The facility utilizes high-density foam blocks in its landing pits to safely absorb impact from aerial maneuvers.
It is specifically designed for multi-functional use, hosting everything from casual jumping to organized dodgeball leagues.
The layout incorporates angled wall trampolines to allow for vertical movement and complex rebound techniques.
The location is situated in the pre-cordillera region, which offers distinct climatic conditions compared to central Santiago.
Trampoline Park Las Condes is an indoor recreation facility located in the Lo Barnechea district of Santiago, Chile. The venue features a sprawling network of interconnected floor and wall trampolines designed for free jumping, dodgeball, and aerial maneuvers. Specialized zones include foam pits for landing practice and high-performance trampolines for advanced acrobatics. The facility is climate-controlled, making it suitable for active recreation year-round regardless of exterior weather conditions. It serves as a primary venue for recreational exercise, birthday celebrations, and group sporting events in the eastern part of the city. The park adheres to strict safety protocols, with padding covering all structural frames and springs. Visitors can access various jump areas that cater to different skill levels from beginners to experienced jumpers.
The elevated platform overlooking the main jump arena offers the best vantage point for action shots.
Bring a pair of high-grip socks if you have them to maximize control on the trampoline surfaces.
Stretch thoroughly before entering the jump zones to prevent muscle strains during high-intensity sessions.
Arrive early during weekends or public holidays to secure your preferred jump time slot.
Attempting advanced flips beyond your skill level without supervision, as injury risk increases significantly.
Operating capacity may fluctuate during school holidays and national Chilean celebrations.
Athletic wear is required; mandatory use of specialized grip socks is enforced; no jewelry or sharp objects allowed on jump surfaces.
