The JHS Pedals 3 Series Harmonic Trem is a compact and affordable guitar pedal inspired by the classic "Harmonic Tremolo" circuit introduced by Leo Fender in his Bandmaster and Vibrasonic amps. This pedal offers a simple, user-friendly design with three controls and a toggle switch, providing a range of tremolo sounds. The toggle switch allows you to choose between a classic amp tremolo and a harmonic tremolo effect. The 3 Series is known for its quality build and inspiring tones, making it suitable for both beginners and professional guitarists. A comparable effect might be a Uni-Vibe.
The JHS Pedals 3 Series is a collection of pedals designed to give you affordability and simplicity without compromising quality. Each 3 Series pedal is made by us in Kansas City, MO, using high-quality parts, quality control, and attention to every detail. Each pedal has three simple controls and one toggle that offer a wide range of sounds, perfect for beginners and professionals alike. The JHS 3 Series will inspire your playing and help you explore new sounds at a totally approachable price point.
In 1960, Leo Fender introduced a circuit in his Bandmaster and Vibrasonic amps called the “Harmonic Tremolo.” Essentially, the amp’s signal was split into high frequency and low frequency components, with the output switching back and forth between the two, resulting in a dreamy effect similar to the Uni-Vibe. The 3 Series Harmonic Trem allows you to utilize Leo Fender’s revolutionary effect in a package much easier to tote than a vintage amplifier. Toggle up is a great sounding amp trem, while toggle down is our take on harmonic trem effect.
THE JHS PEDALS 3 SERIES HARMONIC TREM RUNS ON 9V DC NEGATIVE CENTER POWER AND CONSUMES 65 MA. LENGTH 4.42” X WIDTH 2.38” X HEIGHT 1.22
Guitarists are happy with the JHS Harmonic Trem pedal, describing it as handy and undemanding, with a great price and build quality. Users have found it easy to get good sounds, and praised the pedal's musical qualities and the diversity offered by its two different modes.