// EaglEye Product Page v5 — Final layout per brief // Sections: Hero → Accuracy/Solver → Privacy → Catalogs → Screenshots → Competition → Pricing → CTA // ═══════════════════════════════════════════════════════════ // SECTION 1 — HERO // ═══════════════════════════════════════════════════════════ const S1Hero = () => (
MADE IN USA

98,329 Verified Trajectories.
Zero Data Collected.

Independently verified against JBM Ballistics with {'< 0.02%'} mean error and 100% pass rate. No analytics, no tracking, no accounts. Your dope is accurate. Your data is yours.

); // ═══════════════════════════════════════════════════════════ // SECTION 2 — ACCURACY & SOLVER // ═══════════════════════════════════════════════════════════ // 2A — Stats bar const S2Stats = () => (
{[ ['98,329', 'VERIFIED TRAJECTORIES'], ['210', 'ENVIRONMENTAL CONDITIONS'], ['137', 'SIMULATED LOCATIONS'], ['< 0.02%', 'MEAN VELOCITY ERROR'], ['100%', 'PASS RATE'], ['1.4M+', 'DATA POINTS COMPARED'], ].map(([v, k], i) => (
{v}
{k}
))}
); // 2B — Real-world proof const S2Proof = () => (
{'◉ WHAT < 0.02% LOOKS LIKE AT 1,000 YARDS'}
6.5 Creedmoor — 140gr Hornady ELD-M, G7 BC 0.315, 2710 fps MV
{[ { m: 'REMAINING VELOCITY', jbm: '1,448.62 fps', ee: '1,448.58 fps', d: '0.04 fps' }, { m: 'BULLET DROP', jbm: '-325.58"', ee: '-325.63"', d: '0.05"' }, { m: 'TIME OF FLIGHT', jbm: '1.5148 sec', ee: '1.5150 sec', d: '0.2 ms' }, ].map((r, i) => (
{r.m}
JBM {r.jbm}
EAGLEYE {r.ee}
DELTA {r.d}
))}
These numbers hold at sea level or 14,000 feet, in 130°F heat or -45°F cold, dead calm or 40 mph crosswind.
); // 2C — Solver physics cards const S2Physics = () => { const cards = [ { t: '3-DOF Point-Mass Solver', d: 'Sub-millisecond trajectory integration from muzzle to target. Professional-grade solver used by competitive and tactical shooters.' }, { t: 'G1 & G7 Drag Models', d: 'Smooth, artifact-free drag calculation through the transonic region where most solvers break down.' }, { t: 'Standard Atmosphere Model', d: 'Full atmosphere from sea level through the tropopause. Density altitude and pressure altitude for any shooting location.' }, { t: 'Zero-Day vs Firing-Day', d: 'Separate atmosphere for zero and current conditions. Cold bore zero holds when you change altitude.' }, { t: 'Coriolis & Earth Rotation', d: 'Horizontal and vertical deflection from GPS latitude. Matters at 1,000+ yards.' }, { t: 'Spin Drift', d: 'Spin drift correction for left-hand and right-hand twist barrels.' }, { t: 'Barrel-Length MV Correction', d: 'Barrel-length velocity correction for 113 calibers with SAAMI reference barrel lengths.' }, { t: 'Suppressor Modeling', d: 'MV offset for 49 calibers (baffled and flow-through). Automatic POI shift correction.' }, { t: 'MV & BC Truing', d: 'Match your solver to real-world impacts at known range. Trued values persist and override in all future solves.' }, { t: 'Shooting Angle Compensation', d: "Rifleman's rule with corrected range and gravity for uphill/downhill shots." }, { t: 'Real-Time Weather', d: 'GPS-based atmospheric data. Phone barometer for local station pressure. Live weather pulled automatically.' }, { t: 'Wind Clock System', d: 'Full 12-position clock. Compass-relative conversion when heading is captured.' }, ]; return (
◉ THE PHYSICS BEHIND THE ACCURACY
{cards.map(c => (
e.currentTarget.style.background = '#3a4429'} onMouseLeave={e => e.currentTarget.style.background = '#2B3320'}>

{c.t}

{c.d}

))}
); }; // 2D — Accuracy by category const S2Category = () => { const cats = [ { cat: 'All loads', loads: 466, mean: '< 0.02%', worst: '< 0.08%' }, { cat: 'Rifle', loads: 384, mean: '< 0.01%', worst: '< 0.08%' }, { cat: 'Handgun', loads: 43, mean: '< 0.06%', worst: '< 0.07%' }, { cat: 'Rimfire', loads: 30, mean: '< 0.09%', worst: '< 0.08%' }, { cat: 'Shotgun slug', loads: 12, mean: '< 0.09%', worst: '< 0.08%' }, { cat: 'G7 drag model', loads: 211, mean: '< 0.01%', worst: '< 0.01%', highlight: true }, { cat: 'G1 drag model', loads: 258, mean: '< 0.03%', worst: '< 0.08%' }, ]; return (
◉ VERIFIED ACROSS EVERY CATEGORY
{['CATEGORY', 'LOADS', 'MEAN ERROR', 'WORST ERROR'].map(h => (
{h}
))}
{cats.map((r, i) => (
{r.cat} {r.loads} {r.mean} {r.worst}
))}
466 of 482 catalog loads produce enough trajectory points for JBM comparison. All 482 are in the app.
); }; // 2E — Environmental coverage const S2Environment = () => { const bars = [ { label: 'TEMPERATURE', min: '-45°F', max: '+130°F', pct: 100 }, { label: 'ALTITUDE', min: 'Sea level', max: '14,000 ft', pct: 100 }, { label: 'HUMIDITY', min: '0%', max: '100%', pct: 100 }, { label: 'WIND SPEED', min: '0 mph', max: '40 mph', pct: 100 }, { label: 'WIND DIRECTION', min: '0°', max: '360°', pct: 100 }, { label: 'PRESSURE', min: '27.50" Hg', max: '31.00" Hg', pct: 100 }, ]; const regions = [ { r: 'United States', n: 85 }, { r: 'Europe', n: 19 }, { r: 'Canada', n: 10 }, { r: 'Middle East', n: 8 }, { r: 'Africa', n: 8 }, { r: 'Asia/Pacific', n: 6 }, { r: 'South America', n: 5 }, { r: 'Polar/Extreme', n: 5 }, ]; return (
◉ TESTED EVERYWHERE YOU SHOOT
{bars.map(b => (
{b.label} {b.min} — {b.max}
))}
137 Simulated Locations · 6 Continents
{regions.map(r => (
{r.r} {r.n}
))}
); }; // 2F — Methodology const S2Method = () => (
◉ METHODOLOGY
Every factory load was submitted to JBM Ballistics under 210 environmental configurations. Pass criteria: average velocity error below 0.5%, maximum single-point error below 1.0%. Every scenario passes with substantial margin — worst category average is below 0.09%. Every solver change is verified against the full test suite before release.
); // Section 2 wrapper const S2Accuracy = () => (
◉ ACCURACY & SOLVER VERIFICATION

The proof.
And the physics that produce it.

); window.S1Hero = S1Hero; window.S2Accuracy = S2Accuracy;