Calculators to Calculate Save Percentage
Save percentage (often called Saves Above All Percentage, often written as BS% or GP%) is a statistical characteristic in many sports that monitor saves as an average statistic. It is calculated by multiplying the number and number of attempts to stop shots on the goal by the number of saves made by the goalie. This simple method yields the “save percent”. This is the average for all situations.
The save percentage is a simple concept. The more shots a goalkeeper attempts to stop, the higher their save percentage. Unfortunately, it’s not always that easy. Many factors can affect a save percentage. Goals scored are one of the most significant factors – the higher the score, the more a goalie will hold, and vice-versa.
So how can we improve our save percentage? One way is to train a goalie to stop shots when they aren’t ordinarily available. For example, if a goalie learns to keep pucks coming from the top goal-line, chances of him saving a shot from the bottom goal ice are high, wildly if the puck bounces off the boards or back at the point where the defense was pushed back. These shots are often saved by goalies who have been trained to keep pucks coming from the bottom goal crease. These types of saves are the toughest for goalies because their position is harder to defend against, giving them less time to recover and maybe even less time to get to the attacking zone to begin the attack.
A coach can also help improve your team’s save percentage. Having a player or two who can execute and read plays correctly is essential for a solid defensive strategy. Some good coaching tips for this include having a goalie who can “make an instant save” – meaning that if he’s on his pad in front of the net, he can make a save even if there’s a play just outside the crease. This type of drill is often used in hockey analytics and lacrosse.
You can use the hockey save percentage calculator from comparing your results with other situations:
- You need to save a few random shots. The distance between the goalie’s pad & the net is either long or low.
- Take a look to see the goals allowed per match, Fenwick (or shots against average), and Saves (or saved).
- Click the “Calculate” button.
Here’s an exercise you can try: Choose five random goals generated randomly by five players. For example, you can choose one game where your opponents only take three shots while the other two are sand shots. It’s easy to calculate the save percentage for each of these five shots (if it’s higher than 90%, great!) Once you have chosen your five goals, you can run the exercise against the other team. Again, you can select different goals (sand shots or one-timer saves).
Other useful features in the Save Percentage Calculator are the save percentage rankings for each player, the total amount of saves made, the average time the goalie has gone on the ice, and their Individual Corsi rating. It’s a good idea for you to save some of these profiles (for instance, your best and most disappointing performance during a season) so that you can determine what your baseline goalie score might be. This will help you tweak your style of play accordingly. For example, you might want to go after a low-danger play more often to limit the opposition’s scoring chances, while going after a high-danger play less often might limit your opportunities to save. Of course, all of this has a great deal to do with the type of game you’re having, but there’s more to it than that. If you win a lot in tight games but miss a lot on open shots, you shouldn’t give up on the season. What if there was a simple strategy that allowed you to score a few more goals every now instead of missing so many opportunities? Corsi could help you calculate the percentage of your shot attempt count that is actually “shots” instead of “goals”. You might be able to save time and score more goals if you use the right strategy. While there are many reasons why hockey save percentage is essential for your team, one thing matters: Saving money is the only way to win.