Tag: goalie vision

What Is Goalie Scanning? | IHM

IHM Knowledge Center

What Is Goalie Scanning?

What is goalie scanning in hockey, and why do elite goaltenders constantly look beyond the puck before every scoring chance develops?

Editor: Coach Mark • Updated: July 14, 2026

Short Answer

Goalie scanning is the continuous process of gathering visual information about the entire offensive situation, including attackers, passing options, screens, and defensive positioning before and during every play.

Elite goalies constantly scan the ice so they can anticipate threats instead of reacting only after the puck is released.

Full Explanation

Modern goaltending is built on information.

The best goalies do not focus exclusively on the puck. They continuously scan their surroundings to understand where every major offensive threat is developing.

Scanning allows goalies to prepare mentally and physically before the most dangerous situations occur.

Better information leads to better decisions.

Why Scanning Matters

Effective scanning helps goalies:

  • Identify passing options
  • Recognise backdoor threats
  • Locate net-front screens
  • Read offensive formations
  • Improve positioning
  • Prepare for rebounds

Scanning gives the goalie a clearer picture of the entire attacking sequence.

What Elite Goalies Scan

Professional goalies constantly monitor:

  • The puck carrier
  • Weak-side attackers
  • Net-front traffic
  • Passing lanes
  • Defencemen joining the rush
  • Teammate positioning

This information changes every second during an attack.

Scanning Before the Shot

Most scanning occurs before the shot is released.

Elite goalies gather information while remaining square to the puck and prepared for immediate movement.

Once the shot comes, many key decisions have already been made mentally.

Scanning During Offensive Pressure

Heavy offensive pressure makes scanning even more important.

Goalies must quickly identify:

  • Royal Road passing options
  • Backdoor attackers
  • One-timer threats
  • Potential deflections
  • Loose rebounds

Efficient scanning reduces surprise during chaotic situations.

NHL vs IIHF Scanning

Scanning is essential in both NHL and IIHF hockey.

The NHL generally demands faster information processing because offensive plays develop more rapidly.

IIHF hockey often involves slightly longer puck movement, but scanning remains equally valuable for anticipating dangerous situations.

Why Scanning Is Often Misunderstood

Many people assume goalies should simply watch the puck at all times.

Elite goalies certainly track the puck, but they also collect information about everything happening around it.

Scanning complements puck tracking rather than replacing it.

Edge Case: Excellent Tracking, Poor Scanning

A goalie may track the puck perfectly while missing critical information elsewhere.

Examples include:

  • An uncovered backdoor attacker
  • A late weak-side pass
  • A defenceman joining the play
  • A moving screen
  • A rebound threat developing near the crease

Elite performance requires awareness beyond the puck itself.

IHM Signal System: How to Evaluate Goalie Scanning

When evaluating scanning ability, focus on these signals:

  • Awareness signal: Does the goalie recognise developing threats?
  • Vision signal: Is visual information gathered continuously?
  • Decision signal: Does scanning improve positioning?
  • Preparation signal: Is the goalie ready before the shot?
  • Recovery signal: Does scanning improve responses after rebounds?

Trigger-level rule:

If a goalie tracks only the puck without scanning the surrounding play, dangerous passing options often appear too late to defend effectively.

IHM Insight: Elite Goalies See the Entire Picture

Outstanding goaltenders process far more information than most spectators realise.

They constantly build a mental map of the offensive zone before the shot is taken, allowing them to anticipate rather than simply react.

Scanning transforms vision into intelligent decision-making.

Mini Q&A

What is goalie scanning?
It is continuously gathering visual information about the entire offensive situation.

Why is scanning important?
It helps goalies anticipate threats before the shot develops.

Is scanning different from puck tracking?
Yes. Puck tracking follows the puck, while scanning evaluates everything happening around it.

What do elite goalies scan?
Attackers, passing lanes, screens, rebounds, and defensive positioning.

What defines elite scanning?
Maintaining awareness of the complete offensive picture while tracking the puck.

Why This Concept Exists

Modern offensive hockey creates multiple threats at the same time.

Goalie scanning allows elite goaltenders to process the entire attacking structure, anticipate dangerous plays, and make better technical decisions before the puck reaches the net.

Key Takeaways

  • Scanning complements puck tracking.
  • Elite goalies monitor the entire offensive zone.
  • Awareness improves positioning.
  • Good scanning reduces surprise.
  • Preparation begins before the shot.
  • Information improves decision-making.
  • Elite goalies read the whole play, not just the puck.

How Do Goalies Handle Net-Front Traffic? | IHM

IHM Knowledge Center

How Do Goalies Handle Net-Front Traffic?

How do hockey goalies handle heavy net-front traffic, and why is maintaining vision often more valuable than making a spectacular save?

Editor: Coach Mark • Updated: July 14, 2026

Short Answer

Elite goalies handle net-front traffic by maintaining the best possible sightline to the puck, protecting proper positioning, controlling rebounds, and staying patient while attackers attempt to create screens and deflections.

