As a baritone electric guitar, the PRS SE 277 Baritone 2017 Tobacco Sunburst has an extra long 27.7" scale length for precise reproduction of extremely deep tunings. In addition, the classically built electric guitar has a mahogany body with maple top, a glued maple neck and two PRS SE 85/15 humbuckers.
The decisive design feature of the PRS SE 277 is the extra long scale, which allows the strings to vibrate over a length of 27.7" (704 mm). Accordingly, the strings retain their tension even in extremely low tunings, which means that each note is represented with precise articulation. The classic construction with mahogany and maple for body and top as well as a glued maple neck promises a crisp primary tone with high midrange presence. Another visual highlight is the flamed maple veneer of the top, whose magnificent grain is brought to life by the transparent Tobacco Sunburst finish.
The PRS SE 277 Baritone 2017 uses two PRS SE 85/15 humbuckers as pick-ups, which are wound according to the American models of the same name and with their modern sound perfectly match the character of this electric guitar. The neck pickup delivers a warm sound with soft bass, warm mids and silky highs that makes every note sing, whether clean or overdrive. The bridge pickup, on the other hand, convinces with its broadband sound image, whose taut basses, focused mids and brilliant highs also make extremely deep riffs and solos audible with rich pressure and high tone definition. The pickups are classically managed via 3-way toggle switches as well as master volume and master tone controls.
For the PRS SE 277 Baritone 2017, Paul Reed Smith uses a Plate Style Bridge as a bridge with string guidance through the body, which contributes significantly to the fast and precise sound development of the electric guitar. In addition, the flat bridge offers a pleasant contact surface without edges for the hand when playing the guitar. The strings are held on the head plate by six die-cast mechanisms, which convince with precise running and high tuning stability.