Turbosound MV-210-HC Dual 10" Manchester Line Array

The Turbosound MV-210-HC Dual 10" Manchester Line Array designed for touring and installation applications. This compact powerhouse excels in sound reinforcement, delivering exceptional audio clarity and impact across various environments.

It features dual 10" low-frequency transducers with lightweight neodymium motors. This design allows the MV-210-HC to deliver efficient sound without bulk. Additionally, the 1.4" coaxial neodymium mid-high compression drivers enhance the overall sonic experience. They ensure high intelligibility for both speech and music. This speaker can handle 990 watts of continuous power and has a peak output of 3,960 watts. These specifications make it ideal for large venues and demanding audio needs.

The integral Dendritic Plane Wave Transformer (DPWT) waveguide ensures optimal line source coupling and broad sound dispersion. The MV-210-HC features horizontal coverage of 100° and variable vertical curvature from 0° to 20°.

Constructed from durable birch plywood and weather-resistant materials, the MV-210-HC withstands the rigors of live performance. Its ergonomic design allows for rapid deployment, and the integrated three-point suspension system supports easy rigging. You can rig up to 12 elements with a 10:1 safety factor.

For seamless integration, the MV-210-HC works perfectly with Lab Gruppen amplifiers and Lake DSP. This combination creates a complete audio solution. The touring-grade Neutrik SpeakON connectors ensure reliable connections. Advanced linear phase FIR hybrid processing guarantees exceptional sound fidelity in any setting.

In summary, the Turbosound MV-210-HC Dual 10" Manchester Line Array  offers unparalleled sound quality, making it a top choice for both touring and installation applications. Its advanced features, durable construction, and seamless integration with professional audio systems ensure reliable performance. This line array element is perfect for delivering exceptional audio experiences in any environment.