The objective is not to eliminate traffic, but to minimise its impact on decision-making.

Full Explanation

Modern offences deliberately place one or more attackers in front of the crease to disrupt the goalie’s vision and create rebound opportunities.

Heavy traffic forces goalies to process limited visual information while remaining prepared for shots, deflections, loose pucks, and lateral passes.

Successful net-front play requires excellent positioning, anticipation, and composure.

Why Net-Front Traffic Is Dangerous

Traffic around the crease creates multiple problems simultaneously.

  • Reduced visibility
  • Screened shots
  • Deflections
  • Loose rebounds
  • Passing options around the crease
  • Physical contact near the blue paint

The goalie must solve several tactical problems at the same time.

Maintaining Vision

Elite goalies constantly search for visual windows between attacking and defending players.

Rather than making dramatic movements, they use small positional adjustments to improve sightlines while remaining square to the puck.

Seeing even part of the puck earlier often determines whether the save becomes possible.

Managing Positioning

Good positioning remains essential despite heavy traffic.

Elite goalies:

  • Maintain proper crease depth
  • Stay square to the puck
  • Avoid unnecessary drifting
  • Remain balanced for lateral movement
  • Protect recovery options

Overreacting to screens usually creates larger openings elsewhere.

Preparing for Deflections and Rebounds

Traffic rarely produces only one scoring opportunity.

Goalies immediately prepare for:

  • Deflected shots
  • Loose rebounds
  • Second-chance attempts
  • Cross-slot passes
  • Jam plays

Recovery begins before the initial shot reaches the net.

NHL vs IIHF Net-Front Traffic

Both NHL and IIHF hockey feature heavy crease traffic, although the NHL generally produces more frequent net-front battles because of its smaller rink dimensions and higher shot volume.

Regardless of league, successful goalies rely on the same technical principles of positioning, vision, and patience.

Why Net-Front Play Is Often Misunderstood

Many fans focus only on whether the goalie could see the puck.

In reality, elite goalies constantly balance vision, positioning, rebound control, and recovery while traffic changes around them.

Managing traffic is far more complex than simply looking around a screen.

Edge Case: Clear Vision, Dangerous Deflection

Even with an unobstructed view, unpredictable situations still occur.

Examples include:

  • Late stick deflections
  • Skate redirects
  • Multiple moving screens
  • Broken defensive coverage
  • Loose rebounds in the crease

Good vision improves the odds but cannot eliminate every unpredictable bounce.

IHM Signal System: How to Evaluate Net-Front Traffic Management

When evaluating crease traffic, focus on these signals:

  • Vision signal: Does the goalie maintain sight of the puck?
  • Position signal: Is the goalie still square?
  • Patience signal: Does the goalie avoid unnecessary movement?
  • Recovery signal: Is the goalie prepared for rebounds?
  • Control signal: Are second chances minimised?

Trigger-level rule:

If traffic causes both vision loss and poor positioning at the same time, the probability of conceding increases dramatically regardless of the goalie’s athletic ability.

IHM Insight: Elite Goalies Stay Calm in Chaos

The crease often becomes the busiest area on the ice.

Elite goalies succeed not because they eliminate traffic, but because they remain technically disciplined while everything around them becomes unpredictable.

Their calm positioning allows them to solve problems one step at a time instead of reacting emotionally to every screen or collision.

Mini Q&A

Why is net-front traffic dangerous?
Because it reduces vision, creates deflections, and generates rebound opportunities.

How do elite goalies handle traffic?
By maintaining vision, positioning, patience, and efficient recovery.

Should goalies move aggressively around screens?
No. Small controlled adjustments usually work better.

Why is patience important?
Because unnecessary movement often creates larger scoring opportunities.

What defines elite net-front play?
Calm decision-making while maintaining technical discipline in heavy traffic.

Why This Concept Exists

Modern hockey deliberately creates congestion around the crease to disrupt goaltenders.

Learning to manage net-front traffic allows goalies to maintain vision, positioning, and recovery while reducing the effectiveness of screens, deflections, and rebound opportunities.

Key Takeaways

  • Vision remains the highest priority in traffic.
  • Small adjustments outperform large movements.
  • Positioning should never be sacrificed unnecessarily.
  • Recovery begins before the first save is completed.
  • Traffic creates multiple scoring threats simultaneously.
  • Elite goalies remain calm under pressure.
  • Technical discipline defeats chaos.

How Do Goalies Handle Screens on Point Shots? | IHM

IHM Knowledge Center

How Do Goalies Handle Screens on Point Shots?

How do hockey goalies stop point shots when multiple players block their vision, and why is screen management considered one of the most difficult skills in modern goaltending?

Editor: Coach Mark • Updated: July 13, 2026

Short Answer

Goalies handle screens on point shots by maintaining the best possible sightline to the puck, controlling their depth, tracking the release, remaining patient, and preparing for rebounds or deflections rather than guessing where the puck will go.

