CHR15M 15" 2-Way Passive Loudspeaker with Coaxial Design

The Yamaha CHR15M 15" 2-Way Passive Loudspeaker with Coaxial Design offers an ideal solution for anyone ready to step up their sound reinforcement game to a new level of professional quality, accuracy, and performance. Premium plywood cabinets finished in a tough polyurea coating provide durability not found on other loudspeakers in this class. Each model in the series has been optimized to meet the demands of a variety of sound reinforcement applications, with the CHR15M designed for use as floor monitors featuring carefully selected custom transducers. Combined with practical features adapted for their specific applications, the CHR series gives you the flexibility to choose the ideal speaker for a wide variety of sonic environments. CUSTOM DESIGNED TRANSDUCERS The high power output woofers deliver well defined, powerful bass with minimal distortion, while the 1.75" precision compression driver produces accurate mid-range and high frequencies. CABINET DESIGNS OPTIMIZED FOR A RANGE OF AUDIO ENVIRONMENTS The CHR Series features a comprehensive lineup of loudspeakers with cabinets optimized to meet the demands of specific applications. The series is rounded out by a 15" model featuring dual-angle pole sockets and rigging points for use in fixed installations or as temporary main speakers for sound reinforcement. A RUGGED, HIGHLY PORTABLE CABINET The CHR series feature plywood enclosures like Yamaha's acclaimed DZR loudspeakers to deliver outstanding durability and acoustic performance. INTELLIGENT PROCESSING TO MAXIMIZE SYSTEM PERFORMANCE When used in combination with Yamaha PX Series amplifiers or other compatible signal processors, CHR Series loudspeakers can take full advantage of dedicated speaker processor tuning settings. Additionally, the DHR/CHR Series can also be used to construct a system in combination with Yamaha subwoofers. FEATURES: Custom designed transducers Rugged, highly portable cabinet Designs optimized for a range of audio environments Intelligent processing to maximize system performance