A slow trek-booking site rebuilt in Next.js — itineraries people can actually read, on a page that loads before they leave.
1.8s
Mobile load time
Down from about 9s
89
PageSpeed mobile score
Was in the low 40s
3 taps
Home to enquiry
Was 6 plus a PDF download
+46%
Enquiry form submissions
First 4 months after launch
Glacier Treks & Adventure runs guided treks across Sikkim. Their old site took the better part of ten seconds to open on mobile data — which is exactly the connection a traveller researching Goechala or Sandakphu is on — and buried route details in PDFs. We rebuilt it in Next.js around the two things that decide a booking: how fast the page opens, and how clearly the itinerary reads.
The gaps in Glacier Treks & Adventure's setup before the project started — and what they were costing.
Full-size unoptimised photos on a shared host meant a near ten-second wait on 4G in the hills. Trekkers researching on the move simply went back to search results, so the traffic the brand already had was being spent on a loading spinner.
Day-wise routes, altitude, difficulty and inclusions sat inside downloadable files. Nobody compares two treks by downloading two PDFs on mobile — and search engines could not read that content either, so the pages that should have ranked for specific trek names had nothing to rank with.
A single contact page served every trek. When an enquiry did arrive, it rarely said which trek or which month, so the team spent the first reply asking basics instead of answering.
Each phase closed before the next one opened, so nothing was rebuilt twice.
Field data over mobile connections, not just lab scores. Images were the bulk of it; render-blocking scripts and an unoptimised theme made up most of the rest. We also pulled the trek queries the site was already appearing for and found none of them landed on a page that answered the question.
One page per trek, with day-wise itinerary, altitude profile, difficulty, best season, inclusions and exclusions as real text on the page. The PDFs stayed available for people who want to carry them, but they stopped being the only source.
Static generation for trek and route pages, next/image with responsive sizes and lazy loading for the photography, and a trek-aware enquiry form that carries the trek name, preferred month and group size into the submission.
Search Console was watched through indexing, titles and descriptions were rewritten per trek page, and the enquiry form fields were trimmed after we saw where people dropped out.
Statically generated pages, compressed responsive imagery and no render-blocking third-party scripts. The photography is still the hero of the site — it just no longer costs the visitor ten seconds.
Day-wise itinerary, altitude, grade, season and what is included, laid out as text a trekker can scan and a search engine can index. Comparing two treks is now scrolling, not downloading.
The form sits on the trek page and carries the trek, month and group size with it, so the first reply from the team is an actual answer about dates and availability.
Every tool here was picked for a reason — speed, reporting, or one less manual step.
Static trek pages — fast on weak connections, readable to crawlers
Reusable itinerary, gallery and enquiry components
Consistent layout across a photo-heavy site
Trek data typed once, reused on every page
Edge caching so pages come from a nearby node
CDN and image delivery for the photography
Which treks get read, where people drop off
Indexing and trek-name query tracking
The part that matters: what the business could do afterwards that it could not do before.
Nothing was spent on more visitors first. Making the existing ones stay long enough to read an itinerary produced the increase in enquiries.
Because the enquiry names the trek and the month, the back-and-forth before a real conversation dropped by a message or two — which matters when a traveller is comparing three operators.
Content that used to be locked in PDFs is indexable, so individual trek pages surface for their own searches rather than everything depending on the home page.
| Measure | Before | After |
|---|---|---|
| Mobile load time | ~9 seconds | 1.8 seconds |
| PageSpeed mobile | Low 40s | 89 |
| Itinerary access | PDF download | Readable page content |
| Enquiry submissions | Baseline | +46% over 4 months |
“People used to call and ask for the itinerary. Now they call having already read it and ask about dates — that is a completely different conversation.”
A Next.js trekking website with one page per trek — day-wise itinerary, altitude, difficulty, season and inclusions as on-page content — plus optimised photography, a trek-aware enquiry form, and analytics and Search Console set up to track it.
Mobile load time went from roughly nine seconds to about 1.8, and the PageSpeed mobile score from the low 40s to 89. Most of the gain came from image optimisation and static generation, not from a bigger server.
Enquiry form submissions rose about 46% in the four months after launch on broadly similar traffic. The change came from visitors staying long enough to read an itinerary, and from the enquiry form sitting on the trek page itself.
Yes. The pattern — fast pages, itinerary content that is readable rather than downloadable, and an enquiry form that captures package and dates — transfers to any tour, pilgrimage or adventure operator. Package structure and seasonality differ, so content architecture is mapped per client.
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