Kawai F350 Digital Piano Pedal Board for ES110 Stage Pianos White

£75.00

This is the Kawai F350 Digital Piano Pedal Board for ES110 Stage Pianos White from Kawai, listed in Pedalboards on Just Pedals. Read More below.

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The Kawai F-350 Digital Piano Pedal Board is designed for ES110 and ES100 players who want a more authentic piano-playing experience at home. When paired with the HML-1 stand it adds damper soft and sostenuto pedals in a compact setup giving you the familiar control of an acoustic grand piano. Half-pedal support also allows for more detailed expression helping you shape dynamics with greater accuracy.Inspired by the pedal layout of Kawais EX concert grand piano the responsive pedals feel natural underfoot while supporting a wide range of playing styles. The white finish with silver pedals complements white instruments for a clean modern look while the wooden back board provides lasting durability. Please Note: Includes the pedal board only and requires the Kawai HML-1 stand for installation.

Brand

Kawai

Category

Pedalboards

A pedalboard provides a stable surface and cable space for arranging effects as one transportable signal system. Rail spacing, usable area and mounting method determine which enclosures fit, while underside clearance controls power-supply and cable placement. Case type, weight, handles, risers, patch bays and removable sections affect protection and access without changing the audio signal itself.

Tags

Acoustic

Voiced for the wider dynamics, strong transient detail and pickup characteristics of acoustic instruments. High input impedance, phase reversal, notch filtering and restrained processing help preserve body resonance while controlling piezo harshness and feedback. Balanced outputs may also carry the corrected signal directly to a mixer or interface.

Digital

Converts the signal or control process into numerical data for algorithmic processing. Digital designs can provide precise timing, long memory, complex routing and repeatable presets; sample rate, conversion, internal resolution and latency influence fidelity and response.