Seymour Duncan APS2 Alnico II Pro Flat Strat RWRP Pickup

Seymour Duncan APS2 Alnico II Pro Flat Strat RWRP Pickup

The Seymour Duncan APS-2 delivers the articulate, balanced character of classic Alnico II voicing with modern hum-canceling performance. This reverse-wound/reverse-polarity design eliminates the 60-cycle hum that plagues traditional middle-position Strat setups while maintaining the vintage tonal signature players expect from pro-grade Alnico II magnets. Built with hand-ground components and traditional construction methods, this pickup integrates seamlessly into any Strat requiring a replacement neck or middle position voice.

Tone & Voicing

The 6.4 kΩ DC resistance and 9 kHz resonant peak create a midrange-focused character with articulate highs—ideal for gigging players seeking clarity without excessive brightness on stage. An EQ curve of 5/4/7 (Bass/Mid/Treble) delivers punchy fundamentals, smooth mids, and present treble response suitable for clean through overdriven applications, cutting through a mix reliably in live settings.

Construction & Reliability

Hand-wound with Alnico II rod magnets and heavy Formvar magwire, the APS-2 employs Forbon flatwork and vintage-correct single conductor cloth cable with waxed and tinned cloth pushback hook-up wires. Wax potting eliminates microphonic squeal and ensures stable performance across temperature and humidity ranges—essential for road-tested reliability in demanding venues.

Key Features

• Hand-ground Alnico II rod magnets
• DC Resistance: 6.4 kΩ
• Resonant Peak: 9 kHz
• EQ (Bass/Mid/Treble): 5/4/7
• Reverse-wound/reverse-polarity (RWRP) for hum cancellation in middle position
• Heavy Formvar magwire construction
• Forbon flatwork
• Single conductor cloth cable with waxed and tinned pushback hook-up wires
• Traditional keyed bottom plate
• Wax potted for squeal-free performance

The APS-2 combines vintage Alnico II tone with practical RWRP technology, making it the go-to pickup for gigging Strat players who demand hum-free middle position operation without sacrificing tone.