NUX Lacerate FET Boost Guitar Effects Pedal

NUX Lacerate FET Boost Guitar Effects Pedal

Lacerate is a mini pedal with a huge boost!
The unbelievably simple user-interface comes from our complex Dual FET Circuit Design, but don't worry about what's under the hood. Just enjoy the 1 Simple Control-Knob, 2 Boost Options, and 2 Bypass Modes.

2 Boosting Modes: 

Clean Boost
In the Clean mode, Lacerate only boosts the signal, increasing the volume without any sound colorization. For this reason, Lacerate is one of the cleanest "clean boost" pedals available.

Crank Boost
If you want fat, harmonically rich boost tone, just hold down the foot-switch (1 second) to engage the 2nd stage which adds your overdrive tone. Most boost pedals will only yield about + 20dB maximum, but Lacerate`s Crank mode gives you a whopping + 35dB.

From average to huge!

True Bypass or Buffer Bypass

Doubling the voltage to 18V gives you better dynamic, but it also creates a better headroom buffer.
A lot of professional guitar players start their signal-chain with a stand-alone buffer. Lacerate has an embedded selectable buffer bypass
You can change the bypass mode by turning on the power while holding the footswitch.

Features :

• Dual FET Circuit Design: Utilizes a complex interior FET design packed into an ultra-compact mini pedal to deliver massive boost capabilities.
• 1-Knob User Interface: Simple and intuitive one-knob interface allows you to dial in your tone without any over-complicated controls.
• Clean Boost Mode: Transparently boosts your volume without adding any unwanted sound colorization or tone alteration.
• +35dB Crank Boost Mode: Hold the footswitch for 1 second to engage a fat, harmonically rich overdrive stage that pushes out a massive +35dB of gain.
• Selectable Bypass Modes: Easily switch between True Bypass and an embedded Buffer Bypass to keep your signal clean at the start of your pedal chain.
  
• 8V Internal Voltage Doubling: Automatically doubles the voltage internally to 18V, drastically increasing your dynamic headroom and touch response.