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Hairball Audio - Copper Mic Pre: Neve Type Sound with DI for API 500 Series

$ 269.27

Availability: 100 in stock
  • MPN: Elements Gold
  • Features: Modular
  • Number of Channels: 1
  • Modified Item: No
  • Brand: Hairball Audio
  • Type: Mic Pre
  • All returns accepted: ReturnsNotAccepted
  • Model: Copper
  • Custom Bundle: No
  • Condition: New

    Description

    Hairball Audio, Copper Mic Pre - For API 500 series chassis. Condition is New.  BA512 OpAmp and Ed Anderson custome transformers for a modern take on the Neve sound. These are custom built to order and will ship 7 - 14 days upon receipt of order.
    Manufacturers Description:
    Greyhill Stepped Gain with Variable Output Trim Version
    Hairball Elements Copper is our take on the classic British console sound.
    Copper is the sound every engineer and manufacturer chases. However, we’ve decided to approach this differently. Rather than simply copying a schematic, loading it with obvious component choices and hoping for the best, we chased the sound. That distinctive punchy lows, clear mids, and a smooth top end that makes everything sound better. We’ve used the highest quality custom wound transformers, custom designed op-amp, and capacitors carefully selected by ear.
    The 10468 and 1166 input and output transformers were custom engineered by transformer guru Ed Anderson to match the distinct signature of the 1073 channel strip transformers. We've been selling these transformers for a few years now and they've grown a cult following for their authenticity and performance.
    The custom BA512 op-amp, designed and manufactured by Eisen Audio (Brooklyn, NYC), is based on a discrete amp originally designed for the BBC, as a drop-in replacement for the BA440 in their custom consoles. BA512 is a well designed op-amp with all of the classic color you've come to expect.
    The Copper sound is amazing and exactly what you’ve been looking for in electric guitars, drums, and most anything you want to have that classic tone. You won't find these results anywhere else.