Description

[Product name]

Bitcoin Magazine Japan Inaugural Issue Metaplanet White Red with 3D Logo New

[Product detail]

This is the long-awaited inaugural Japanese issue (Vol. 1) of Bitcoin Magazine, the world's leading Bitcoin magazine. Immediately after its March 2025 release, it became incredibly difficult to obtain, making it an extremely rare collector's edition deeply etched in the history of cryptocurrencies. The magazine features a special, luxurious interview between Bitcoin giant Michael Saylor and Simon Gelovich of Metaplanet. Furthermore, it includes exclusive content from the legendary US inaugural issue, making it an irresistible treat for fans and investors alike. The cover boasts a high-quality matte PP finish with beautiful, three-dimensional UV-embossed detailing, elevating it beyond a mere magazine to a stunning art piece. Why not add this beautiful print edition to your collection, capturing the excitement and cutting-edge knowledge of that era that you can't find online?

Payment

Please pay within 5 days.

Shipping

Shipping from Japan with Tracking Number & Insurance.
We usually ship out your order within 4-6 working days after receiving your payment.

International Buyers - Please Note

Customs and duties:
For buyers in the United States:
Import duties and taxes are included in the item price or shipping cost. Items shipped to the U.S. are sent under the Delivered Duty Paid (DDP) method, which means all import-related charges are prepaid. You don't need to pay any additional fees when your order arrives.
For buyers outside the United States:
Import duties, taxes, and charges are not included in the item price or shipping cost. These charges are the buyer's responsibility. Please check with your country's customs office to determine what these additional costs will be before bidding or buying.

Caution

For Customers Who Have Purchased Products with a Power Supply:
Since voltage standards in Japan may differ from those in your region, be sure to use a voltage transformer or similar device to ensure the product is operated within the specified voltage range.
Failure to do so may result in a fire or other hazards.