Seymour Duncan J Loomis set Black Pickup

Seymour Duncan Jeff Loomis Blackouts Set Black Pickup

The Seymour Duncan Jeff Loomis Blackouts deliver aggressive, articulate voicing with the clarity and sustain needed to capture complex harmonic detail in high-gain recording sessions. These high-output active humbuckers respond with precision to fast picking and intricate note work, maintaining definition even at extreme gain levels tracked to tape or digital. The matched pair ensures phase coherence between neck and bridge positions, eliminating the cancellation issues that can plague mismatched pickup sets and compromise mix translation.

Magnetic Design & Tonal Character

The bridge humbucker features an Alnico 5 bar magnet for aggressive midrange punch and extended treble articulation that cuts through dense arrangements, while the neck position uses Alnico 5 rod magnets to deliver balanced output without sacrificing clarity on rhythm and lead tracking. Active electronics provide consistent headroom, low noise floor, and dynamic response across the full frequency spectrum, giving you tight, controlled rhythms and expressive lead lines that translate cleanly to the mix.

Construction & Studio Integration

The brushed black nickel finish provides both visual consistency and corrosion resistance across multiple takes and sessions. Supplied as a complete 2-piece matched set, these pickups arrive perfectly phase-aligned, eliminating guesswork during installation and ensuring your recorded tones maintain coherence across both positions without phase-related frequency cancellation.

Key Features

• High-output active humbucker design
• Bridge humbucker with Alnico 5 bar magnet
• Neck humbucker with Alnico 5 rod magnets
• Active pickups with low noise characteristics
• Extended headroom for high-gain applications
• Brushed black nickel finish
• 2-piece matched set
• Pre-matched for phase coherence

This is a purpose-built set for sessions demanding maximum articulation, output, and reliability in high-gain recording where phase alignment and tonal consistency cannot be compromised.