an XLR and 1/4" TRS input that accept either balanced or unbalanced signals for maximum flexibility in a variety of studio setups.
The Auray LMS-335 Studio Monitor Stands are durably constructed and designed to support studio monitors at the optimal listening position in professional and home recording studios.
Each stand is constructed from steel tubing and a 9" steel plate. An ergonomic locking knob secures the stand, and a locking pin is inserted into six predrilled holes to allow the height of each monitor to be adjusted between 35 and 58.5".
The three-leg design has a base spread of 23" for stability and a geometry that allows the stand to fit in corners and beside studio furniture. They come with interchangeable rubber feet for hardwood floors as well as metal spike feet for carpeted floors. The necessary tools and hardware for assembling the stands and changing the feet from rubber pads to metal spikes and vice versa are included. Two touch-fastener straps are included on the central supports for neatly securing cables to the stand.
The large IP-L Isolation Pad from Auray is a monitor speaker isolation pad made from high-density acoustic foam. It is designed to decouple your monitor speakers from its resting surface by absorbing the monitor's vibrations. This stops reverberation through the desk or speaker stands, therefore preventing unwanted resonance. Removing these unwelcome vibrations results in greater depth of field, tighter low end and transient response, and a higher level of detail across the frequency spectrum.