Sampe from the 2000s
Guest
Part 1: introduction
Hi! I haven’t posted here since 2010. I lost most of my interest in competitive sports for a while and focused on the life outside of the HFBoards. But ever since I regained my passion during the 2016 WJC, I have been lurking here a lot. And it was only fitting that I especially followed the NHL entry draft. That is how I got here (well, the predecessor of here – Hockey’s Future) in the first place. First, to follow news on a recently drafted Mikko Koivu way back in the late summer/early fall of 2001. Second, to hype a draft eligible goaltender by the name of Kari Lehtonen. The Koivu family has been a particular hockey interest. As a kid I accidentally saw Saku Koivu play for my favorite SM-liiga team in his draft year (Jokerit–TPS 1–0 in January 1993, the first ever live hockey game I witnessed). Back then I didn’t even acknowledge him, but in the following season he became my favorite Finnish athlete. And now, in a year when his son happens to be draft eligible, my draft project has finally come to an end. It is time to share what I’ve learned.
My inspirations have been numerous, but the Blue Bullet Report by Brad McPherson is undoubtedly the most fundamental in the literal sense of the word. It has taught me that stat watching is underrated because sample size matters. Don’t get me wrong – a more in-depth and personal viewing experience (aka the eye test) is a critical part of scouting. As are player interviews and medical reports us fans (should) only get a glimpse of. But scouting should begin from a more general and surface-level point of view. And career/season stats offer us the biggest sample size possible. They then eliminate the risk of catching the wrong games and getting a completely wrong picture of a player. No one has the time to watch every single player in every single game. But we all have the same facts of goals/assists/save percentage ahead of us. And much like the pro scouts’ player rankings, these facts correlate with future NHL success. They fall way short of guaranteeing it, but they do improve the odds.
In particular, whereas pro scouts excel at recognizing red flags and pro habits, stat watching helps you recognize the raw talent and upside. This is especially important for the entry draft. In the salary cap era, the draft is the cheapest way of acquiring a Stanley Cup worthy player core. The rest of the roster can be acquired via other means. The stars however will cost you. My focus for the draft then is on player quality over player quantity. It makes no sense to aim at hitting with your every pick, since every hit means you must pay your guy. And eventually you run out of cap/roster space anyway. Why not rather fill that space with more gifted players that you love to pay? This is where the draft year/career stats come in handy. They are all about swinging for the fences. You may miss more often, but when you hit, you hit big. There is no better foundation for drafting in my opinion.
Don’t believe me? Check out the Blue Bullet Report for a more math heavy explanation.
Part 2: the method
My approach to the NHL draft is simple. I first organize the skaters into tiers based on their production. Then I both adjust the tiers somewhat and rank the skaters within a certain tier based on scouting reports, eye test, advanced stats, and Bob McKenzie’s rankings. The goal is to get maximum (NHL playoff) value out of a draft. If you think two players are equally good, it makes sense to draft the higher ranked first and hope you can trade up for/get the other one later. The rest depends on team needs which can be freely applied to all players within the same tier. But value is always more important than positional needs that can change surprisingly quickly! The minimum value I’m personally looking for is anything between a third line center, a #4 defenseman, a high-end backup goalie or a complementary top 6 winger. If your ceiling is a bottom 6 winger, a checking line center, an average backup goalie or a bottom pairing defenseman, I’m not interested. Certainly not in the first round anyway.
Over the years I have worked out several point production per game thresholds for skaters depending on the league and position in question. They come in two forms. First, guarantee thresholds guarantee a certain minimum rank and so are the equivalent of sufficient conditions. Second, minimum thresholds are necessary conditions for a certain rank range. The stronger the league, the less you need to score to cross a certain threshold. The thresholds are not linear but based on hockey history and so subject to change. I also avoid setting minimum production thresholds for men’s leagues: the usage of junior players vs men is simply too random. But in junior leagues things get much more straightforward.
