Do you have a question about the Rogers DYNA-SONIC and is the answer not in the manual?
Loosen all tension screws in sequence until head tension is relieved, then re-tighten evenly.
Turn each tension screw in sequence with a drum key for four half turns total.
Turn each tension screw in sequence with the drum key for a total of five equal half turns.
Tighten adjuster screw on snare frame end until snares stop rattling, avoid over-tightening.
Ensure the snare frame is centered inside the snare gates on the bottom hoop.
Adjust knob counter-clockwise until snares are loose, then clockwise until rattle disappears.
Tap drum edge to check pitch at each screw; adjust tension screws if pitch differs.
Explains the unique floating snare frame that allows separate tension control for reactive response.
Instructions for adjusting snare tension for maximum response, fine-tuning between 'choked' and 'live' sounds.
Loosen all tension screws in sequence until head tension is relieved, then re-tighten evenly.
Turn each tension screw in sequence with a drum key for four half turns total.
Turn each tension screw in sequence with the drum key for a total of five equal half turns.
Tighten adjuster screw on snare frame end until snares stop rattling, avoid over-tightening.
Ensure the snare frame is centered inside the snare gates on the bottom hoop.
Adjust knob counter-clockwise until snares are loose, then clockwise until rattle disappears.
Tap drum edge to check pitch at each screw; adjust tension screws if pitch differs.
Explains the unique floating snare frame that allows separate tension control for reactive response.
Instructions for adjusting snare tension for maximum response, fine-tuning between 'choked' and 'live' sounds.
The Rogers Dyna-Sonic Snare Drum is a custom-built, uniquely-engineered, and highly sensitive instrument, renowned for its super-reactive snare response and full-bodied tone. Introduced in 1961, it has become a highly sought-after drum due to its innovative design and dynamic capabilities.
The Dyna-Sonic snare drum features a "floating snare assembly" that allows the snares to contact the bottom head evenly without stifling its vibration. This design provides a live, resonant tone with superior sensitivity across all dynamic levels, from a whisper to full thrust play. Unlike traditional snare drums where the snare wires and cords are strapped directly across the bottom head, which can "choke" the head's vibration and tonality, the Dyna-Sonic's independent snare frame allows for separate control of snare tension. This separation prevents the snares from pinching the edges of the head, resulting in a more open and vibrant sound. The "throw-off" lever on the strainer raises and lowers this free-floating frame, enabling precise adjustment of snare contact. This unique system allows drummers to fine-tune the interaction between the snares and the drum, creating a wide variety of snare personalities, from a dry, crisp snap to a loose, growl-ly tone, or anything in-between.
The core innovation lies in the "Dyna-Sonic Snare Rail System," which consists of an independent snare frame that floats above the bottom head. This frame is engaged or disengaged via a strainer lever, which lifts or lowers the frame to make contact with the head. A knurled tension knob on the strainer allows for micro-adjustments of the snare tension, enabling precise control over the snare response. The snare frame itself is designed to be centered within "snare gates" on the bottom hoop, ensuring even contact and optimal performance. The drum's construction emphasizes even tensioning of both batter (top) and snare (bottom) heads to achieve the best sound.
The manual implicitly suggests that proper tuning and adjustment are key to maintaining the drum's performance. Regular checks of tension screw pitches and snare frame centering ensure optimal sound quality. The design, with its independent snare frame, simplifies maintenance by isolating snare tension from head tension, making it easier to troubleshoot and adjust specific components. The robust construction and precision engineering are designed for longevity, provided the user follows the recommended tuning and adjustment procedures.
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