Alex Sarr's Foot Fracture — What Bone Actually Has to Do to Heal

Wizards center Alex Sarr underwent surgery to repair a fractured right foot after sustaining the injury on a contact play during an offseason workout. Unlike a soft-tissue injury like Jamal Adams' quad tendon, this one is bone — a different healing process entirely, and a different set of things to watch during recovery.

The anatomy: The foot has 26 bones, and fractures in NBA big men most often show up in the metatarsals — the long bones connecting the ankle to the toes — because of the repetitive load a 7-footer's frame puts through the foot on every landing and push-off. Surgery for a displaced fracture typically involves fixing the bone in place with a plate, screws, or a pin so the two ends can knit back together in proper alignment, rather than healing crooked or unstable.

Why bone healing works differently than soft tissue: Ligaments and tendons heal by laying down scar-like collagen, which is why they rarely return to 100% of their original tensile strength. Bone is different — it actually regenerates as bone, cycling through an inflammatory phase, then a "soft callus" of new tissue bridging the fracture, then a hardening into genuine bone over weeks to months. That's a real advantage: a well-healed fracture can end up essentially as strong as it was before, especially in a young player like the 21-year-old Sarr.

What recovery actually looks like: Foot fractures generally need six to eight weeks just for the bone itself to knit together, with another few months on top of that to rebuild strength and confidence in pushing off the foot at full force. The Wizards have already stated Sarr is expected to be ready for the start of the 2026-27 season — a reasonable target given his age and a clean surgical repair, but foot injuries in big men carry one extra wrinkle: they tend to recur if the underlying biomechanics (foot strike, weight distribution, footwear) that contributed to the fracture aren't also addressed during rehab, not just the bone itself.