For forwards, the correlation between junior and NHL production is clear. For defensemen, junior production correlates less with NHL production than with NHL ice time (only 6 out of the 50 and 23 out of the 100 biggest minute eaters in the NHL in 23–24 produced less than half a point per game in a junior league in their draft year). So I give them a bit more leeway. But the elite defensemen were typically big point producers at junior levels. The production thresholds (think of them as guidelines rather than strict rules) for 1st year eligible skaters are as follows:
Elite European league (wartime KHL, SHL, NL, Liiga, Extraliga):
Allsvenskan & VHL:
NCAA (roughly on par with Allsvenskan/VHL, but more junior focused and higher scoring):
Mestis & SL/NLB:
WHL/OHL/QMJHL & USHL/USDP (USHL is a bit worse than CHL, but usually lower scoring):
MHL is roughly on par with USHL, but the style is so different and the league so uneven that you need more leeway:
Elite European U20 league (J20 SuperElit, U20 SM-sarja) & elite Canadian junior A league (BCHL, AJHL):
For the future drafts I’ve considered raising the guarantee threshold (= lowering the guaranteed rank) for CHL forwards with 1.5 points/game. Occasionally, there are first year eligible CHL Fs (such as Parascak this year) who get to play with elite talent and so have inflated stats. Perhaps 1.5 points per game for Fs should be the equivalent of 1 point per game for Ds and thus “only” a first round guarantee instead of a top 20 guarantee? But as I will explain in part 3, while my current system guarantees Parascak a top 20 rank, I won’t need to pick him that high. There’s a solid chance that I can get him with a second-round pick. That’s not all that pricy for a guy who just put up 105 points in a single season.
Goaltending is trickier from a stats’ perspective. Even save % needs to be contextualized in terms of league scoring and high danger chances: a save % of 92 is a lot easier to achieve in the MHL than in the CHL. But fortunately, the pro scouts are surprisingly good at recognizing goalie talents. These days NHL teams are in fact a bit over reluctant to select goalies in the first round. This makes the typical top goalie prospects *better* draft picks for the 2nd and 3rd round than skaters! Just make sure to draft them early enough, because the rest of the goalie crop is rarely worth much. And don’t count save % completely out. Out of the 31 goalies who played in at least half (41) of the games of the 23–24 NHL regular season, only ca. half a dozen had a sub 90 save % in a junior league in their draft year. And those who did mostly hovered around 89 percent. I highly recommend drafting goalies who can stop the puck!
For the overaged players, the thresholds are naturally higher and depend on the player’s age. Last year eligibles are prime candidates for free agency immediately after the draft, so I rarely rank them super high. But a barely overaged forward who produces at 1.5 points per game pace at the CHL level? That’s a solid late first/early second round rank for me. You can often get these more proven types very late in the draft and the return is good in comparison to first-time eligibles. But if you change the thresholds for first time eligibles, remember to do the same for the overagers as well.
Beyond basic stats I pay particular attention to even strength primary production. It often tells you who the real play drivers are. I also expect a forward to produce roughly two thirds of his points at even strength and one third on the power play. Short-handed points are a nice bonus. If a player’s production relies a lot on PP points, it’s often a sign that his style may not translate at the next level where PP time is mostly limited to the NHL stars. But I don’t want to overemphasize these issues. If a player hardly produces on the PP, I try to check if it’s due to usage or a sign of a limited skillset. Power forwards for instance tend to produce a lot of primary points at ES without necessarily being all that gifted offensively. They may also produce poorly on the PP due to their role despite having the talent to do better. And playmakers naturally tend to have relatively worse primary point production than goal scorers.
The rest can be explained much better by those who do wonderful work on tracking individual players: the likes of Mitch Brown, Lassi Alanen, and Will Scouch. Their work allows us to see finer, more intricate details and habits in a player’s game. This is the perfect kind of stuff to help you separate players within a tier. Lately I’ve also found Jason Bukala’s player evaluation methods very helpful. The way he emphasizes/weighs different aspects of a skater’s attributes feels similar to how I’ve learned to do it (more of this in part 4). But he gives an actual number for these weights (see here: Scouting Reports FAQ - CapFriendly - NHL Salary Caps).
Still don’t believe in stats? In part 3 I will show what a simpleton stat watcher who never watches hockey could achieve on draft day.
Part 3: the benefits of pure stat-watching 2005–2015
I’ve never been a pure stat watcher. I’ve watched hockey since 1991 and I do take all the available information into consideration. But let’s assume I didn’t. How well would pure stat-watching (looking only at goals/assists/save %) work on draft day?
Before I answer, we must first understand that rankings and actual draft day selections are completely different things. Teams typically rank the players in different order, especially from roughly the middle of the first round onwards. Each team has a slightly different set of players ahead of a certain player. This means that the total number of players ranked ahead of him is larger than the number of players ahead of him on a single team’s list. He won’t get drafted until a team making their pick thinks he’s the best choice. So, the further down the draft we go, the more likely a player everyone ranks the same will fall on draft day.
