GRETSCH G5622T ELECTROMATIC CENTER BLOCK DOUBLE-CUT WITH BIGSBY MIDNIGHT SAPPHIRE
Specification
Description
Gretsch G5622T Electromatic Center Block Double-Cut Bigsby Midnight Sapphire – semi-acoustic guitar, Electromatic series, Center Block body, top material – laminated maple, neck – maple with laurel fingerboard, Thin "U" profile, 22 Medium Jumbo frets, scale length – 24.6", pickups – Black Top Broad’Tron, bridge – Anchored Adjusto-Matic Bigsby B70, color – blue.
G5622T Electronic Center Block Double-Cut with Bigsby, Midnight Sapphire – an impressive semi-acoustic guitar that combines classic sound and comfort, creating a bright and rich tone Gretsch for any stage and any volume.
The body of this model is made of maple and features a double cutaway, while the built-in center block of spruce with cavities provides rich resonance and dynamic reproduction at high amplification levels. This design reduces feedback, making G5622T ideal for playing on stage at high sound levels, while also offering comfort due to the lightweight body.
The guitar is equipped with a pair of Black Top Broad’Tron humbuckers that deliver bright highs and articulated sound with excellent dynamics and powerful tone. Convenient tone and volume control provides tuning flexibility: main volume with high-frequency filter, tone control, individual volume controls for each pickup, and a three-position switch allow for a wide range of sound.
G5622T features a fixed Adjusto-Matic bridge for stable tuning, as well as the signature Bigsby B70 vibrato, which adds expressive effects. The Graph Tech NuBone nut and 22 Medium Jumbo frets on the laurel fingerboard ensure comfortable finger sliding and ease of play.
The stunning Midnight Sapphire finish with nickel hardware and stylish white pickguard gives the model a vintage look that immediately stands out on stage.
GRETSCH G5622T Electronic Center Block Double-Cut with Bigsby – is the perfect choice for musicians who want to achieve classic sound and Gretsch style in an instrument designed for versatility and high-level performance.

