Tue. Jul 21st, 2026

According to Sensor Tower data, the Scopely cumulative collection of the Monopoly Go has exceeded $6 billion, making it the fastest mobile game ever to achieve this milestone, taking only 1275 days, significantly surpassing Mixi’s Monopolies Ball (1673 days) and the King’s Glory (1762 days) record.

According to the Children ‘ s Paper 2025, the number authorized an increase of 22 per cent to $471.7 million over the year, of which $112 million came from Monopoly Go. Sensor Tower confirmed that, since its launch in 2023, Monopoly Go had become the world ‘ s highest-receiving recreational game, with the top-up application of the internal purchase income list in 2024, and the highest-receiving table-to-desk IP retrofit in 2025, with over $5 billion for the first two years on the line. As Sensor Tower analyst Sam Awn notes: “No other product can reach the $6 billion lifetime internal buy-in milestone so quickly. Its growth trajectory defines new standards for the industry – both as a catalyst for the evolution of the product class and as a boost to the global impact of the Monopoly IP, and as a boost to the Scopoely’s top ladder in the industry.” It should be noted that the data do not include other sources of income, such as advertising income, direct sales, etc., and that actual receipts may be higher.

Spopely reveals that the game is still on a monthly average of about $200 million. Sam Aoun added: “It has a growth curve far superior to historical products such as Monster Balls, Kings Glory, Royal Match, Tribal Conflicts. This sustained global growth momentum is rare in the industry.” This milestone highlighted the enormous new potential of IP to re-energize through mobile immersion social play. As a case of the digitalization of the table IP, Monopoly Go, through the integration of social fission with the dice mechanism, has succeeded in transforming the strong social attributes of the physical table into a sustainable digital build-up engine, providing a whole new paradigm for the cross-media realization of the traditional IP.

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