Another way to understand this is to look at the two extremes. If all teams have the exact same rank order, a team drafting 224th overall will need a list of 224 players to go through the draft. And conversely, if no player is ranked top 224 by more than one team, each team will get all the players they want: their list only needs to include as many players as they have picks (7 on average). The reality is somewhere in between these extremes. Teams usually need a list of 75–100 players to go through the entire draft. And the more they go off the board (or the less picks they have), the shorter that list needs to be. So, if everyone considers you a mid-4th rounder, you won’t get drafted! But if at least 1 or 2 teams rank you in the second round, you probably will even if no one else likes you.
In other words, outside of the consensus top 15 or so, NHL teams only get the players they have ranked exceptionally high compared to everyone else. Literally everyone walks out of the draft feeling good about their mid/late rounders! And the same applies to the stat watcher: he/she gets the guys whose production is abnormally high for their draft pick number. Which means that the stat watcher must rank these players much higher than where he/she is picking. And conversely, just because you rank someone in your first round, doesn't necessarily mean you have to use your first-round pick to draft him. Your first rounder could be available in the third round, and your second rounder as late as the seventh round. This is why knowing the consensus order helps bring value. You don’t need to use a high pick on someone if you’re certain to get him later in the draft.
Second, we should start from the 2005 CBA that eliminated player opt-ins/-outs to get a fairer picture. All sufficiently old/young players have only been automatically eligible from the 2005 draft onwards. And third, let’s ignore the first round. Any fool can draft well that high most of the time. So only players that were actually drafted on day 2 (or went completely undrafted) count.
Our stat watcher starts rather poorly. No steals from day 2 of the draft in 2005 (I will ignore the 2004 opt-outs Paul Stastny and Anton Strålman). And the same goes for 2006. Maybe stat watching gets you Jamie McBain (if you emphasize his USDP/U18 WHC production over the modest NAHL one), but Brad Marchand’s stat line isn’t quite impressive enough. I also assume that stat watcher won’t rank P.K. Subban quite high enough in 2007, though it’s a close call (by now we know that Montreal must have ranked him way higher than #43, probably top 15–25). Ditto for Alec Martinez and Jamie Benn. Stat watcher will instead pick the overaged Jori Lehterä (sigh). Similar story in 2008 – just missing out on Roman Josi at #38 but getting to choose from a whole bunch of less gifted Ds in the later rounds (Philip Larsen, Mark Barberio, Zach Redmond, Jason Demers, Kevin Connauton). Maybe the stat watcher gets interested in the overaged Sergei Bobrovsky, but his stats in relation to his colleagues are not great enough to guarantee it.
So going into the 2008–09 season, the stat watcher looks to be in danger of getting fired. But the trust in stats gets rewarded from 2009 onwards. Tomas Tatar is an easy choice in the second round, albeit there is danger of wasting that pick (or even the first rounder) on Toni Rajala instead. Fortunately, overaged Mike Hoffman, undrafted Torey Krug and possibly even the last time eligible Bobrovsky make up for it in the later rounds. And soon the Rajala pick will be forgotten entirely.
In 2010 the stat watcher gives at worst a 2nd round rank for both Brendan Gallagher (#147) and Artemi Panarin (undrafted). And in 2011 stat watching is almost guaranteed to give you Nikita Kucherov (#58) before Tampa Bay. Plus maybe Johnny Gaudreau (#104) a round later. In 2012 you have a solid chance of getting Esa Lindell before #74 or the re-entry Frederik Andersen before #87. And you will certainly get Nikita Gusev before #202. In 2013 the stat watcher has Tristan Jarry (#44) ranked in the first round and has a solid chance of drafting either Pavel Buchnevich (#75) or Jake Guentzel (#77) before they go. There’s also a chance to pick Juuse Saros before #99. But even if you just miss on all these guys, giving Brayden Point’s stats a deserved late first round rank in 2014 basically ensures getting him before #79. Sorry again Tampa! And in the next round you can choose between the overaged Victor Arvidsson (#112) and a goalie with incredible stats in Igor Shestyorkin (#118). And finally in 2015, stat watching gives you a solid chance to get Rasmus Andersson (#53), the overaged Conor Garland (#123), and especially Kirill Kaprizov (#135).
