Publisher Activision and developer Infinity Ward have pledged to address a visual glitch affecting Captain Price's appearance in Call of Duty: Modern Warfare 4 after images of his unusually sparse hairstyle circulated widely on social media. The issue, which results in a noticeably different look for the franchise's veteran operator, is primarily a graphical artifact tied to the game's lowest graphical settings.
During the recent closed beta, alongside discussions about time-to-kill speeds and spawn system problems, attention turned to Captain Price's character model. Social media posts highlighted that the version of Price encountered on lower settings appeared to lack the full head of hair and beard characteristic of previous iterations. This discrepancy led many fans to question the model's fidelity to the beloved character.
Developers have confirmed that the altered appearance is not an intentional design choice but a consequence of how the game renders character models at the lowest level of detail. A statement on the Modern Warfare 4 Trello board's "Known Issues" section clarifies, "Captain Price's hair does not appear correctly when viewed at the lowest level of detail. The team will be addressing it in a future update." The developers also noted that this issue would not be present if players meet the game's recommended system specifications.
While the exact nature of the upcoming update remains to be detailed, the hair fix is part of a broader effort to resolve several issues identified during the beta period. Other noted problems include dropped framerates when using lethal grenades, performance hitches for PC players in early multiplayer matches, and a bug that can leave the loadout screen stuck. The development team is also investigating concerns regarding time-to-kill values and spawn placements.
Call of Duty: Modern Warfare 4 is slated for release on October 23, 2026, and will be available on PC, PlayStation 5, and Xbox Series X|S. Players can expect to experience the game with further refinements following the ongoing feedback from the beta phases.