A high-energy buggy run across Genipabu’s towering coastal dunes that mixes fast driving, lagoon stops and a beachfront lunch. Perfect for travelers who want an active half- to full-day outing outside Natal.
More ways to explore the area's outdoor wonders
The engine growls and sand sprays in an arc as the buggy crests a wind-sculpted dune—Genipabu’s coastline unfolding in bands of ochre sand and turquoise sea. You feel the rhythm of the ride more than the map: sudden climbs, sideways drifts and panoramic pauses where the Atlantic presses to the horizon.
Difficulty
moderate
Duration
1–8 hours
Fitness Level
Low to moderate fitness required; you must be able to board/exit a buggy and tolerate bumps for extended periods.
Wildlife
History
Genipabu’s dunes are formed by wind-driven marine sand accumulation and the area has been used historically by local fishing communities and salt collectors.
Conservation
Dune vegetation is fragile—stick to marked paths and avoid trampling plants; support reputable operators who respect erosion controls and local communities.
Reserve your spot on the Buggy Tour along the North Coast (Genipabu) today and enjoy a trusted, highly rated experience designed to help you make the most of your adventure.
Secure loose gear
Use zipped pockets or a small dry bag—phones and cameras can fly during dune runs.
Sun protection
Bring reef-safe sunscreen, sunglasses and a hat—sand reflects a lot of UV even on overcast days.
Footwear
Closed-toe shoes with a firm sole protect against heat and provide stability when you step off the buggy.
Health warning
Not recommended for people with spinal, heart conditions or pregnancy due to bumpy terrain.
Closed-toe shoes
Protects feet from hot sand and provides traction when stepping on uneven surfaces.
Sunglasses and hat
Shields eyes from glare and wind-driven sand during the ride.
Reusable water bottle
Staying hydrated is key in coastal heat and after adrenaline activities.
summer
Small dry bag or zippered pouch
Keeps valuables secure and sand-free while the buggy is in motion.