Not a bad core, huh? And that’s assuming you don’t hit on any of your first rounders. But before moving on to 2016 and my drafting story, I’ll elaborate a bit on the non-statistical side of my drafting philosophy.
Hi! I haven’t posted here since 2010. I lost most of my interest in competitive sports for a while and focused on the life outside of the HFBoards. But ever since I regained my passion during the 2016 WJC, I have been lurking here a lot. And it was only fitting that I especially followed the NHL entry draft. That is how I got here (well, the predecessor of here – Hockey’s Future) in the first place. First, to follow news on a recently drafted Mikko Koivu way back in the late summer/early fall of 2001. Second, to hype a draft eligible goaltender by the name of Kari Lehtonen. The Koivu family has been a particular hockey interest. As a kid I accidentally saw Saku Koivu play for my favorite SM-liiga team in his draft year (Jokerit–TPS 1–0 in January 1993, the first ever live hockey game I witnessed). Back then I didn’t even acknowledge him, but in the following season he became my favorite Finnish athlete. And now, in a year when his son happens to be draft eligible, my draft project has finally come to an end. It is time to share what I’ve learned.
My inspirations have been numerous, but the Blue Bullet Report by Brad McPherson is undoubtedly the most fundamental in the literal sense of the word. It has taught me that stat watching is underrated because sample size matters. Don’t get me wrong – a more in-depth and personal viewing experience (aka the eye test) is a critical part of scouting. As are player interviews and medical reports us fans (should) only get a glimpse of. But scouting should begin from a more general and surface-level point of view. And career/season stats offer us the biggest sample size possible. They then eliminate the risk of catching the wrong games and getting a completely wrong picture of a player. No one has the time to watch every single player in every single game. But we all have the same facts of goals/assists/save percentage ahead of us. And much like the pro scouts’ player rankings, these facts correlate with future NHL success. They fall way short of guaranteeing it, but they do improve the odds.
In particular, whereas pro scouts excel at recognizing red flags and pro habits, stat watching helps you recognize the raw talent and upside. This is especially important for the entry draft. In the salary cap era, the draft is the cheapest way of acquiring a Stanley Cup worthy player core. The rest of the roster can be acquired via other means. The stars however will cost you. My focus for the draft then is on player quality over player quantity. It makes no sense to aim at hitting with your every pick, since every hit means you must pay your guy. And eventually you run out of cap/roster space anyway. Why not rather fill that space with more gifted players that you love to pay? This is where the draft year/career stats come in handy. They are all about swinging for the fences. You may miss more often, but when you hit, you hit big. There is no better foundation for drafting in my opinion.
Don’t believe me? Check out the Blue Bullet Report for a more math heavy explanation.
Part 2: the method
My approach to the NHL draft is simple. I first organize the skaters into tiers based on their production. Then I both adjust the tiers somewhat and rank the skaters within a certain tier based on scouting reports, eye test, advanced stats, and Bob McKenzie’s rankings. The goal is to get maximum (NHL playoff) value out of a draft. If you think two players are equally good, it makes sense to draft the higher ranked first and hope you can trade up for/get the other one later. The rest depends on team needs which can be freely applied to all players within the same tier. But value is always more important than positional needs that can change surprisingly quickly! The minimum value I’m personally looking for is anything between a third line center, a #4 defenseman, a high-end backup goalie or a complementary top 6 winger. If your ceiling is a bottom 6 winger, a checking line center, an average backup goalie or a bottom pairing defenseman, I’m not interested. Certainly not in the first round anyway.
Over the years I have worked out several point production per game thresholds for skaters depending on the league and position in question. They come in two forms. First, guarantee thresholds guarantee a certain minimum rank and so are the equivalent of sufficient conditions. Second, minimum thresholds are necessary conditions for a certain rank range. The stronger the league, the less you need to score to cross a certain threshold. The thresholds are not linear but based on hockey history and so subject to change. I also avoid setting minimum production thresholds for men’s leagues: the usage of junior players vs men is simply too random. But in junior leagues things get much more straightforward.
