Mahjong Hishouden: Shin Naki no Ryuu

Mahjong Hishouden: Shin Naki no Ryuu

Super Nintendo Entainment System
❇ Japanese Name 麻雀飛翔伝 真 哭きの竜
🗓 Release Date 1995年10月27日
🏷 Publisher ベック

Mahjong Hishouden: Shin Naki no Ryuu (1995)

Mahjong Hishouden: Shin Naki no Ryuu (literally "Mahjong Flying Legend: New Crying Dragon") is a mahjong simulation game developed and published by Beck for the Super Famicom, released on October 27, 1995. It is an updated version of Mahjong Hishouden: Naki no Ryuu, featuring a new story, more characters, and expanded gameplay mechanics. The game is a unique mahjong game with a story-driven narrative, where players take on the role of a young mahjong player, competing in tournaments and rising through the ranks. Beck, known for their licensed and simulation games, brought their technical expertise to the mahjong genre, creating a game that was both accessible and entertaining.

Gameplay and Mahjong Mechanics

Mahjong Hishouden: Shin Naki no Ryuu follows the standard rules of Japanese mahjong, with players drawing and discarding tiles to form winning combinations. The game features a strong AI that can adapt to the player's skill level, offering a challenge for both beginners and advanced players. The game's standout feature is the "story" mode, where players follow a narrative with cutscenes, character interactions, and rivalries. The game's AI is adaptive, with opponents having distinct playing styles and personalities.

The game includes multiple modes, including a quick play mode, a tournament mode, and a two-player mode for human vs. human matches. The game's visual style is detailed and colorful, with large character sprites and anime-inspired art. The soundtrack features dramatic and atmospheric music that enhances the storytelling.

Mahjong Hishouden: Shin Naki no Ryuu received positive reviews for its innovative story-driven approach to mahjong, becoming a popular title among mahjong enthusiasts and RPG fans. It remains a nostalgic classic for its unique blend of genres and Beck's creative design.