
Promark Forward 7A Raw Hickory Nylon Tip Natural Drumsticks
Product Information:
This Forward 7A drumstick features our raw finish which provides a natural, sanded down wood feel in the hands of the player.
Product Features:
- Tip Material: Nylon
- Tip Shape: Oval
- Length: 15 3/8" / 390.5mm
- Diameter: .512" / 13mm
- American Hickory is the most popular wood choice for drumsticks due to its resilience, responsiveness, durability, and classic feel. The thin, 7A diameter drumstick is ideal for kids and beginners.
- The ProMark Classic oval nylon tip provides a brighter, more articulate tone suited for multiple applications
- The ProMatch process ensures unrivaled consistency of weight and pitch from stick to stick, and pair to pair
Product Information:
This Forward 7A drumstick features our raw finish which provides a natural, sanded down wood feel in the hands of the player.
Product Features:
- Tip Material: Nylon
- Tip Shape: Oval
- Length: 15 3/8" / 390.5mm
- Diameter: .512" / 13mm
- American Hickory is the most popular wood choice for drumsticks due to its resilience, responsiveness, durability, and classic feel. The thin, 7A diameter drumstick is ideal for kids and beginners.
- The ProMark Classic oval nylon tip provides a brighter, more articulate tone suited for multiple applications
- The ProMatch process ensures unrivaled consistency of weight and pitch from stick to stick, and pair to pair
Description
Product Information:
This Forward 7A drumstick features our raw finish which provides a natural, sanded down wood feel in the hands of the player.
Product Features:
- Tip Material: Nylon
- Tip Shape: Oval
- Length: 15 3/8" / 390.5mm
- Diameter: .512" / 13mm
- American Hickory is the most popular wood choice for drumsticks due to its resilience, responsiveness, durability, and classic feel. The thin, 7A diameter drumstick is ideal for kids and beginners.
- The ProMark Classic oval nylon tip provides a brighter, more articulate tone suited for multiple applications
- The ProMatch process ensures unrivaled consistency of weight and pitch from stick to stick, and pair to pair