For forwards, the correlation between junior and NHL production is clear. For defensemen, junior production correlates less with NHL production than with NHL ice time (only 6 out of the 50 and 23 out of the 100 biggest minute eaters in the NHL in 23–24 produced less than half a point per game in a junior league in their draft year). So I give them a bit more leeway. But the elite defensemen were typically big point producers at junior levels. The production thresholds (think of them as guidelines rather than strict rules) for 1st year eligible skaters are as follows:
Elite European league (wartime KHL, SHL, NL, Liiga, Extraliga):
- point per game for Fs guarantees top 5 (KHL, SHL, NL) or top 10 (Liiga, Extraliga) rank
- Top 5 examples: #1 A. Matthews 36.24+22; #2 D. Sedin 50.21+21
- Top 10 examples: #9 M. Granlund 43.13+27; #2 A. Barkov 53.21+27; #2 K. Kakko 45.22+16
- half a point per game for Fs guarantees top 20 (KHL, SHL, NL) or first round (Liiga, Extraliga) rank
- Top 20 examples: #7 M. Michkov 30.9+11
- half a point per game for Ds guarantees top 10 (KHL, SHL, NL) or top 20 (Liiga, Extraliga) rank
- Top 10 examples: #2 V. Hedman 43.7+14; #1 R. Dahlin 41.7+13; #5 D. Reinbacher 46.3+19
- full pro season regardless of production guarantees top 224 if not top 3 round (top 96) rank
Allsvenskan & VHL:
- point per game for Fs guarantees top 10 rank (examples: #5 E. Pettersson 43.19+22; #7 M. Michkov 12.10+4)
- 0.75 points per game for Fs guarantees first round rank
- half a point per game for Fs guarantees top 2 round (top 64) rank (examples: #36 J. Boqvist 19.3+9)
- 0.75 points per game for Ds guarantees top 10 rank
- half a point per game for Ds guarantees first round rank
NCAA (roughly on par with Allsvenskan/VHL, but more junior focused and higher scoring):
- 2 points per game for Fs guarantees top 5 rank (examples: #4 P. Kariya 39.25+75)
- 1.5 points per game for Fs guarantees top 10 rank (examples: #3 A. Fantilli 36.30+35; #2 J. Eichel 40.26+45)
- 1 point per game for Fs guarantees top 20 rank (and is arguably a minimum threshold for top 10)
- 1 point per game for Ds guarantees top 10 rank (examples: TBD Z. Buium 42.11+39)
- half a point per game for Ds guarantees first round rank
Mestis & SL/NLB:
- 1 point per game for Fs guarantees top 2 round (top 64) rank
- Mestis examples: #73 P. Puistola 22.15+11; #33 R. Järventie 36.23+15; #49 J. Nyman 34.18+17
- SL/NLB examples: #14 M. Riesen 38.16+16; #3 M. McTavish 13.9+2; undrafted R. Stüssi 42.20+31
- 0.667 points per game for Ds guarantees top 2 round (top 64) rank
- Examples: #57 J. Siegenthaler 10.1+7
WHL/OHL/QMJHL & USHL/USDP (USHL is a bit worse than CHL, but usually lower scoring):
- 2.5 points per game for Fs guarantees top 5 rank (practically #1 overall)
- Examples: S. Crosby 62.66+102; P. Kane 58.62+83; C. McDavid 47.44+76; C. Bedard 57.71+72
- 2 points per game for Fs guarantees top 10 rank (examples: #3 J. Drouin 49.41+64; #9 D. Guenther 12.12+12)
- 1.5 points per game for Fs guarantees top 20 rank (and is arguably a minimum threshold for top 10)
- 1 point per game for Fs is a minimum threshold for first round rank and guarantees top 224 rank
- 0.667 points per game for Fs is (with some exceptions) a minimum threshold for top 224 rank
- 1.5 points per game for Ds guarantees top 10 rank (examples: #11 R. Ellis 57.22+67; TBD Z. Parekh 66.33+63)
- 1 point per game for Ds guarantees first round rank
- 0.75 points per game for Ds guarantees top 2 round (top 64) rank
- half a point per game for Ds is a minimum threshold for first round rank and guarantees top 224 rank
MHL is roughly on par with USHL, but the style is so different and the league so uneven that you need more leeway:
- half a point per game for Fs is (with some exceptions) a minimum threshold for top 224 rank
Elite European U20 league (J20 SuperElit, U20 SM-sarja) & elite Canadian junior A league (BCHL, AJHL):
- 2 points per game for Fs guarantees first round rank (even top 20 for J20 SE & BCHL)
- 1.5 points per game for Fs guarantees top 64 rank (top 50 for J20 SE & BCHL)
- 1 point per game for Fs is a minimum threshold for top 96 rank (unless offset by production in other contests)
- 1 point per game for Ds guarantees top 64 rank
- half a point per game for Ds is a minimum threshold for first round rank (NOTE: same threshold as CHL/USHL)
For the future drafts I’ve considered raising the guarantee threshold (= lowering the guaranteed rank) for CHL forwards with 1.5 points/game. Occasionally, there are first year eligible CHL Fs (such as Parascak this year) who get to play with elite talent and so have inflated stats. Perhaps 1.5 points per game for Fs should be the equivalent of 1 point per game for Ds and thus “only” a first round guarantee instead of a top 20 guarantee? But as I will explain in part 3, while my current system guarantees Parascak a top 20 rank, I won’t need to pick him that high. There’s a solid chance that I can get him with a second-round pick. That’s not all that pricy for a guy who just put up 105 points in a single season.
