A classic dreadnought acoustic guitar with solid Sitka spruce top, rosewood sides and back, cutaway and Yamaha's own SRT pickup.
The Yamaha A1R Dreadnought Western guitar captivates with a powerful and balanced sound thanks to scalloped bracing and solid Sitka spruce top. In addition, Yamaha's own SRT pickup system provides the superior sound for studio and stage.
The Yamaha A1R impresses with its versatility: Acoustic, for recording in the studio or on stage, this guitar cuts a good figure.
The rounded fingerboard edges provide a high playing comfort
Rich sound, modern features: The Yamaha A1R
If you are looking for an "all-rounder guitar" for the couch, stage or studio, take a closer look at the Yamaha A1R. Here modern features and a rich sound are offered at a good price-performance ratio. Accordingly, this Dreadnought comes with a solid Sitka spruce top on a rosewood body and scalloped bracing. This acoustic guitar resonates with sonorous basses, airy and woody mids and brilliant highs. This sound result is wonderfully suitable for vocal accompaniment with strumming or fingerstyle.
In addition, the rounded fretboard edges of the "High Comfort" neck profile offer a soft and pleasant playing feel, while chrome-plated die-cast mechanisms ensure tuning stability and precise tuning.
Plug in and record: The Yamaha SRT system delivers studio quality
Studio and stage performance at a high level: The Yamaha SRT System
If you are looking for a pickup system that cuts a perfect figure both on stage and in the studio, then you have found it in the innovative SRT system;
A three-band equalizer provides individual frequency separation of bass, mid and treble, and last but not least, the SRT system has an integrated tuner;
The Yamaha A1R at a glance:
Electroacoustic Dreadnought
Solid Sitka spruce top
Body made of laminated rosewood
The Yamaha SRT system offers studio-quality sound reproduction.
Redesigned bracing for excellent sound quality and projection
Rounded fingerboard edges for a pleasant playing feel
Chrome-plated die-cast mechanisms for tuning stability