Free Floating
Stainless Steel Piccolo Snare
Free Floating
Stainless Steel Piccolo Snare
Each Pearl Free Floating snare model's Task-Specific shell recipe is tailored for a unique tonal voice and application. The Stainless Steel 14"x3.5" drum delivers the perfect Piccolo sound with a uniquely spirited, expressive style.
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Free Floating 14"x3.5" Stainless Steel Snare Drum
Free Floating 14"x3.5" Stainless Steel Piccolo Snare
- Model Number
FTSS1435
Just as each player has an individual voice, shell materials -particularly on snare drums- react differently to the drummer's unique approach. This is why Pearl's Free Floating snares have been custom-tailored to fit a specific task by model.
Pearl's revolutionary die-cast Free Floating chassis allows each shell to speak with a voice that is uninhibited by shell hardware, for true tonal purity. Individually chosen by size, shell type, and application, each drum is true to the Free Floating concept, and gives the player an unrestrained voice within the tonal spectrum.
Features an extra-thin brushed 1mm shell for bright, open attack with ringy overtone.
- SIZE
14”x3.5”
- SHELL
1mm Stainless Steel
- LUGS
FT-35
- RODS
10 per side
- TENSION RODS
SST-5035
- STRAINER
SR-160F
- SNARES
SN-1420D
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Features
1mm Stainless Steel Shell
High pitched and piercing with lively overtones.
Mastercast Die-Cast Hoops
For superior strength, rigid tuning stability, and added volume and attack.
Click-Lock Strainer
(US Patent #9082376) The revolutionary SR-160F features an inner "C"-shaped nylon clip that attaches the throw off arm to the tension dial, preventing the lever from disengaging and the tension dial from loosening, even when the tension is very low.
Free-Floating Chassis
Pearl's revolutionary snare system suspends the shell in a die-cast chassis with only the batter head contacting the edge; allowing uninhibited tonal body, resonance, and volume.
Task-Specific Sound and Performance
One of eight Task-Specific snare models, each one offers a unique voice engineered to fit a specific task by size and shell density for any sonic situation.
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