Get this tone on your rig
Tuned to the exact gear you own
The recording
Recorded in 2004 at Sound City Studios for the 2005 album Mezmerize, "B.Y.O.B." features Daron Malakian’s tight, fast‑picked riffs and syncopated rhythm parts that were double‑tracked and panned left/right to create a massive stereo wall. Lead sections sit slightly forward with a pronounced wah‑sweep that cuts through the dense arrangement of drums, bass and layered vocals. The guitars dominate the mix, delivering the song’s aggressive punch.
Tuning Standard (E A D G B E)
Signal chain
Reported gear
Alternatives
Practical playing approach
Recreation guidance, not a claim about undocumented studio control positions.
- 1.Alternate‑pick the sixteenth‑note main riff with tight palm‑muting on the low strings
- 2.Engage the wah pedal during the lead licks to replicate the vocal‑like sweep
- 3.Use aggressive down‑strokes on the chugging sections, keeping the pick angle low for speed
- 4.Practice the tempo changes at half speed, then gradually increase to the song’s tempo
Sources
Frequently asked questions
What gear was used for the B.Y.O.B. guitar tone?
The available research points to Ibanez DMM1 Signature Iceman into Marshall JMP 2203 Mk II Master Lead. The full reported signal chain and evidence links are listed on this page.
Are the original B.Y.O.B. amp settings documented?
Exact historical knob positions are not reliably documented for most recordings. ToneTwin does not publish generated values as studio fact; it creates playable settings only for the amp and pedals a player selects.
What tuning is B.Y.O.B. in?
The current research record lists Standard (E A D G B E). ToneTwin keeps corrections open when reliable accounts disagree.
How do I recreate the B.Y.O.B. tone on my own gear?
Use the reported pickup, gain character, effects and signal-chain order as the target, then translate that target to your equipment. The matcher models controls for your selected rig rather than copying undocumented studio numbers.
Researched and reviewed by the ToneTwin Research Team.