Goaltending is trickier from a stats’ perspective. Even save % needs to be contextualized in terms of league scoring and high danger chances: a save % of 92 is a lot easier to achieve in the MHL than in the CHL. But fortunately, the pro scouts are surprisingly good at recognizing goalie talents. These days NHL teams are in fact a bit over reluctant to select goalies in the first round. This makes the typical top goalie prospects *better* draft picks for the 2nd and 3rd round than skaters! Just make sure to draft them early enough, because the rest of the goalie crop is rarely worth much. And don’t count save % completely out. Out of the 31 goalies who played in at least half (41) of the games of the 23–24 NHL regular season, only ca. half a dozen had a sub 90 save % in a junior league in their draft year. And those who did mostly hovered around 89 percent. I highly recommend drafting goalies who can stop the puck!
For the overaged players, the thresholds are naturally higher and depend on the player’s age. Last year eligibles are prime candidates for free agency immediately after the draft, so I rarely rank them super high. But a barely overaged forward who produces at 1.5 points per game pace at the CHL level? That’s a solid late first/early second round rank for me. You can often get these more proven types very late in the draft and the return is good in comparison to first-time eligibles. But if you change the thresholds for first time eligibles, remember to do the same for the overagers as well.
Beyond basic stats I pay particular attention to even strength primary production. It often tells you who the real play drivers are. I also expect a forward to produce roughly two thirds of his points at even strength and one third on the power play. Short-handed points are a nice bonus. If a player’s production relies a lot on PP points, it’s often a sign that his style may not translate at the next level where PP time is mostly limited to the NHL stars. But I don’t want to overemphasize these issues. If a player hardly produces on the PP, I try to check if it’s due to usage or a sign of a limited skillset. Power forwards for instance tend to produce a lot of primary points at ES without necessarily being all that gifted offensively. They may also produce poorly on the PP due to their role despite having the talent to do better. And playmakers naturally tend to have relatively worse primary point production than goal scorers.
The rest can be explained much better by those who do wonderful work on tracking individual players: the likes of Mitch Brown, Lassi Alanen, and Will Scouch. Their work allows us to see finer, more intricate details and habits in a player’s game. This is the perfect kind of stuff to help you separate players within a tier. Lately I’ve also found Jason Bukala’s player evaluation methods very helpful. The way he emphasizes/weighs different aspects of a skater’s attributes feels similar to how I’ve learned to do it (more of this in part 4). But he gives an actual number for these weights (see here: Scouting Reports FAQ - CapFriendly - NHL Salary Caps).
Still don’t believe in stats? In part 3 I will show what a simpleton stat watcher who never watches hockey could achieve on draft day.
Part 3: the benefits of pure stat-watching 2005–2015
I’ve never been a pure stat watcher. I’ve watched hockey since 1991 and I do take all the available information into consideration. But let’s assume I didn’t. How well would pure stat-watching (looking only at goals/assists/save %) work on draft day?
Before I answer, we must first understand that rankings and actual draft day selections are completely different things. Teams typically rank the players in different order, especially from roughly the middle of the first round onwards. Each team has a slightly different set of players ahead of a certain player. This means that the total number of players ranked ahead of him is larger than the number of players ahead of him on a single team’s list. He won’t get drafted until a team making their pick thinks he’s the best choice. So, the further down the draft we go, the more likely a player everyone ranks the same will fall on draft day.
