二葉屋旅館

Futabaya Ryokan is a charming and welcoming hotel nestled in the scenic town of Takashima, Japan, located at a short distance from various natural and cultural attractions. The hotel offers a peaceful retreat with a traditional Japanese atmosphere. Situated at an accessible location, it is approximately a 15-minute drive from the Avenue of Metasequoia trees, a stunning row of metasequoia trees known for their golden autumn hues. Nearby, visitors can explore Takashima City Agricultural Park Makino Pick Land, a scenic orchard where guests can enjoy seasonal fruit picking and indulge in delicious gelato. The hotel's location is well connected to transport links, making it an ideal spot for those traveling by public transport, with the Makino Station only a short drive away.
The rooms at Futabaya Ryokan offer a tranquil and comfortable stay. Each room is thoughtfully designed with traditional Japanese decor, providing a serene ambiance that complements the surrounding environment. Guests can expect spacious rooms with tatami mat floors, futons for a restful sleep, and modern conveniences to ensure a pleasant stay.
Futabaya Ryokan boasts several standout amenities, such as free Wi-Fi, ensuring guests stay connected during their stay. While the hotel does not offer fitness or spa facilities, the focus is on creating an authentic and peaceful environment for guests to relax and unwind.
The hotel is well-served by nearby public transportation, with easy access to major airports such as Osaka International Airport and Nagoya Airport. Guests can travel conveniently to the hotel by taxi or public transport. For those looking to explore the area, local attractions such as Kaizu Osaki, a scenic peninsula, and Hakodateyama Ski Resort are within a short drive.
Futabaya Ryokan welcomes guests to experience the authentic beauty of Takashima and enjoy a unique stay surrounded by nature and culture. With its proximity to several landmarks, dining options, and transport connections, it offers the perfect base for both relaxation and exploration.