Somerton, United Kingdom
About this listing
International customers please contact us for a shipment quote. We ship worldwide, the price displayed by Reverb may not be accurate. We require all international customers to contact us prior to order to ensure the correct shipment cost is appliedThe ultimate overwound Strat single coil pickup, found in the bridge position of the David Gilmour Signature Fender Stratocaster.Mr Gilmour needed a pumped-up sound for his famous Black Strat, so Seymour wound what became the Custom Staggered. It has been and continues to be, an honour to work with such a legend. The Custom Staggered is a special overwound single coil that strikes the perfect balance between increased output and bouncy Stratocaster tonal character. It will deliver bigger, fatter chords, and will cut through the mix more clearly than a traditional Strat pickup, without losing the sparkle that makes a Strat sound so unique. Single notes will be bold and loud, and your solos will really sing. Use in the bridge position with a pair of Vintage Staggered strats in the neck & middle for the Gilmour style setup. Or use an SSL-5 in the neck and bridge with an SSL-5 RWRP in the middle for noiseless setup in the 2nd and 4th positions. The bobbins are built with hand ground alnico 5 rod magnets, lacquered then wound and are wax potted for squeal free performance. We use modern oval Forbon flatwork (non-triangular) which enables this pickup to fit into any guitar that is routed for single coils.SKU 1611207-057Barcode 800315035830Country of Manufacture United StatesManufacturer Seymour DuncanPosition NeckColour BlackConductor 2 ConductorMagnet Alnico VDCR 15.5kOutput MediumString 7Mount StratType Single Coil. Please be aware that this item is not typically stocked and if shown in stock on our website, can be ordered in within 1 working day for despatch.
Original Price£161.46
17% price drop
New Price£134.56
Incl. VAT
+ £4 Shipping
Only 1 left
Grab it before it's gone
14-Day Return Policy
Enjoy peace of mind with your new gear




