Epiphone Prophecy Flying V Orchid Bloom Satin

From the listing

Seller's description

‘The Epiphone Prophecy series has been thoroughly re-envisioned for players who demand uncompromising speed, precision, and tonal authority. More than a refinement, it represents a complete redesign from the ground up. Created for today’s serious musicians, the latest Prophecy lineup unites Epiphone's iconic heritage with forward-looking performance innovation, resulting in finely crafted instruments that are bold, responsive, and built for modem playing styles. Striking in both tone and appearance, Prophecy series models stand at the forefront of Epiphone's lineup. They deliver premium build quality, expanded tonal capabilities, and performance-driven specifications designed to meet the challenges of today's most demanding genres. The new Prophecy Flying V™ fully embodies this vision. It features a satin-finished mahogany Flying V body, topped with a highly figured flamed maple veneer and accented with multi-ply binding, blending classic attitude with contemporary refinement. Its satin-finished, thermally aged one-piece maple neck offers a smooth, fast feel, while graphite rod reinforcement enhances structural stability and long-term durability. The streamlined Hyperglide neck profile supports, quick, fluid playing, and the extended 25.5” scale length increases string tension and clarity, making it ideal for modern tunings and drop-tuned performance. The bound ebony fretboard carries a 10’-14” compound radius and is outfitted with 24 stainless steel frets, providing a fast, durable, and precision-focused playing surface. Black mother-of-pearl block inlays contribute to its sleek, understated aesthetic, while the mult-ply-bound Flying V headstock, featuring the Epiphone logo and Custom split diamond inlay, delivers a distinctly premium look. Black hardware reinforces the guitar's modem, aggressive aesthetic. Locking Grover® Rotomatio® tuners, a Graph Tech® nut, and a LockTone™ Modem bridge combine to ensure exceptional tuning stability and reliable performance. The