/* global React */
/* ============================================================
SERVICES PAGE
============================================================ */
window.ServicesPage = function ServicesPage({ setRoute }) {
const services = [
{
id: 'svc-revscout', tag: '01 · RevScout',
title: 'RevScout Fruit Mapping',
lede: 'Field cameras count every fruit on every tree. Mounted on an ATV or tractor, they take up to 5 photos of each tree on both sides — the algorithm picks the two highest counts as the tree’s reading. The block splits into 5 zones from high to low; calibrate any zone with a hand count to convert to T/ha.',
points: [
'Up to 10 photos per tree (5 each side); algorithm picks the best 2',
'Real-time processing in RevToolbox',
'5 calibration zones, high to low, per block',
'Variable-rate Potassium files at tree resolution',
'Yield estimation calibrated to harvest T/ha'],
visual: ,
visual2: ,
v2Label: 'Calibration: 60 trees, R² = 0.94'
},
{
id: 'svc-revtoolbox', tag: '02 · RevToolbox',
title: 'RevToolbox Data Portal',
lede: 'Your full orchard, every layer, in one browser. Two satellites — one for monitoring (10 m, every 5 days), one for high-accuracy applications (0.5–0.8 m, on-demand). Stack soil, canopy and fruit, then export prescription files in three clicks.',
points: [
'10 m crop-health imagery, refreshed every 5 days',
'0.5–0.8 m on-demand imagery for variable-rate spreaders',
'Phenological-period averages (fruitset, ripening, harvest)',
'Variable-rate exports (Trimble, John Deere, AGCO ready)',
'Google Earth export for in-field inspection on phone'],
visual: ,
visual2: ,
v2Label: '4 years NDVI history per block'
},
{
id: 'svc-canopy', tag: '03 · Canopy',
title: 'Tree-Level Canopy Mapping',
lede: '50–80 cm resolution satellite imagery on demand. Single shot over an entire farm — no UAV, no flight conditions to worry about. Booked in two weeks, delivered to RevToolbox.',
points: [
'80 cm standard resolution; 50 cm available',
'Cultivar isolation — pollinator rows excluded',
'Tree-level Nitrogen prescription generation',
'Anywhere in the world — no flight permits'],
visual: ,
visual2: ,
v2Label: 'Variable-rate N zones, 4 levels'
},
{
id: 'svc-sizing', tag: '04 · RevSizer',
title: 'Fruit Size Monitoring',
lede: 'The Rev-Sizer digital caliper measures fruit circumference on the tree to 0.5 mm accuracy — no picking required, up to 3 000 fruit per day, water-resistant, Wi-Fi sync. Pre-load blocks on the platform; save measurements block-by-block. Weekly readings build a growth curve per block; the platform predicts harvest size by market class.',
points: [
'Rev-Sizer caliper: 0.5 mm accuracy, banded-trigger design',
'Measures fruit on the tree — no picking required',
'Up to 3 000 fruit per day; blocks pre-loaded for block-by-block save',
'Wi-Fi sync to RevSizing module inside RevToolbox V4',
'Regional cultivar-based growth models',
'Predicted size-class distribution — packhouse-ready'],
visual: ,
visual2: ,
v2Label: 'Growth curve vs. predicted target'
},
{
id: 'svc-emi', tag: '05 · EMI',
title: 'EMI Soil Scanning',
lede: 'Where standard chemical grids only sample every 50 × 50 m, EMI scanning fills in the gaps — mapping soil Electrical Conductivity at three depths (25, 50 and 90 cm) at a practical 5 × 5 m resolution. The foundation every other layer sits on.',
points: [
'EC at 25, 50 and 90 cm — root, sub-root, drainage zones',
'5 × 5 m practical resolution',
'Targeted soil sampling instead of grid',
'Drainage and irrigation block design',
'Soil moisture probe placement recommendations'],
visual: ,
visual2: ,
v2Label: 'Block-level EC variation'
}];
return (
<>
Soil, canopy, fruit count, fruit size, prescription. Every service feeds the same RevToolbox portal, so every layer compares with every other. That’s where the answers come from.
)}
{/* Zonal vs Grid editorial block — teases case study */}
From the field · 2024–25 season
Grid sampling tells you the average.
EMI tells you where to act.
Across 301 hectares and eight farms last season, we measured what zonal sampling actually pays back vs. the standard one-composite-per-block grid. The answer was bigger than we expected.
Per-hectare rates step down automatically as your area grows. All figures ex-VAT
{currency === 'ZAR' ? ', in ZAR.' : `, converted from ZAR to ${currency} at indicative rates.`}
{' '}Quote confirmed with an agronomist.
Pick the tools you want and your block size — the calculator splits once-off startup from your per-season running cost. All prices ex-VAT, in South African Rand. EMI is a one-time scan; everything else runs by season.
{/* Comparison table removed per feedback (Jacobus) */}
Need a custom quote?
Multi-farm, multi-cultivar or group buys — we'll put together a plan.
);
};
/* ============================================================
CONTACT PAGE
============================================================ */
window.ContactPage = function ContactPage({ setRoute }) {
const [submitted, setSubmitted] = React.useState(false);
const [submitting, setSubmitting] = React.useState(false);
const [error, setError] = React.useState(false);
// Form-to-email endpoint. Formspree works on any static host
// (Cloudflare Pages included) — it posts the form fields and
// emails them to the address that owns this form ID. To point it
// at your own inbox, create a form at formspree.io and replace the
// ID below, or swap in another provider (Web3Forms, Getform, …).
const FORM_ENDPOINT = 'https://formspree.io/f/xpwzgnje';
const handleSubmit = async (e) => {
e.preventDefault();
setSubmitting(true);
setError(false);
const form = e.target;
const data = new FormData(form);
try {
const res = await fetch(FORM_ENDPOINT, {
method: 'POST',
body: data,
headers: { Accept: 'application/json' }
});
if (res.ok) {
setSubmitted(true);
form.reset();
} else {
// Surface the failure instead of faking success, so a broken
// or unconfigured endpoint is obvious rather than silent.
setError(true);
}
} catch {
setError(true);
}
setSubmitting(false);
};
return (
<>
