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The VQ 60 is a full range, self-powered, three-way loudspeaker system designed for applications which require very high output capability with class leading patten control. The VQ 60 is perfectly suited for use in arrays or singly in demanding applications. Unlike line array solutions, the VQ 60 can produce enough power and clarity to be used individually, or in paired clusters for wider coverage, maintaining your building’s aesthetics and sight lines. With low-frequency extension to 90 Hz, the VQ 60 can be combined with various subwoofers From the VSX series for extended bandwidth.

The VQ 60 is a full range, self-powered, three-way loudspeaker system designed for applications which require very high output capability with class leading patten control. The VQ 60 is perfectly suited for use in arrays or singly in demanding applications. Unlike line array solutions, the VQ 60 can produce enough power and clarity to be used individually, or in paired clusters for wider coverage, maintaining your building’s aesthetics and sight lines. With low-frequency extension to 90 Hz, the VQ 60 can be combined with various subwoofers From the VSX series for extended bandwidth.

The VQ 60 is a full range, self-powered, three-way loudspeaker system designed for applications which require very high output capability with class leading patten control. The VQ 60 is perfectly suited for use in arrays or singly in demanding applications. Unlike line array solutions, the VQ 60 can produce enough power and clarity to be used individually, or in paired clusters for wider coverage, maintaining your building’s aesthetics and sight lines. With low-frequency extension to 90 Hz, the VQ 60 can be combined with various subwoofers From the VSX series for extended bandwidth.

The VQ 60 is a full range, self-powered, three-way loudspeaker system designed for applications which require very high output capability with class leading patten control. The VQ 60 is perfectly suited for use in arrays or singly in demanding applications. Unlike line array solutions, the VQ 60 can produce enough power and clarity to be used individually, or in paired clusters for wider coverage, maintaining your building’s aesthetics and sight lines. With low-frequency extension to 90 Hz, the VQ 60 can be combined with various subwoofers From the VSX series for extended bandwidth.

The VQ 60 is a full range, self-powered, three-way loudspeaker system designed for applications which require very high output capability with class leading patten control. The VQ 60 is perfectly suited for use in arrays or singly in demanding applications. Unlike line array solutions, the VQ 60 can produce enough power and clarity to be used individually, or in paired clusters for wider coverage, maintaining your building’s aesthetics and sight lines. With low-frequency extension to 90 Hz, the VQ 60 can be combined with various subwoofers From the VSX series for extended bandwidth.

The VQ 60 is a full range, self-powered, three-way loudspeaker system designed for applications which require very high output capability with class leading patten control. The VQ 60 is perfectly suited for use in arrays or singly in demanding applications. Unlike line array solutions, the VQ 60 can produce enough power and clarity to be used individually, or in paired clusters for wider coverage, maintaining your building’s aesthetics and sight lines. With low-frequency extension to 90 Hz, the VQ 60 can be combined with various subwoofers From the VSX series for extended bandwidth.

The modular design approach of the VQ 64DF allows the system designer to create seamless and very predictable arrays which are ‘tight packed’ to avoid any unsightly spaces between cabinets; or they can be used singly as part of large distributed systems. The VQ 64DF addresses this requirement for compact dimensions without compromising performance in any way. With the addition of these VQ products it is now possible to design and install arrayed configurations comprising of multiple MH (mid-high) horns and DF (down firing) horns, along with MB (mid bass) enclosures – ideal for applications such as large sports arenas and stadia.

The modular design approach of the VQ 64DF allows the system designer to create seamless and very predictable arrays which are ‘tight packed’ to avoid any unsightly spaces between cabinets; or they can be used singly as part of large distributed systems. The VQ 64DF addresses this requirement for compact dimensions without compromising performance in any way. With the addition of these VQ products it is now possible to design and install arrayed configurations comprising of multiple MH (mid-high) horns and DF (down firing) horns, along with MB (mid bass) enclosures – ideal for applications such as large sports arenas and stadia.

