A member of Pearl’s MIPA award-winning 900 Series Hardware, the BC900 features the Uni-Lock Tilter mechanism and telescopic knurled cymbal arm offers unmatched adjustment for placing your cymbal at any angle in any position. The cymbal arm fits easily inside the main pipe for easy storage and transport or to convert the stand instantly into a straight cymbal stand.
Pearl BC900 Features
- Cymbal Tilter Plastic Wing Nut
- Plastic Cymbal Cup
- Pipe Joint Die-Cast Joint
- Legs Double Braced Legs
- Pipes 28.6/22.2/15.9 mm
Pearl Drum stands are the choice of the working drummer. Solid and strong with thick chrome finishes ensure a long life and dependable service. Pearl Advance Hardware Systems stands are available in a wide range of options to fit your every need. From the studio to the stage, you can count on Pearl cymbal stands.
Uni-Lock Tilter –
The BC900 features Pearl's infinitely adjustable Uni-Lock tilter for ultra precise and pinpoint cymbal positioning.
Hex Tilter Cymbal Post -
Allows versatile mounting of cowbells or percussion effects to the Uni-Lock tilter.
Reversible Cymbal Seat Cup -
The B900's tilter features Pearl's Patented Reversible Plastic Cymbal Seat Cup that floats for free movement or locks for rattle-free performance for recording.
UltraGrip Wingnuts and Wingbolts -
UltraGrip Wingnuts and Wingbolts feature an ingenious ergonomic handle with notches that allows your drumsticks to be used for loosening if needed.
Die Cast Pipe Joints –
Pearl's extra tall die cast pipe joints provide greater surface area for unrelenting grip. Stop Locks assure rock solid performance and repeatable set-ups.
No Rattle Tubes -
Industrial-designed nylon bushings inside the tubes prevent metal-to-metal contact for rattle free performance making this stand ideal for recording session work!
Extra Large Non-Slip Feet -
Keep your instruments firmly planted and absorb unwanted overtones and vibrations.
Double Braced SureStruts provide the ultimate in structural integrity to prevent lateral wobble and the inherent squeaks that may result from it.