RockBoard StageTuner ST-01 Chromatic Pedal Tuner

£32.60

This is the RockBoard StageTuner ST-01 Chromatic Pedal Tuner from Warwick, listed in Tuner Pedals on Just Pedals. Read More below.

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The RockBoard StageTuner ST-01 Chromatic Pedal Tuner delivers fast accurate tuning in a rugged pedalboard-friendly format. Its large 28-segment LED display is bright enough to remain clearly visible on dark stages without being distracting making tuning quick and effortless during rehearsals recording sessions and live performances. With a wide tuning range and chromatic operation its suitable for guitar bass and a variety of other electric instruments. Designed with true bypass circuitry the ST-01 V2 leaves your tone untouched when disengaged. A dedicated output allows for silent tuning while adjustable reference pitch settings from 432Hz to 445Hz provide flexibility for different musical applications. The built-in detune function supports down-tuning by up to three semitones making it ideal for modern rock and metal players. Reliable accurate and easy to read its an essential addition to any pedalboard.

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Brand

Warwick

Category

Tuner Pedals

A tuner pedal measures the input frequency and shows whether the played note is sharp, flat or in tune. Detection speed, display resolution and note range affect accuracy, especially for low tunings and extended-range instruments. Buffered or true-bypass switching changes the signal path, while mute, strobe display, reference-pitch calibration and alternate-tuning modes shape operation.

Tags

Bass

Voiced or equipped to retain low-frequency fundamentals and the higher headroom of a bass signal. Clean blends, crossovers and bass-specific filter ranges can preserve weight and articulation while the effected portion adds harmonics, movement or ambience.

True Bypass

Connects input directly to output through mechanical or relay switching when the effect is off, removing the active circuit from the audio path. It avoids buffer colour but leaves cable capacitance and switching design to influence high-frequency loss and possible switching noise.