PROX-T-12MRSS13ULT Road Case- 13U Top Mixer-DJ 12U Rack Combo Flight Case W-Laptop Shelf and Casters

This ProX T-12MRSS13ULT 12U vertical rack, 13U slant mixer rack system with 12u rack space has all the best features you are looking for in a world-class flight case: strength, durability, and reliability with flexible options and sizes for different applications.  This heavy-duty professional combo rack is 23" deep and features 2U front loading and 13U top loading rails for convenient security for a wide variety of pro-DJ mixers, amplifiers, effects, and any other standard 19" pro audio/DJ gear. Other design highlights include a large swinging rear door (for easy wiring) with a beveled cable hole for permanent or semi-permanent installation. It also includes two Recessed handles on either side of the case.

This case also includes a sliding/removable Glide laptop shelf for digital DJs who need to have all their gear accessible at once.

This ProX ATA 300 Style Flight Case is manufactured with the Honeycomb Digital™ laminated surface design on 3/8” plywood. Made with the super-sleek look of Honeycomb Digital™ hexagon grids on all shell surfaces, which gives the cases an almost alien look! Also as opposed to regular laminated plywood cases from other manufacturers, the ProX Honeycomb Digital™ design helps prevent minor to mild scratches. The Honeycomb Digital™ line design was inspired in 2009 by the design of New York City Street Manhole covers which are made to handle rough and tough everyday punishment.

All ProX cases use CNC technology, during the manufacturing process, to assure that cases are consistently built with strict specifications and tolerances that are required for the high-quality standards that ProX cases have been known for since 1984.

Note: Any pictured device is shown for reference only and not included!

For your safety, and the safety of your equipment, do not attempt to transport or move with any gear stored on a sliding shelf or side shelf and be aware that the sliding shelf can be removed when slid out to its furthest point.