Planning Boss Fights in Elden Ring

I've spent more hours than I care to admit memorizing attack patterns for Malenia, Radahn, and Mohg. The aesthetic of these encounters—the crumbling arena, the health bars, the way the camera cuts to each phase transition—is what makes them stick in your head. But planning them? That's where most people fall apart. When I first started really studying boss design in Elden Ring, I treated it like any other dark fantasy game. You learn the moves, you optimize your build, you win. That approach works for maybe twenty percent of bosses. The rest require you to think about the encounter as a complete package: movement spacing, stamina management, visual cues, and the actual geometry of the arena. Here's what I learned the hard way. The game communicates boss information through three channels: audio cues (the whoosh before a heavy attack), visual tells (weapon glows, stance shifts), and environmental feedback (which ledges you can slide off). Most players ignore the environment completely until they've died to it four times.

Building Your Planning System

Start with a spreadsheet. I know, that sounds terrible, but hear me out. For each boss, track: phase transitions, critical windows for damage, safe healing positions, and what gear performs best at each stage. The aesthetic component—the way Malenia's waterfowl dance fills the screen, how the camera forces close during certain phases—actually matters for your planning because it affects your ability to see incoming attacks. I hit a wall with the Mohg fight last month. His bloodflame blade phase has this specific animation cancel where he can dash into the attack in under half a second. Standard dodge timers don't work. What I ended up doing was backing him against the chain hanging from the ceiling and using that to check his position. Not ideal, but it gave me the frame advantage I needed to interrupt without panic-rolling.

Common Mistakes

People treat Elden Ring bosses like souls-like relics from 2011. They aren't. The combat system evolved significantly between Demon's Souls and this game. Attack patterns have more complexity, directional awareness matters more than raw DPS, and stamina management isn't just about dodging—it's about controlling the engagement distance. Another thing: phase transitions. These aren't just "the boss gets angry." Each transition has specific new moves, altered spacing requirements, and sometimes entirely different arena conditions. The aesthetic shift—blood staining the ground, lightning charging, the music changing—isn't flavor. It's information. Your planning should account for when these transitions happen and what gear you need for each phase.

Get the Full Details

ArtStation - Elden Ring boss design | Artwork, Art design, Design
ArtStation - Elden Ring boss design | Artwork, Art design, Design

Practical Implementation

Grab the wiki pages, the damage calculators, and start logging. For major bosses, I recommend creating individual sheets for each phase. Include your weapon choice, incantation build, and the specific positioning that works best. The aesthetic component—understanding how the game's visual design communicates danger—will save you more deaths than any stat optimization. This usually takes about two hours per boss the first time through. After you've got the system working, planning a new encounter drops to roughly twenty minutes. The investment pays off when you're facing a boss like Placidusax and actually understand why you keep dying to the tail sweep.

What This Method Doesn't Fix

Planning won't help if your input timing is off. No amount of spreadsheet work makes up for button mashing during animation recovery frames. If you're struggling with execution, focus on training dummies first, not boss planning. The aesthetic appreciation comes later, once you can actually execute the plans you've built. Also: this approach assumes you're playing on a stable frame rate. The planning breaks down completely if you're running at inconsistent framerates on older hardware. Boss attack timing becomes unreliable, and your carefully calculated dodge windows shift unpredictably. Use performance mode if available, or stick to simpler builds until your setup stabilizes.