The structure was designed by architect Rafael Rivera and artist Manolo Martín in 1990.
The giant figure is built to a scale where visitors effectively become the characters from the classic novel.
The ropes tethering the sculpture are actually hidden stairways and pathways for climbers.
The park was inspired by a specific scene from the first part of Swift's book.
The entire surface is paved and sculpted, eliminating traditional 'monkey bars' or swings in favor of fluid topography.
Gulliver Park is a monumental play structure in Valencia based on Jonathan Swift's 'Gulliver's Travels,' where children serve as the Lilliputians scaling the giant figure. The sculpture spans 70 meters in length and features complex ramps, slides, and stairways integrated into the body of Gulliver, who is pinned to the ground by ropes. Located within the Jardín del Turia, the park occupies a sunken, landscaped section of the city's former riverbed. The structure is constructed from high-quality, durable materials designed to withstand intensive climbing and sliding. It provides a unique interactive experience that blurs the line between traditional playground equipment and architectural sculpture. The site is part of a larger green corridor that transforms the old Turia river channel into a multi-purpose urban park.
From the elevated pedestrian path overlooking the park, which provides a full view of the giant's entire body.
Wear long pants and comfortable sleeves to prevent friction burns while sliding down the sculpted surfaces.
Bring a piece of cardboard or a sliding mat if local rules allow, as it significantly increases speed on the slides.
Check the surface temperature during summer months as the material can become very hot under direct sun.
Do not attempt to climb the structure during or immediately after rain, as the surfaces become extremely slippery and dangerous.
May close periodically for maintenance or during heavy rainfall for safety reasons.
Users must remove footwear to climb the structure; only socks or barefoot climbing is permitted to protect the material surface.
