TC Electronic ND-1 Nova Delay Effect Pedal
Nova - Your tone is everything
With 6 different stereo delay types and the option to store up to 9 presets customizable by an array of style parameters ranging from vintage tape to digital delay this pedal easily serves all delay requirements of modern guitar players who wanna create unique sounds.
Built upon the legacy and knowledge of TC’s world-renowned TC 2290 Dynamic Digital Delay the ND-1 Nova Delay raises the bar for guitar effect pedals and redefines what it means to be "state-of-the-art". ND-1 Nova Delay offer uncompromised studio quality digital effects in a compact floor-based design.
The ND-1 Nova Delay pedal features 6 different delay types:
• Delay line
• Dynamic
• Reverse
• Ping-pong
• Pan
• Slap-back
Each of these types can be modified with a delay style - a unique feature of ND-1 Nova Delay that allows you to mix and match your delay type and style infinitely.
Both single delay and dual delay lines can be applied to any type and style using the tap tempo switch or delay time knob to determine the delay time that ranges from 1 to 2290 ms.
Three different types of modulation (light, medium and heavy) can be applied to any of the delay types – a feature originating from the legendary TC 2290 Dynamic Digital Delay processor.
The all-new Audio Tapping™ technology enables you to set the tempo of the delay by playing a rhythm into the pedal while holding down the tap tempo switch. You can now set the tempo of the delay using your most important asset: Your playing.
Other great ND-1 Nova Delay features include the ability to choose between ms (milliseconds) and bpm (beats per minute) readout, decide if you want spillover on individual settings and turn global tempo – where tap tempo determines delay time on user presets - on and off.
ND-1 Nova Delay Features:
• 6 studio quality digital delay types
• Two switchable settings:
» manual and preset
• 9 user programmable presets
• Up to 2290 ms delay time
• Audio Tapping™ - audio-generated tap tempo
• Modulated delay
• Delay spillover