Vox AC30 HW2 Hand Wired Guitar Combo Amplifier

There may never have been an amp boasting such a lofty and pure sound in the entire history of Vox. The Vox AC30 HW2 amp relies on the painstaking technique of turret board hand-wiring - a method requiring a high level of skill and craftsmanship - is used, resulting in wiring that's beautiful in its artistry, ensuring an efficient signal path with minimal loss and no restriction in amplitude. In the Hand Wired Series, tubes, transformers, speakers, chassis, and custom parts all join together in an ideal state to deliver the richest and most powerful sonic experience - the ultimate amp. Not bound by tradition, the Vox AC30 HW2 amp also provides a variety of new functions that keep pace with the needs of today's artists. Offering a rich variety of tonal shadings and a broad model lineup, the enormous potential of the Vox Hand Wired Series will reveal itself in any musical scenario. Vox AC30 HW2 Guitar Combo Amplifier Features Fitted with matched Ruby Tubes for extended dynamic range 12AX7 preamp tubes (x3); EL84A A Quartet GZ34A A rectifier Traditional Vox two-channel design; Top Boost and Normal. High and Low inputs for each channel The clean-sounding Normal channel provides an additional Bright switch for increased brilliance Top Boost channel Hot/Cool switch to achieve even more gain (Includes VFS-1 footswitch) MV/BYPASS switch completely bypasses the Master Volume section OP mode switch cut the amp's Output Power level in half Vintage fawn-colored vinyl, reminiscent of the 1960 classic AC30 A premium, custom-fit dust cover is included 2 12 inch Celestion Greenback speakers Constructed for ideal sound and power Turret board hand-wired amps are every amp designer's ideal and every guitarist's dream, representing the ultimate in amplifier construction. Hand-wired amps are assembled entirely by hand, requiring staggering levels of technical expertise and care; and as such are often exclusive to today's limited productions or high-end models. The Vox AC30 HW2 pairs these demanding methods with rigorously-selected cu