Soaring Over History: Balloon Rides Above Sakai’s Ancient Tombs
If you’re seeking a travel experience that blends breathtaking views with deep historical resonance, Sakai City in Osaka Prefecture is about to offer something truly unforgettable. Beginning October 4, visitors can take to the skies in a tethered gas balloon for a panoramic view of the Mozu-Furuichi Kofun Group—an awe-inspiring cluster of ancient burial mounds designated as a UNESCO World Heritage site.
These 10-minute balloon rides, launching from Daisen Park, elevate passengers approximately 100 meters above ground, offering a bird’s-eye perspective of 23 kofun tombs, including the majestic Daisen Kofun. This keyhole-shaped tumulus stretches an astonishing 486 meters and is believed to be the final resting place of Emperor Nintoku, who ruled in the fifth century. From above, the intricate geometry and scale of these ancient structures come to life in a way that ground-level exploration simply can’t match.
Operated by Advance Co., a Hyogo-based outdoor facility management company, the balloon rides will run year-round from 10 a.m. to 6 p.m. The city hopes this initiative will become a cornerstone of local tourism, drawing history buffs, families, and adventure seekers alike. With fares starting at ¥4,200 for adults and ¥3,000 for children under 16, the experience is both accessible and enriching. Discounts are available for online bookings, Sakai residents, and individuals with disabilities.
Beyond the thrill of flight, this initiative is also a thoughtful experiment. The city will monitor the impact of the balloon rides on the preservation of the kofun group during a one-year trial period. If successful, the program will continue for six more years, offering a long-term opportunity to engage with Japan’s ancient past in a modern, elevated way.
Whether you’re a seasoned traveler or a curious local, Sakai’s balloon rides promise a rare fusion of serenity, spectacle, and storytelling—an invitation to float above the centuries and see history from a whole new angle.