Pearl Professional Series: Maple Snare Drum of Deep Sonic Character

Introducing the Pearl Professional Series 14"x6.5" Maple Snare Drum in a captivating Sequoia Red Lacquer Finish – a percussion instrument that pushes the boundaries of professional sound and craftsmanship. Continuing the legacy of Pearl's iconic MLX drums since 1985, this deeper-bodied snare offers drummers an expanded tonal palette and rich sonic expression.

Designed for musicians who demand versatility and depth, this snare drum delivers a powerful yet nuanced sound that can cut through any performance environment, from intimate club stages to large-scale national tours.

• Premium Maple Construction: Featuring a precision-crafted 6-ply EvenPly Six shell made from 5.3mm North American Maple, providing deep, articulate midrange tones with exceptional warmth and projection.
• Advanced Shell Engineering: 45-degree bearing edges ensure rapid energy transfer and increased sustain, allowing for crisp, responsive performance across diverse playing styles.
• Professional-Grade Hardware: Equipped with Pearl's classic CL dual bridge lug and SR017 Snare Strainer, offering smooth operation and fine-tuned tonal control.
• Stunning Aesthetics: Sequoia Red Lacquer finish enhanced by Pearl's exclusive 31-step finishing process, combining visual elegance with professional durability.

Detailed Specifications:

• Model: PMX1465S/C110
• Drum Dimensions: 14"x6.5"
• Shell Details:
  • 6-ply North American Maple
  • 5.3mm Shell Thickness
  • 45-Degree Bearing Edges
• Hardware Features:
  • CL Dual Bridge Lug
  • 2.3mm Triple-Flanged SuperHoop II Hoops
  • SR017 Snare Strainer with Fine-Tuning Adjustment
• Heads:
  • Remo UT Coated Single-Ply Ambassador Batter Head
  • Remo Ambassador Snare Head
• Finish: Sequoia Red Lacquer with Premium Transparent Coating

The Pearl Professional Series 14"x6.5" Maple Snare Drum is more than just a percussion instrument – it's a versatile musical tool that brings professional-grade sound, depth, and style to drummers who demand exceptional tonal complexity and reliability.