Fast Forwod
Research & Engineering
Deep dives into the biomechanics, thermodynamic modeling, and distributed systems architecture powering the Forwod engine.
Metro Retro // Issue 01: Recalculating the 2012 CrossFit Games
A thermodynamic audit of historical performance records utilizing modern biomechanical force and mass scaling equations.
The Generalisation Trap: Deconstructing the 1955 Cadaver Heuristic
Deconstructing the legacy anthropometric data of the 1950s and how the Forwod engine mathematically rejects static baseline mass tables.
The "Mach-7 Crash": Proportional Pacing and the Physics of Blind Telemetry
Resolving blind telemetry gaps using biologically defensible pacing heuristics to prevent aerodynamic calculation collapse.
Estimating Non-Linear Power Degradation in Elite Athletes
An analysis of how our engine interpolates maximum power outputs across varying multi-modal time domains using thermodynamic models.
Modeling Divergence: Gravity Mechanics vs. Fluid Dynamics in Ergs
Breaking down the math that separates linear barbell displacement from exponential velocity scaling on dynamic monostructural machines.
Fast Forwod: The Transition from Heuristic Estimation to Deterministic Kinematics
Transitioning from optical pulse proxies and probability matrices to strict deterministic mechanics bridging the gap in modern sports science.