Pearl Philharmonic Concert Snare Drum - Solid Shell Walnut 14x6.5, Rounded Bearing Edges

Description

The Pearl Philharmonic Solid Shell Snare Drums feature a one-piece steam bent shell for maximum resonance and a broad tone across all tuning spectrums. With a uniform 8mm shell thickness, and 6mm Solid Maple Reinforcement Rings, these beautiful instruments are drilled, hand-finished, and
The Pearl Philharmonic Solid Shell Snare Drums feature a one-piece steam bent shell for maximum resonance and a broad tone across all tuning spectrums. With a uniform 8mm shell thickness, and 6mm Solid Maple Reinforcement Rings, these beautiful instruments are drilled, hand-finished, and assembled at the Pearl Music City Custom Shop in Nashville, TN. The drums are outfitted with elegant nickel-plated tube lugs, die-cast hoops, and Pearl's signature SR505 Triad Silent Strainer. This version features fully rounded bearing edges for a warm, focused sound. The SR505 Triad Silent Strainer features captive adjustment touchpoints and full mechanical control of the three independently adjustable snare assemblies. Full Wrap Around Guitar Wire, Graduated Tension Yellow Cable Snares, and Stainless Steel Cables at Even Tension provide an infinitely adjustable response for the most delicate and exposed playing, to the most cutting in the concert hall. Additionally, the Quick Release Snare Mounting System maintains your individual snare adjustment settings on all three assemblies for fast and easy snare head replacement and maintenance. Utilizing one of the warmest-sounding wood species available, the solid walnut shell yields a dark tone while maintaining strong clarity and a focused fundamental. Features: Single Ply / 8mm 100% Walnut Shell Solid Maple 6mm Reinforcement Rings SR505 Triad Silent Strainer Wrap Around Guitar Wire Snare Assemblies STL Tube Lugs with Nickel Finish Die-Cast Hoops Snare Wire Configuration: L=S065Y (5 Strand Heavy Yellow Cable Graduated Tension) M=S069 (5 Strand Nickel Wound Cable) R=S068S (8 Strand Stainless Steel Cable Even Tension)