/* DynoAI product page — stats, how it works, live VE calculator, business case. */ function DynoAI({ go }) { const { StatReadout, Card, CardTitle, Button, Badge, Tabs } = window.DS; const { isMobile } = useViewport(); const [audience, setAudience] = React.useState('Customers'); // VE calculator state const [cur, setCur] = React.useState(85); const [target, setTarget] = React.useState(13.2); const [measured, setMeasured] = React.useState(14.5); const correction = target / measured; const newVE = cur * correction; const lean = measured > target; const Slider = ({ label, value, min, max, step, onChange, fmt }) => (
{label} {fmt ? fmt(value) : value}
onChange(parseFloat(e.target.value))} style={{ width: '100%', accentColor: 'var(--red-500)', height: 4 }} />
); return (
{/* HERO */}
Our Technology

DynoAI

AI-Powered ECU Calibration. Built for the Real World.

Proprietary tuning software developed in-house. It uses physics-based modeling and real-time data analysis to generate accurate VE tables from minimal dyno pulls — replacing the slow trial-and-error most shops still rely on.

DynoAI volumetric-efficiency map on the dyno screen
DYNOAI · LIVE VE TABLE, RUNNING IN THE SHOP
{/* HOW IT WORKS */}
How it works

Math & data, not guesswork

{[ { n: '01', t: 'One-Pull Baseline™', d: 'A single wide-open-throttle pull captures AFR across the entire RPM range. DynoAI builds a physics model of how your engine breathes from that data alone.' }, { n: '02', t: 'AI-Generated VE Table', d: 'Instead of correcting only the cells you tested, DynoAI predicts and fills the entire VE table — including part-throttle and cruise cells most shops never touch.' }, { n: '03', t: 'Real-Time Safety', d: 'Every pull, DynoAI monitors knock, AFR deviation and torque. If something looks wrong, the pull aborts before your engine gets hurt.' }, { n: '04', t: 'Refine & Validate', d: '2–4 refinement pulls dial in the calibration. You get full dyno sheets, before/after numbers, and an explanation of every change.' }, ].map((s) => (
{s.n}
{s.t}

{s.d}

 ))}
{/* VE CALCULATOR */}
Try the VE calculator

See VE correction in real time

v + '%'} /> v.toFixed(1)} /> v.toFixed(1)} />
The Math
{[['Correction Factor', correction.toFixed(3)], ['Target ÷ Measured', `${target.toFixed(1)} / ${measured.toFixed(1)}`]].map(([k, v]) => (
{k} {v}
))}
New VE {newVE.toFixed(1)}%
{lean ? 'Running LEAN — add fuel' : 'Running RICH — pull fuel'}
{/* BUSINESS CASE */}
Who it’s for

The business case

{['Metric', 'Traditional', 'With DynoAI'].map((h, i) => ( ))} {[ ['Dyno pulls per tune', '15-20', '3-5'], ['Time per tune', '5-6 hours', '2-3 hours'], ['Bikes per day', '1-2', '2-3'], ['VE map coverage', '~80%', '~98%'], ['Result consistency', 'Operator-dependent', 'Repeatable, data-driven'], ].map((r) => ( ))}
{h}
{r[0]} {r[1]} {r[2]}
); } Object.assign(window, { DynoAI });