Guitar/Bass Pedal Riser - (With Space Underneath)

This is to fit two pedals (or maybe a power supply) in the same space on a guitar pedalboard. One on the bottom, and one up top. The bottom was measured to be able to hold most common pedal sizes. I can confirm that it fits the normal "wide" pedal format (specifically measured with the MXR EVH 5150 Overdrive), and a standard sized vertical pedal (specifically measured with an Emerson "Scranton Screamer" which is larger than a "normal" pedal. Both on the top and bottom. You should be able to fit power cables around the support brackets in the back for most pedals. There is technically space for the bottom pedal to have the button protruding in front of the top pedal (ie, you can still step on the bottom pedal), but it will be tight. I would not recommend putting a pedal that you need to frequently press on the bottom. Maybe something like reverb, if you tend to leave reverb on most of the time. It may not be accessible if you have a button that mounts farther away from the bottom than normal. Designed in Fusion. STEP file and F3D file is included if you'd like to remix it or change dimensions. OUTSIDE DIMENSIONS: Top pedal angle/slant is at 82.3 degrees, so not fully flat, but not angled downward a ton 171.375 mm wide x 140.375 mm deep x 86.55 mm tall (at highest point on back) BOTTOM PEDAL MAX DIMENSIONS/CLEARANCE: 114.277 mm wide x 120.375mm deep Overhang provides 66.75 mm of height clearance from the front, should be tall enough for most pedals to slide in Side power inputs should be accessible on any pedal Back power inputs that are in the middle will likely work unless your pedal fills the space most of the way (the back support bracket is 6.15 mm wide, so you can probably shift the pedal 6mm off-center and be able to plug in a cable) The overhang provides 38.55mm of clearance for the button on the bottom pedal. If your pedal's button is more than 38.55 mm from the bottom of the pedal, then the overhang will be over top of the button. PRINTING INSTRUCTIONS: It seems sturdy with standard PLA at 30% gyroid infill and 8 wall loops, with .2mm layer height. I recommend printing it in the orientation as-is, to increase strength along the layer lines since most force will likely be vertical (ie, being stepped on). However, if you want to minimize print time and support material, then you can print it so the back/support brackets are on the bottom. DISCLAIMER - I have not actually used it, I designed this for a friend. I am a guitar player though, so I tried to think of what would matter to me if I were using it. I designed it to print in one piece, and with support brackets to hopefully help it stand up to being stepped on. The dimensions were chosen to match the footprint of some other similar thing that my friend found. I am not an engineer, so if you open the F3D file to make changes and discover that it's a mess...so sorry. I also likely won't make any revisions.