Gage 70

Arrayable multicell

  • Active 2-way

  • Horn-loaded

  • Wideband even dispersion control

  • Studio grade drivers

The Gage 70 is a fully horn-loaded arrayable multicell for small and medium-sized applications. Sound quality, wideband dispersion control, and low distortion are prioritized over chasing the highest SPL.

Features
  • Active 2-way

  • Horn-loaded

  • Wideband even dispersion control

  • Studio grade drivers

Specification
  • Configurations: Active 2-way
  • Frequency response ±3dB: 70 Hz - 16 kHz
  • Max. cont. SPL (1m, 2Pi): 120dB

  • Nominal impedance Mid/HF: 24 Ω
  • Nominal impedance Mid bass: 16 Ω
  • Power handling capacity (cont./ peak): 480 W / 960 W
  • Connections: 2 x Speakon 4 pole

  • Height: 650 mm / 25.5”
  • Width: 600 mm / 23.6”
  • Depth: 250 mm / 9.8”
  • Weight: 25,8 kg / 56.9 Lbs

Studio-grade

Wideband even directivity control, feedback resistance, low distortion and low noise floor have been the main goals for this design. It combines studio grade dual 5.25” and three 3.5” drivers loading four separate horns. In a studio setting, it can be applied both as a far-field monitor and as a talk-back system.

Natural audio reproduction

The full range driver configuration reproduces the entire midrange and high frequencies up to 16kHz, so there are no crossovers or transitions from different driver sizes, which provides a natural reproduction of voice and acoustic instruments. This makes the Gage 70 perfect for speech reinforcement.

Visual dispersion control

The Gage 70 is designed to reduce audio feedback. The HF horns both work individually and together to obtain even dispersion throughout their range. The mid-bass horn has mechanically balanced drivers and a proprietary concept for directivity control throughout its frequency range.

Reducing audio feedback

The Gage 70 is designed to reduce audio feedback. The HF horns both work individually and together to obtain even dispersion throughout their range. The mid-bass horn has mechanically balanced drivers and a proprietary concept for directivity control throughout its frequency range.