The modular design approach of the VQ 64DF allows the system designer to create seamless and very predictable arrays which are ‘tight packed’ to avoid any unsightly spaces between cabinets; or they can be used singly as part of large distributed systems. The VQ 64DF addresses this requirement for compact dimensions without compromising performance in any way. With the addition of these VQ products it is now possible to design and install arrayed configurations comprising of multiple MH (mid-high) horns and DF (down firing) horns, along with MB (mid bass) enclosures – ideal for applications such as large sports arenas and stadia.

The modular design approach of the VQ 64DF allows the system designer to create seamless and very predictable arrays which are ‘tight packed’ to avoid any unsightly spaces between cabinets; or they can be used singly as part of large distributed systems. The VQ 64DF addresses this requirement for compact dimensions without compromising performance in any way. With the addition of these VQ products it is now possible to design and install arrayed configurations comprising of multiple MH (mid-high) horns and DF (down firing) horns, along with MB (mid bass) enclosures – ideal for applications such as large sports arenas and stadia.

The modular design approach of the VQ 64DF allows the system designer to create seamless and very predictable arrays which are ‘tight packed’ to avoid any unsightly spaces between cabinets; or they can be used singly as part of large distributed systems. The VQ 64DF addresses this requirement for compact dimensions without compromising performance in any way. With the addition of these VQ products it is now possible to design and install arrayed configurations comprising of multiple MH (mid-high) horns and DF (down firing) horns, along with MB (mid bass) enclosures – ideal for applications such as large sports arenas and stadia.

The modular design approach of the VQ 64DF allows the system designer to create seamless and very predictable arrays which are ‘tight packed’ to avoid any unsightly spaces between cabinets; or they can be used singly as part of large distributed systems. The VQ 64DF addresses this requirement for compact dimensions without compromising performance in any way. With the addition of these VQ products it is now possible to design and install arrayed configurations comprising of multiple MH (mid-high) horns and DF (down firing) horns, along with MB (mid bass) enclosures – ideal for applications such as large sports arenas and stadia.

The modular design approach of the VQ 64DF allows the system designer to create seamless and very predictable arrays which are ‘tight packed’ to avoid any unsightly spaces between cabinets; or they can be used singly as part of large distributed systems. The VQ 64DF addresses this requirement for compact dimensions without compromising performance in any way. With the addition of these VQ products it is now possible to design and install arrayed configurations comprising of multiple MH (mid-high) horns and DF (down firing) horns, along with MB (mid bass) enclosures – ideal for applications such as large sports arenas and stadia.

The modular design approach of the VQ 64DF allows the system designer to create seamless and very predictable arrays which are ‘tight packed’ to avoid any unsightly spaces between cabinets; or they can be used singly as part of large distributed systems. The VQ 64DF addresses this requirement for compact dimensions without compromising performance in any way. With the addition of these VQ products it is now possible to design and install arrayed configurations comprising of multiple MH (mid-high) horns and DF (down firing) horns, along with MB (mid bass) enclosures – ideal for applications such as large sports arenas and stadia.

The modular design approach of the VQ 64MH allows the system designer to create seamless and very predictable arrays which are ‘tight packed’ to avoid any unsightly spaces between cabinets; or they can be used singly as part of large distributed systems. The VQ 64MH addresses this requirement for compact dimensions without compromising performance in any way. With the addition of these VQ products it is now possible to design and install arrayed configurations comprising of multiple MH (mid-high) horns and DF (down firing) horns, along with MB (mid bass) enclosures – ideal for applications such as large sports arenas and stadia.

The modular design approach of the VQ 64MH allows the system designer to create seamless and very predictable arrays which are ‘tight packed’ to avoid any unsightly spaces between cabinets; or they can be used singly as part of large distributed systems. The VQ 64MH addresses this requirement for compact dimensions without compromising performance in any way. With the addition of these VQ products it is now possible to design and install arrayed configurations comprising of multiple MH (mid-high) horns and DF (down firing) horns, along with MB (mid bass) enclosures – ideal for applications such as large sports arenas and stadia.

