The Marshall 1960BX guitar cabinet is an iconic piece of equipment that has been used by countless rock and metal guitarists over the past few decades. It is a powerhouse of a cabinet that delivers a massive, full-bodied sound that cuts through even the loudest of mixes.
The cabinet is made from birch ply, which gives it a warm and balanced tone with plenty of low-end punch. Its four 12-inch Celestion G12M-25 Greenback speakers have been specifically chosen for their ability to handle high volumes without distorting, while still delivering a smooth and creamy sound. This makes it an ideal cabinet for guitarists who want to get the most out of their amps without sacrificing tone.
The 1960BX is a four-by-twelve cabinet, which means it has four speakers arranged in a vertical and horizontal pattern. This configuration allows for an even distribution of sound across the room, ensuring that everyone gets a full, rich sound no matter where they are in the audience. Moreover, the cabinet is angled in such a way that it can be pointed upwards toward the player’s head, allowing them to hear their own playing more clearly and providing a more immersive experience.
One of the best things about the 1960BX is its flexibility. It can handle a wide range of different tones, from classic rock to heavy metal, and everything in between. This is due in no small part to the fact that it is a closed-back cabinet, which means that it has a more focused sound than an open-back cabinet would have. This allows for greater control over the sound, and the ability to fine-tune the tone to suit the needs of the player.
Overall, the Marshall 1960BX is a powerhouse of a guitar cabinet that has become a staple of the rock and metal scene. It is incredibly versatile, and can handle a wide range of different tones with ease. Whether you’re a seasoned professional or just starting out, this cabinet is sure to deliver the sound and performance that you need to take your playing to the next level.
Marshall 1960BX properties
|Power Output (RMS)||100.0 W|