The Colorado Avalanche received concerning news regarding star defenseman Cale Makar, who has been ruled out indefinitely with a lower-body injury sustained during Tuesday's game against the Dallas Stars.

What We Know About the Injury

Makar appeared to tweak his knee during the second period of Tuesday's game after an awkward collision along the boards. He attempted to continue playing but was visibly favoring the leg and was eventually pulled from the game.

Head coach Jared Bednar provided an update following Wednesday's practice, stating that Makar would be re-evaluated in two weeks. The team described the injury as "day-to-day" initially but has since upgraded the timeline.

Impact on the Avalanche

Losing Makar is a significant blow for Colorado, who are already dealing with the aftermath of the Rantanen trade. Makar is widely considered the best defenseman in the NHL, and his absence creates a massive hole in the team's lineup.

Defensive Depth Tested

Without Makar, the Avalanche will need to lean heavily on Devon Toews and Samuel Girard to shoulder the defensive workload. The team may also recall prospects from their AHL affiliate to fill the void.

Power Play Impact

Makar quarterbacks Colorado's lethal power play, which ranks among the top units in the league. His absence will force the coaching staff to reconfigure their approach with the man advantage.

Expected Return Timeline

Based on the information available, Makar is expected to miss approximately 2-4 weeks. The Avalanche medical staff is taking a cautious approach, particularly with the playoffs on the horizon.

If Makar misses the full four weeks, he would return in time for the final stretch of the regular season and the beginning of the playoffs.

What This Means for Colorado's Playoff Positioning

The Avalanche currently sit third in the Central Division, and their hold on a playoff spot is secure. However, Makar's absence could allow other teams to close the gap and potentially impact Colorado's seeding.

We will provide updates on Makar's recovery as new information becomes available.