PlayStation and Xbox Face Nearly 20% Sales Crash — Analysts Warn of a Tough Year for Consoles
The global console market could be heading for one of its sharpest declines in recent years. According to a new forecast from S&P Global Market Intelligence, worldwide PlayStation and Xbox console shipments are expected to fall by nearly 20% in 2026, dropping to approximately 33.9 million units. Analysts point to a combination of higher hardware prices, aging console generations, and weaker consumer demand as the primary reasons behind the projected slowdown.

The report suggests that PlayStation 5 and Xbox Series X|S are entering the later stages of their life cycles, while recent price increases have made new hardware less attractive to buyers. At the same time, many players are choosing to delay upgrades as they wait for next-generation systems or major blockbuster releases capable of driving new console purchases. Rising memory and component costs have also pushed manufacturing expenses higher, forcing both Sony and Microsoft to pass some of those costs on to consumers.
Despite the projected decline in hardware sales, analysts do not believe the gaming industry itself is shrinking. Instead, spending is increasingly shifting toward digital game purchases, subscriptions, downloadable content, and live-service titles, allowing publishers to generate more revenue even as console shipments slow. Meanwhile, Nintendo Switch 2 continues to outperform expectations, partially offsetting the broader decline across the console market.
Industry experts stress that the forecast reflects hardware shipments rather than the overall health of the gaming business. Major releases such as Grand Theft Auto VI, along with future hardware announcements from Sony and Microsoft, could still boost demand later in the console cycle. For now, however, analysts expect 2026 to be one of the most challenging years for PlayStation and Xbox hardware sales, highlighting the growing impact of rising prices and the industry's ongoing transition toward digital ecosystems.