Markbass 300W Bass Amp Head With 4-band EQ Old School Filter Item ID: LITTLEMARK-IV-300U

LITTLE MARK's LEGACY CONTINUES! The new Little Mark IV amps add some amazing features to our flagship Markbass Little Mark III amplifier, an industry standard for tone, portability and value. This 300W version is a smart choice for those who don't need the full power of a 500W head. It offers new features such as the new bi-band limiter that responds faster and more dynamically to your playing, a mute switch, and a 3 way rotary-switch that includes the options of a Flat, Scooped or FSW (Footswitchable) EQ options. In addition, this new amp head can be powered using multivoltage sources from 120V to 240V so it's possible to bring and use it almost everywhere in the world without needing external converters. Little Mark’s legacy Since our beginning 20 years ago, Markbass pioneered small amp design with its "Little Mark" series creating an industry standard thanks to their amp's compact size, light weight, along with its signature warm and natural sound. That legacy has been preserved with the Little Mark IV and has evolved to include the addition of new features requested by many of our artists and customers. Updated 4 band EQ, Old School filter, 3 way switch Our updated 4 band EQ section features very effective controls allowing you to easily find the sound you want, boosting or cutting up to 16dB for each of the 4 bands to cover all the tonal nuances needed in any genre of music. Additionally the Old School filter cuts your high frequencies and gives a round and smooth tone. The 3 way rotary-switch allows you to choose between a super-balanced flat tone, a scooped preset that drops the mids while boosting the lows and highs - giving a superb slap sound, or lastly the 'FSW' option to control both mute and the Scooped EQ on demand by connecting an optional dual footswitch. MULTIVOLTAGE 120V- 240V The Little Mark IV features a multivoltage power supply that accepts inputs from 120v to 240v so you can use it in countries with different voltages without hav