Affordable Pearl Music City Custom 8"x7" Reference Pure Series Tom White Marine Pearl Rfp0807t/c448 Fast Dispatch [HCV14v7u]

Pearl Music City Custom 8"x7" Reference Pure Series Tom

The Pearl Music City Custom Reference Pure Series 8"x7" Tom is a masterful blend of craftsmanship and innovation, designed for the discerning professional drummer. This exquisite drum boasts a 6-ply blended shell made from Maple (4) and Birch (2) woods, offering a unique tonal spectrum that delivers exceptional cut and projection for high-note pitches. Its rounded 45-degree bearing edge enhances resonance and sustain, providing a rich and full sound that will captivate any audience.

• USA-customized craftsmanship
• 6-ply Maple/Birch shell
• Rounded 45-degree bearing edge

Technical Specifications and Features

Experience the pinnacle of drumming excellence with the Pearl Music City Custom Reference Pure Series 8"x7" Tom. This drum features Pearl's low-mass FatTone hoops, a unique Swivel Tube lug design, and a chrome aluminum Opti-Mount suspension system. These components work together to maximize resonance and sustain, ensuring a dynamic and responsive performance every time. The 5.4MM shell thickness strikes the perfect balance between warmth and attack, making it ideal for high-volume, high-capacity playing.

• Low-mass FatTone hoops
• Swivel Tube lug design
• Chrome aluminum Opti-Mount suspension system

Practical Uses and Benefits

The Pearl Music City Custom Reference Pure Series 8"x7" Tom is the ideal choice for drummers who demand the best in sound, playability, and craftsmanship. Whether you're performing on stage or recording in the studio, this drum will elevate your performance to new heights. Its versatility makes it suitable for a wide range of musical styles, from rock and metal to jazz and fusion. Invest in the Pearl Music City Custom Reference Pure Series and experience the difference that quality and innovation can make in your drumming journey.

• Optimum pro performance
• Suitable for various musical styles
• Enhanced resonance and sustain