We initially set out to recreate the original Disaster Transport pedal in its earliest form, but the OG of EQD, Jamie Stillman, couldn’t resist tinkering and improving the whole thing, so you just got upgraded, my friend. In doing so, we redesigned the delay line to reduce the noise floor and improve the quality of the delay. We boosted the output with a cleaner mixing section; it’s now filtered to sound more like an analog delay than any of the previous versions.

We’ve added a Mod Mode switch that allows you to choose between bending and stretching the modulation wave. The Bend setting offers a subtler vibe closer to a traditional chorus sound, while the new Stretch option gives you loads of pitch-stretching modulation to run wild with.

The other difference you probably spotted with your eagle eye is the Mod Speed three-position toggle switch. The Slow setting is excruciatingly slow and can produce bizarrely animated gradual climbs and steep drop offs. The Fast setting can go from a rapid chorus to an intense vibrato, while the Medium setting is the most traditional rate similar to the classic Memory Man circuit with a nice range to it.

The newly designed enclosure features knobs to control the Speed, Intensity, Mix, Repeats, and Time, with Modulate and Activate switches, making this a highly customizable pedal to get the delay sound of your dreams. Thanks to the ramp modulation circuitry, you can turn the delay time down and start to use feedback and modulation at a higher setting to harness a bizarre modulator and achieve subtle to wild chorus-type effects. Or set your delay time how you want to set it and use your modulation rates to set your tempo, so you can strum or pluck to the climbs and drop offs to match your riffs. The possibilities are endless.

1. Speed: Controls the speed of the modulation. The Speed operates in three ranges (Slow/Fast/Medium) selected by the Mod Speed toggle switch. The Disaster Transport uses a Ramp wave for the modulation. You’ll find this to be much more intense than most modulated delays. Think of it as a traditional Triangle wave that falls off a cliff in mid-cycle, creating a drastic pitch bend in its wake. Or don’t and just think about whatever you want.

2. Intensity: Controls how much the LFO modulates the delay time. More subtle chorus type effects are achieved with less intensity and more intensity will yield wild pitch stretching and bending. The overall modulation style can be made more or less subtle by using the Mod Mode toggle switch to select Bend or Stretch.

3. Mix: Sets the volume level for the delay signal. Hear more of what you just played 30-600ms ago by turning this up.

4. Repeats: Controls the intensity of delay feedback from no repeats at zero to self-oscillation at max. Let the past pile up on you until it implodes.

5. Time: Sets the delay time from around 30ms at zero to 600ms* at max. Everyone needs more time; all we can offer you is about 600ms worth.

6. Mod Speed: Three position toggle switch that sets the range in which the Speed operates.

7. Mod Mode: Two position toggle switch to choose the modulation style. Bend is more of a traditional chorus type modulation and Stretch is a wilder pitch stretching modulation.

8. Modulate: This foot-operated switch features Flexi-Switch® Technology and turns the modulation on and off.

9. Activate: This foot-operated switch features Flexi-Switch® Technology and turns the effect on and off.

*The delay time for the Disaster Transport Legacy Reissue can vary based on different settings and individual units.

The actual delay time is influenced by several factors, with one of the most significant being the Modulation setting. If the Modulation is active, the delay time will automatically be shorter due to the parameters that determine the delay. The specified approximate delay time of 600 ms is based on the Modulation being set to off.

Other factors affecting the delay time include the Intensity setting and the IC (Integrated Circuit) itself that controls it. The pt2399 is an older and unique IC, which can have variable tolerances. As a result, some units may produce longer delay times compared to others.