Two-Rock Bloomfield Drive 100/50 Head, 2x12 Cab, Black

From the listing

Seller's description

The Two-Rock Bloomfield Drive 100/50 is their latest two-channel, cascading gain style amp that revisits their popular Custom Reverb Signature platform. The Bloomfield Drive utilizes Two-Rock's new proprietary output transformers that allow for 4 x 6L6 power tubes switchable from 100 watts full output to 50 watts output without any impedance mismatch or sacrifice of tone and feel. The responsiveness, depth and bandwidth of the clean channel is instantly familiar, and cascades to an articulate and touch dynamic lead channel that is a pleasure to play. As an extension of the clean channel, the new lead channel gives the player rich harmonics, added gain, and a beautiful sustain or add the foot-switchable tone stack bypass to either channel and push the amp to another dimension of overdrive tones. The Bloomfield Drive features a new sophisticated all tube spring reverb circuit specifically designed to not interfere with the overdrive channel and still retain clear note definition, a sweeter top end and maintain touch sensitivity when you push the gain. With a Send and Return control, you can shape your reverb to the room or vibe you are trying to achieve. In addition, the Bloomfield Drive features endless tone shaping options in the tone stack with toggle switches for added boost on the EQ and choice NOS part selections. Head Features: - 2 channel cascading gain stage platform - Adjustable Treble, Mid and Bass tone-stack - Foot switchable LEAD and tone BYPASS functions - Reverb SEND and RETURN controls - Passive effects loop - 4 x 6L6 100 watt with 50 watt power option - Head Dims: 20.625 x 10.5 x 12.125 - 47 lbs This Two-Rock 2 x 12" speaker cab was designed specifically to match the characteristics and tone of their amplifiers and features void free multi-ply birch construction, special bracing, tuned back, sides, and baffle, and tuned rear port. The result is a well-balanced cabinet with even dispersion and substantial response throughout the entire frequency ba