Seymour Duncan Jeff Loomis Blackouts 7-String Bridge Pickup – Passive Mount, Black
This high-output active humbucker captures aggressive pick attack and articulate midrange response engineered specifically for extended-range 7-string guitars in the studio. The Alnico 5 bar magnet with steel pole pieces generate a powerful, focused signal that cuts through dense mixes with clarity—essential for heavy tracking where each note needs definition and presence in the final mix.
Tone & Recording Characteristics
The Jeff Loomis Blackouts voice emphasizes strong pick attack and pronounced midrange response, ensuring every recorded note registers with presence and aggression. Calibrated specifically to keep the low B string tracking clean and tight rather than muddy, this pickup maintains articulation across the entire frequency range even under high-gain conditions—critical for layering takes and post-production clarity.
Studio Installation & Compatibility
Built as an active humbucker in passive mount configuration, this bridge pickup uses a black brushed nickel cover and installs into standard passive-style routing without requiring active circuitry modifications. The 7-string bridge position voicing is engineered to handle extended-range demands with balanced response from lowest to highest strings, translating consistently across different session guitars and recording environments.
Key Features
- High-output active humbucker design
- Alnico 5 bar magnet with steel pole pieces
- Strong pick attack and pronounced midrange response
- Low B string optimized for clean, tight tone
- Passive mount housing configuration
- Black brushed nickel cover finish
- 7-string bridge position calibration
- Standard humbucker footprint compatibility
- Jeff Loomis signature voicing
- Designed for high-gain and heavy applications
The Seymour Duncan Jeff Loomis Blackouts bridge pickup delivers the aggression and clarity essential for professional studio tracking and extended-range production, with a sonic signature proven across demanding session and mixing scenarios.
