
1 / 5Side: Rafting at Koprulu Canyon with Zipline Incl. Lunch
About this activity
Combine three adrenaline pursuits in a single day at Koprulu Canyon near Side: navigate the river's whitewater rapids, descend through canyon passages, and soar across a high-altitude zipline. This all-inclusive full-day adventure covers equipment, expert guidance, meals, and hotel transfers—ideal for mixing water sports with heights.
Take on three thrilling activities in one day on a full-day tour from Side to Koprulu Canyon. Go canyoning in a gorgeous passageway, raft on calm and whitewater on the Köprüçay River, test out your nerves on a sky-high zipline course. Lunch, instruction and use of equipment, and hotel pickup and drop-off are provided.
Highlights
- ✓Whitewater and calm-water rafting on the Köprüçay River
- ✓Canyon descent through dramatic rock formations
- ✓High-altitude zipline course with valley views
- ✓All equipment and professional instruction included
- ✓Hotel pickup and drop-off from Side
- ✓Lunch provided
Insider tips
- ★Wear water shoes or secure sandals; the canyon floor can be slippery and rocky even in summer
- ★Bring a waterproof phone case if you want to capture zipline moments; photos aren't typically provided
- ★Start early (tours usually depart 8–9 a.m.) to beat afternoon heat and crowds on the river
- ★Request a spot in the raft away from the splash zone if you dislike getting soaked
Good to know
- •Duration is 8 hours including travel time from Side; plan for pickup around 8–9 a.m. and return by 5–6 p.m.
- •Minimum age/weight restrictions likely apply for the zipline; confirm with operator at booking
- •Swimwear under quick-dry clothing recommended; changing facilities may be basic
- •Not wheelchair accessible due to canyon terrain and water activities; moderate fitness required
Who it's for
Best time to visit
Spring (April–May) and autumn (September–October) offer ideal temperatures and moderate water levels. Summer (June–August) is hottest but busier; avoid winter when water levels rise and visibility in canyons decreases.






