Release Roadmap
Every confirmed event between now and NARUTO CARD GAME's Summer 2027 launch - tutorial sessions, tour stops, and the road to retail.
Updated
NARUTO CARD GAME launches worldwide in Summer 2027, but Bandai isn't waiting until then to get the game in front of players. Here's every stop confirmed so far, in order, with more added as Bandai announces them.

2026
Gen Con 2026 - United States, July 30 - August 2, 2026. Tutorial sessions kicked off the rollout, running demo matches with the Naruto Red and Sasuke Blue sample decks.
New York Comic Con 2026 - United States, October 8-11, 2026 (Javits Center, booth #2705).
PAX Aus 2026 - Australia, October 9-11, 2026 (Melbourne Convention & Exhibition Centre).
Spiel Essen 2026 - Germany, October 22-25, 2026.
Paris Games Week 2026 - France, October 22-25, 2026.
Lucca Comics & Games 2026 - Italy, October 28 - November 1, 2026.
Every convention stop runs free, on-site tutorial sessions that hand out the CP-001 Chakra Card promo to BANDAI TCG+ members who finish a post-session survey.
BANDAI CARD GAMES Fest 26-27 - lottery-entry Teaching Sessions across 11 cities, handing out the same CP-001 Chakra Card. 2026 stops: Jakarta (Oct 10-11), Manila (Oct 24-25), Bangkok (Nov 21-22), Hong Kong (Nov 28-29), Singapore (Dec 5-6), Kuala Lumpur (Dec 12-13), Taipei (Dec 19-20), and Shanghai (December, undated).
2027
BANDAI CARD GAMES Fest 26-27 continues: Orlando (January 7-10), London (January 15-17), and Tokyo (early 2027, undated). Orlando and London are billed as Tutorial Sessions rather than the Asian lottery format; details are still pending.
In-store Tutorial Sessions - Roll out in early 2027, bringing hands-on demos to local game stores ahead of launch.
Worldwide Release - NARUTO CARD GAME launches at retail in Summer 2027.
We'll keep this page updated as Bandai confirms new tour stops, exact dates, or additional details. For the full breakdown of every promo and how to claim one, see How to Get Every Known NARUTO CARD GAME Promo, and check our News section for coverage of each event as it happens.