The modular design approach of the VQ 64MH allows the system designer to create seamless and very predictable arrays which are ‘tight packed’ to avoid any unsightly spaces between cabinets; or they can be used singly as part of large distributed systems. The VQ 64MH addresses this requirement for compact dimensions without compromising performance in any way. With the addition of these VQ products it is now possible to design and install arrayed configurations comprising of multiple MH (mid-high) horns and DF (down firing) horns, along with MB (mid bass) enclosures – ideal for applications such as large sports arenas and stadia.

The modular design approach of the VQ 64MH allows the system designer to create seamless and very predictable arrays which are ‘tight packed’ to avoid any unsightly spaces between cabinets; or they can be used singly as part of large distributed systems. The VQ 64MH addresses this requirement for compact dimensions without compromising performance in any way. With the addition of these VQ products it is now possible to design and install arrayed configurations comprising of multiple MH (mid-high) horns and DF (down firing) horns, along with MB (mid bass) enclosures – ideal for applications such as large sports arenas and stadia.

The modular design approach of the VQ 64MH allows the system designer to create seamless and very predictable arrays which are ‘tight packed’ to avoid any unsightly spaces between cabinets; or they can be used singly as part of large distributed systems. The VQ 64MH addresses this requirement for compact dimensions without compromising performance in any way. With the addition of these VQ products it is now possible to design and install arrayed configurations comprising of multiple MH (mid-high) horns and DF (down firing) horns, along with MB (mid bass) enclosures – ideal for applications such as large sports arenas and stadia.

The modular design approach of the VQ 64MH allows the system designer to create seamless and very predictable arrays which are ‘tight packed’ to avoid any unsightly spaces between cabinets; or they can be used singly as part of large distributed systems. The VQ 64MH addresses this requirement for compact dimensions without compromising performance in any way. With the addition of these VQ products it is now possible to design and install arrayed configurations comprising of multiple MH (mid-high) horns and DF (down firing) horns, along with MB (mid bass) enclosures – ideal for applications such as large sports arenas and stadia.

The modular design approach of the VQ 64MH allows the system designer to create seamless and very predictable arrays which are ‘tight packed’ to avoid any unsightly spaces between cabinets; or they can be used singly as part of large distributed systems. The VQ 64MH addresses this requirement for compact dimensions without compromising performance in any way. With the addition of these VQ products it is now possible to design and install arrayed configurations comprising of multiple MH (mid-high) horns and DF (down firing) horns, along with MB (mid bass) enclosures – ideal for applications such as large sports arenas and stadia.

The modular design approach of the VQ 64MH allows the system designer to create seamless and very predictable arrays which are ‘tight packed’ to avoid any unsightly spaces between cabinets; or they can be used singly as part of large distributed systems. The VQ 64MH addresses this requirement for compact dimensions without compromising performance in any way. With the addition of these VQ products it is now possible to design and install arrayed configurations comprising of multiple MH (mid-high) horns and DF (down firing) horns, along with MB (mid bass) enclosures – ideal for applications such as large sports arenas and stadia.

The modular design approach of the VQ 85DF allows the system designer to create seamless and very predictable arrays which are ‘tight packed’ to avoid any unsightly spaces between cabinets; or they can be used singly as part of large distributed systems. The VQ 85DF addresses this requirement for compact dimensions without compromising performance in any way. With the addition of these VQ products it is now possible to design and install arrayed configurations comprising of multiple MH (mid-high) horns and DF (down firing) horns, along with bass enclosures – ideal for applications such as large sports arenas and stadia.

The modular design approach of the VQ 85DF allows the system designer to create seamless and very predictable arrays which are ‘tight packed’ to avoid any unsightly spaces between cabinets; or they can be used singly as part of large distributed systems. The VQ 85DF addresses this requirement for compact dimensions without compromising performance in any way. With the addition of these VQ products it is now possible to design and install arrayed configurations comprising of multiple MH (mid-high) horns and DF (down firing) horns, along with bass enclosures – ideal for applications such as large sports arenas and stadia.