Remo Pinstripe Clear Crimplock

Remo Pinstripe Clear Crimplock: 2-Ply Clear Marching Tenor Drumhead with 7+7 mil Mylar Film and High-Tension Crimplock Technology

The Remo Pinstripe Clear Crimplock is a professional marching tenor drumhead designed for marching bands, drum corps, and demanding tenor drum performances. Featuring a two-ply construction made from clear Mylar film, with each ply measuring 7 mil in thickness, this drumhead combines durability, controlled resonance, and articulate response. Remo’s high-tension Crimplock hoop provides additional tuning stability and strength, making it suitable for the demanding playing conditions of marching percussion.

Constructed with two plies of 7-mil clear Mylar film, the Pinstripe Clear Crimplock provides a balanced combination of durability, responsiveness, and tonal control. It incorporates Remo’s proprietary dampening process, designed to reduce unwanted overtones and control sustain without sacrificing sound projection. The result is a focused, articulate tone with a defined attack, allowing each stroke to remain clear during complex marching tenor performances.

A key feature of this drumhead is its high-tension Crimplock hoop, which is engineered to securely hold the drumhead film while supporting the high tuning tensions commonly used in marching tenor drums. This reinforced hoop design improves tuning stability and overall durability, helping the drumhead maintain consistent performance during rehearsals, marching competitions, and live appearances.

The Remo Pinstripe Clear Crimplock delivers outstanding attack, articulation, and tone control, making it well suited for precise rudimental playing, fast rolls, and intricate multi-tenor drum patterns. Its two-ply film construction and controlled resonance allow drummers to achieve clear note definition while maintaining the projection required for outdoor marching environments.

Key Features

• Marching Tenor Drumhead: Specifically designed for marching tenor drums used in marching bands, drum corps, and parade performances.
• 2-Ply Clear Mylar Film: Features two layers of clear Mylar film for enhanced durability, controlled resonance, and consistent tonal response.
• 7+7 mil Film Thickness: Each ply measures 7 mil thick, providing a combined film thickness of 14 mil for durability and articulate performance.
• High-Tension Crimplock Hoop: Reinforced Crimplock technology provides additional tuning stability and durability under high-tension marching applications.
• Proprietary Dampening Process: Remo’s specialized dampening process helps control unwanted overtones and sustain without compromising projection.
• Outstanding Attack: Produces a clearly defined attack for precise and responsive marching tenor performance.
• Excellent Articulation: Delivers clear note definition, making it suitable for rudiments, rolls, and intricate rhythmic passages.
• Controlled Tone and Resonance: Provides effective tonal control and focused resonance while maintaining strong acoustic projection.
• Durable Marching Construction: Two-ply construction and the Crimplock hoop are designed to withstand the demands of high-tension marching tenor applications.
• Ideal for Marching Applications: Suitable for marching bands, drum corps, parades, rehearsals, and competitive tenor drum performances.

Remo Pinstripe Clear Crimplock: Precise Articulation, Controlled Tone, and Reliable Durability for Marching Tenor Drums

The Remo Pinstripe Clear Crimplock combines two plies of 7-mil clear Mylar film with Remo’s high-tension Crimplock hoop to deliver durability, tuning stability, and responsive performance. Its proprietary dampening process provides outstanding attack, articulation, and tone control without sacrificing projection, making it an excellent choice for marching tenor drummers who demand accurate note definition and dependable performance. Whether used for marching band rehearsals, drum corps competitions, or parade performances, the Remo Pinstripe Clear Crimplock is designed to deliver controlled, articulate sound in demanding marching environments.