Another way to understand this is to look at the two extremes. If all teams have the exact same rank order, a team drafting 224th overall will need a list of 224 players to go through the draft. And conversely, if no player is ranked top 224 by more than one team, each team will get all the players they want: their list only needs to include as many players as they have picks (7 on average). The reality is somewhere in between these extremes. Teams usually need a list of 75–100 players to go through the entire draft. And the more they go off the board (or the less picks they have), the shorter that list needs to be. So, if everyone considers you a mid-4th rounder, you won’t get drafted! But if at least 1 or 2 teams rank you in the second round, you probably will even if no one else likes you.
In other words, outside of the consensus top 15 or so, NHL teams only get the players they have ranked exceptionally high compared to everyone else. Literally everyone walks out of the draft feeling good about their mid/late rounders! And the same applies to the stat watcher: he/she gets the guys whose production is abnormally high for their draft pick number. Which means that the stat watcher must rank these players much higher than where he/she is picking. And conversely, just because you rank someone in your first round, doesn't necessarily mean you have to use your first-round pick to draft him. Your first rounder could be available in the third round, and your second rounder as late as the seventh round. This is why knowing the consensus order helps bring value. You don’t need to use a high pick on someone if you’re certain to get him later in the draft.
Second, we should start from the 2005 CBA that eliminated player opt-ins/-outs to get a fairer picture. All sufficiently old/young players have only been automatically eligible from the 2005 draft onwards. And third, let’s ignore the first round. Any fool can draft well that high most of the time. So only players that were actually drafted on day 2 (or went completely undrafted) count.
Our stat watcher starts rather poorly. No steals from day 2 of the draft in 2005 (I will ignore the 2004 opt-outs Paul Stastny and Anton Strålman). And the same goes for 2006. Maybe stat watching gets you Jamie McBain (if you emphasize his USDP/U18 WHC production over the modest NAHL one), but Brad Marchand’s stat line isn’t quite impressive enough. I also assume that stat watcher won’t rank P.K. Subban quite high enough in 2007, though it’s a close call (by now we know that Montreal must have ranked him way higher than #43, probably top 15–25). Ditto for Alec Martinez and Jamie Benn. Stat watcher will instead pick the overaged Jori Lehterä (sigh). Similar story in 2008 – just missing out on Roman Josi at #38 but getting to choose from a whole bunch of less gifted Ds in the later rounds (Philip Larsen, Mark Barberio, Zach Redmond, Jason Demers, Kevin Connauton). Maybe the stat watcher gets interested in the overaged Sergei Bobrovsky, but his stats in relation to his colleagues are not great enough to guarantee it.
So going into the 2008–09 season, the stat watcher looks to be in danger of getting fired. But the trust in stats gets rewarded from 2009 onwards. Tomas Tatar is an easy choice in the second round, albeit there is danger of wasting that pick (or even the first rounder) on Toni Rajala instead. Fortunately, overaged Mike Hoffman, undrafted Torey Krug and possibly even the last time eligible Bobrovsky make up for it in the later rounds. And soon the Rajala pick will be forgotten entirely.
In 2010 the stat watcher gives at worst a 2nd round rank for both Brendan Gallagher (#147) and Artemi Panarin (undrafted). And in 2011 stat watching is almost guaranteed to give you Nikita Kucherov (#58) before Tampa Bay. Plus maybe Johnny Gaudreau (#104) a round later. In 2012 you have a solid chance of getting Esa Lindell before #74 or the re-entry Frederik Andersen before #87. And you will certainly get Nikita Gusev before #202. In 2013 the stat watcher has Tristan Jarry (#44) ranked in the first round and has a solid chance of drafting either Pavel Buchnevich (#75) or Jake Guentzel (#77) before they go. There’s also a chance to pick Juuse Saros before #99. But even if you just miss on all these guys, giving Brayden Point’s stats a deserved late first round rank in 2014 basically ensures getting him before #79. Sorry again Tampa! And in the next round you can choose between the overaged Victor Arvidsson (#112) and a goalie with incredible stats in Igor Shestyorkin (#118). And finally in 2015, stat watching gives you a solid chance to get Rasmus Andersson (#53), the overaged Conor Garland (#123), and especially Kirill Kaprizov (#135).
Not a bad core, huh? And that’s assuming you don’t hit on any of your first rounders. But before moving on to 2016 and my drafting story, I’ll elaborate a bit on the non-statistical side of my drafting philosophy.