Deep-dive analysis of speedrun routing, movement tech, and world record progression across the games that define the scene.
Dive InI'd been watching runs for years but never understood why certain movement inputs saved time. The route breakdown articles here actually walked me through the logic frame by frame. Now I watch runs completely differently.
The category extension coverage is something I've never seen done this thoroughly anywhere else. Whoever writes the movement tech pieces clearly has hands-on routing experience — it shows in every paragraph.
I linked the record progression timeline article to our Discord and it sparked three hours of debate about whether the current any% route has hit its ceiling. That's the kind of content that actually generates conversation.
Editorial depth rooted in genuine love for the craft of speedrunning
We break down why routes work mechanically, not just what runners do — so readers understand the decision-making behind each strat.
We chart how world records evolve over months and years, contextualizing each breakthrough within the broader history of the category.
From subpixel manipulation to buffered inputs, we cover the technical execution layer that separates competitive runs from casual play.
We cover any%, low%, category extensions, and glitchless — treating each as its own discipline with its own community and standards.
Runners, theorycrafters, and viewers alike are our audience. We write peer-to-peer, not from a broadcaster looking down at a scene.
Every record drop and route update gets the same analytical lens — why it happened, what had to align, and where the category goes next.
A curated look at runs and categories that reshaped how we think about routing and movement
One of the most technically layered any% categories in action-RPG speedrunning, where knowledge of hitbox geometry and warp mechanics defines every top run.
A category demanding mastery of nail techniques and obscure bench routing — showcasing how movement optimization in Metroidvanias reaches near-theoretical limits.
Strips the game to its mechanical core. Every damage-boost and boss phase choice is load-bearing, making this one of the most route-sensitive categories in the 16-bit catalog.
Precision platforming at its highest expression — this category rewards optimized dash-cancels and consistent tech execution more than any discovered glitch route.
A narrative RPG squeezed into a routing challenge — showing that speedrunning theory applies even where dialogue trees replace jump arcs.
A beloved JRPG whose any% route is shaped by memory manipulation and encounter management strategies that have been refined over nearly two decades of community research.
Explore the routing theory, movement breakdowns, and record histories that make every second matter.