YAMAHA / DFHS1200D

This two-legged hi-hat stand from Yamaha features an easy-to-turn dial for tension adjustment and a locking mechanism to prevent loosening during performance.

■ Hi-Hat Stand
■ Two-Leg Type
■ Adjustable Spring Tension with Locking Function
■ Reversible Cymbal Receptacle (Felt & Rubber)
■ Height Adjustment Range
When Using Long Rod: 740mm-1050mm
When Using Short Rod: 740mm-900mm

■ 110-Degree Leg Angle
The two legs are set at a 110-degree angle opposite the footboard, preventing the stand from slipping when you step on it.

■ Footboard Design
The footboard features a new design with a wider tip for reduced weight and improved maneuverability.

■ Flat Surface
The flat surface eliminates unnecessary resistance on the footboard. The wide shape allows for greater freedom of movement.

■ Cymbal Receptacle & Cymbal Angle Adjustment
The cymbal receptacle features a reversible design with a felt top and rubber bottom. You can use it however you like. The newly designed angle adjustment screw also features a locking function that automatically locks after adjustment to prevent loosening during performance.

■Spring Tension Adjustment with Locking Function
The large dial allows for quick spring tension adjustment. The newly designed dial is easy to turn and features a locking mechanism to prevent loosening during performance. The tension strength can be checked with an indicator at the bottom of the dial, ensuring consistent adjustment.

■Big Rubber Feet & Spikes
The large rubber feet provide excellent grip and are equipped with push-lock spikes. Simply press the knob to turn the spikes on and off.

■Drum Key Holder
Attaches the drum key to the stand's pipe.

■Long & Short Rods
Equipped with two rods of different lengths for flexible positioning, the short rod can be used for low settings to minimize interference during performance.

■Footboard Angle Adjustment
The pedal angle can be freely adjusted when not in use. This allows for even pedal alignment when used with a double foot pedal, etc. Additionally, rubber is inserted into the footboard connection, providing a mechanism to prevent the footboard from bouncing off.