Vortex_X
Vortex_X
The first rotary mower blade assembly engineered from first principles — plant biomechanics, Fibonacci mathematics, and fluid dynamics — rather than five decades of empirical trial and error.
These are computational engineering results from a full parametric simulation sweep — not field-test marketing figures. Physical bench and field validation is the explicit purpose of the current co-development phase.
All performance figures are derived from computational fluid dynamics and parametric simulation. They represent engineering predictions pending physical prototype and field validation, and are not claims of measured field performance.
Asymmetric blade phasing engineered against plant elastic recovery — a narrow re-strike window no symmetric assembly can achieve.
Helical teeth in a non-repeating golden-ratio (φ) sequence guaranteeing non-harmonic engagement at every operating RPM.
Convex S-curve Pair A lifts and shreds; concave S-curve Pair B recirculates and mulches.
An organized airflow circuit — Lift, Shred, Recirculate, MicroMulch — converts wasted rotational energy into mulch processing.
A precisely-pitched helical path generates a directed corkscrew vortex that disperses micro-mulch uniformly.
This site presents pre-commercial, patent-pending technology. All performance figures are computational engineering results pending physical validation, and nothing here is an offer of securities or a product for sale.