Epiphone EIGLP6-IT Les Paul Standard 60s Iced Tea Burst

The Epiphone EIGLP6-IT Les Paul Standard 60s Iced Tea Burst recreates the classic character of legendary 1958–1960 Les Paul Standards. This Inspired by Gibson model combines traditional construction with modern reliability. Furthermore, its highly figured maple veneer creates a striking appearance across the Iced Tea Burst finish.
The mahogany body provides the foundation for the guitar’s rich and powerful tone. Meanwhile, the maple cap adds brightness and definition to the overall sound. The highly figured maple veneer also enhances the instrument’s visual appeal. Consequently, players receive classic Les Paul character with an eye-catching finish.
A mahogany neck features a fast-playing SlimTaper 60s C profile. Its long tenon construction provides exceptional stability and added sustain. Additionally, the 24.75-inch scale length delivers the familiar response associated with traditional Les Paul guitars.
The bound rosewood fretboard provides a smooth and comfortable playing surface. It features 22 medium jumbo frets and pearloid trapezoid inlays. Furthermore, its 12-inch radius supports comfortable chord playing and expressive string bends.
The guitar features a ProBucker 2 pickup in the neck position. A slightly hotter ProBucker 3 occupies the bridge position. Together, these humbuckers deliver balanced tones across all three pickup positions. Additionally, individual volume and tone controls use high-quality CTS potentiometers.
The Epiphone EIGLP6-IT Les Paul Standard 60s Iced Tea Burst three-way toggle switch provides straightforward pickup selection. Gold Top Hat knobs with nickel reflectors and dial pointers complete the control layout. Meanwhile, the Graph Tech nut and Grover Rotomatic tuning machines support reliable tuning stability.
The LockTone Tune-O-Matic bridge provides secure string positioning and adjustment. A LockTone Stop Bar tailpiece anchors the strings and supports sustain. Finally, Epiphone includes a premium gig bag for convenient protection during transport and storage.