Walrus Audio Mako Series D1 High Fidelity Delay Pedal

The Walrus Audio Mako Series D1 High Fidelity Delay Pedal is an extremely powerful, multi-function delay, packed with five studio-grade programmes. Your sound can be further tweaked via a range of fine tuning controls, including an Attack knob, which softens the attack of the echoes. Stereo ins / outs, midi control and on-board presets ensure that the D1 integrates seamlessly into any live or studio rig.

The Walrus Audio Mako Series D1 High Fidelity Delay Pedal is now available from Merchant City Music, Glasgow’s longest-established guitar specialist. We ship fast to the UK, Europe and Worldwide.

Walrus Audio Mako Series D1 High Fidelity Delay Pedal

The first in the Mako series, the D1 is a powerful multi-function delay with five, studio grade, high-fidelity, custom tuned programmes. The programmes are Digital, Mod, Vintage, Dual and Reverse. Each can be tuned and tweaked with modulation, tone, age, and subdivisions. The attack knob adds another dynamic to each program, opening up a new world for creating soundscapes. The D1 boasts stereo in and out, midi control and on-board presets. A workhorse of a delay that is just as ready for the road as it is the studio.

Programmes

Each programme can be fully customised to your taste and playing style with the Tweak knob. Flip the toggle switch to Mod to bring in a tasteful modulation to your delay trails. Tone will brighten or darken your delay trails. Age will add some grit and wear reminiscent of vintage delay units. Subdivisions can be easily changed between quarter, eighth and dotted eighth.

Digital - The Digital delay programme offers a clean and crystal-clear delay that is perfect for rhythmic guitar parts where ultra-defined echoes are desired.

Mod - The Mod delay progam has unique modulation LFOs applied to the repeats that are random and run at multiple rates to create unpredictable pitch modulation. This results in very unique sounding repeats perfect for warping minds and scattering trains of thought.

Vintage – The Vintage programme allows for analog delay inspired tones to be achieved with complex filtering applied to the repeats. Use the tone knob at low settings for darker filtering and at higher settings to roll off low end.

Dual - The Dual programme employs two delays in parallel, each with different time divisions. When connected in mono, the two delays are added together. When connected in stereo, one set of repeats is sent to the left output and one set is sent to the right. The division switch has unique functionality in Dual mode. We’ll break it down for you below:

• In the quarter note position, the D1 offers 1/4 note and 1/4 triplet repeats.
• In the eighth note position, the D1 offers 1/8 note and 1/4 triplet repeats.
• In the dotted eighth note position, the D1 offers 1/4 note and .1/8 repeats.

Reverse - The Reverse programme reads the delay memory backwards creating a unique delay repeat character known as reverse delay.

Presets

The D1 is capable of saving up to nine on-board presets and up to 128 are accessible via midi. Onboard presets are accessible with the bank switch. Cycle between presets in each bank by pressing bypass and tap at the same time. You will see the tap LED change from Red to Green to Blue. Any adjustments made in a preset will change the tap LED to purple to show that you have edited the preset. Refer to the manual for accessing and saving presets via midi.

Attack

The Attack knob will soften the attack of the echoes. Dreamy and ethereal soundscapes can be created with higher repeat and attack settings.

Bypass and Tempo Modes

The D1 has three different bypass modes. True bypass, DSP+True Bypass (trails), and DSP Bypass. The D1 offers global and preset tempo modes. Global mode keeps the tempo the same when changing presets. Preset tempo will use the delay time that was stored when the preset was saved. Refer to the manual for more info on switching modes.

Momentary Functions:

Press and hold the bypass switch to ramp up the repeats of the delay. Release to set the feedback back to the knob location.