Full Explanation

Point shots become significantly more dangerous when attacking players establish traffic in front of the crease.

The goaltender may lose visual contact with the puck for a fraction of a second, making reaction time much shorter than on an unobstructed shot.

Rather than chasing a perfect view, elite goalies constantly adjust their position to maximise their sightline while remaining square to the puck.

Modern screen management is a balance between vision, positioning, patience, and controlled movement.

Why Screens Are So Difficult

A screen limits the goalie’s ability to identify key shooting information.

Without a clear view, the goalie may struggle to read:

  • The exact release point
  • The puck trajectory
  • The type of shot
  • A potential deflection
  • The timing of the release
  • Rebound direction

Even a brief visual obstruction can reduce reaction time dramatically.

How Goalies Create a Sightline

Goalies rarely remain completely stationary behind traffic.

Instead, they make small controlled adjustments to improve their view of the puck.

These adjustments may include:

  • Looking around the screener
  • Adjusting body angle without overcommitting
  • Using subtle edge work
  • Remaining square to the shooter
  • Maintaining balance before the release

The objective is not to find a perfect view but to maintain enough visual information to react correctly.

Depth Control Against Point Shots

Crease depth becomes especially important when facing screened shots.

Standing too deep may reduce visible net coverage.

Standing too aggressively may leave the goalie unable to react if the puck changes direction through traffic.

Elite goalies constantly adjust their depth according to:

  • The distance of the shooter
  • The number of players screening
  • Passing options
  • The likelihood of a deflection
  • The speed of puck movement

The correct depth allows the goalie to challenge the shooter while remaining balanced enough to recover after redirects.

Tracking the Release

One of the most important moments occurs when the puck leaves the stick.

Goalies attempt to identify the release through small visual windows between players.

Reading the release early helps them recognise:

  • Shot height
  • Velocity
  • Potential screen location
  • Deflection risk
  • Expected rebound angle

Missing the release often forces the goalie into reactive rather than controlled saves.

Managing Net-Front Traffic

Attackers frequently attempt to block the goalie’s eyes while remaining available for tips and rebounds.

The goalie must continue tracking the puck without becoming distracted by physical contact.

Successful goalies stay focused on:

  • The puck
  • The shooting lane
  • Potential redirections
  • Post coverage
  • Second-chance opportunities

Good screen management depends on discipline rather than constant movement.

Rebound Control After Screened Shots

Because screened shots are harder to read, rebound control becomes even more important.

Goalies aim to:

  • Absorb manageable shots
  • Steer rebounds away from the slot
  • Maintain body control after impact
  • Recover quickly for second saves
  • Keep visual contact with loose pucks

A controlled rebound often prevents extended defensive-zone pressure.

NHL vs IIHF Screen Management

Screen management is critical in both NHL and IIHF hockey.

NHL teams generally generate heavier net-front traffic because the smaller rink creates more point shots, rebounds, and crease battles.

IIHF hockey often includes more lateral puck movement before the shot, requiring goalies to adjust their sightline over greater distances.

Despite these differences, both levels require excellent puck tracking, controlled depth, and disciplined positioning.

Why Screened Goals Are Often Misunderstood

Many fans assume that any long-range goal should be stopped.

However, when multiple players block the goalie’s vision, the actual release may not become visible until the puck is only metres away.

Important decision factors include:

  • How much of the puck the goalie could actually see
  • Whether the puck changed direction
  • Whether the goalie established a sightline
  • The amount of defensive traffic
  • Rebound opportunities after the save

A screened goal is not automatically evidence of poor goaltending.

Edge Case: The Goalie Sees the Release but Loses the Puck

One unusual situation occurs when the goalie initially tracks the release but loses sight of the puck as it travels through multiple players.

The goalie may react correctly at first yet still struggle because:

  • The puck is tipped
  • Traffic shifts unexpectedly
  • The puck changes elevation
  • A defender creates a secondary screen
  • The puck contacts another player

These situations demand outstanding recovery and tracking ability rather than perfect positioning alone.

IHM Signal System: How to Evaluate Screen Management

When analysing a goalie’s performance against screened point shots, focus on these signals:

  • Vision signal: Does the goalie establish a usable sightline?
  • Depth signal: Is the goalie challenging without overcommitting?
  • Tracking signal: Is the puck followed through traffic?
  • Balance signal: Does the goalie remain controlled before the release?
  • Recovery signal: Can the goalie handle rebounds after the initial save?

Trigger-level rule:

If the goalie loses both visual contact with the puck and balanced positioning before the release, the probability of conceding increases significantly.

IHM Insight: Great Screen Management Starts Before the Shot

Many people believe screen management begins once the puck is already travelling toward the net.

In reality, elite goalies prepare several seconds earlier by adjusting their depth, identifying traffic, locating passing options, and creating the best possible sightline before the shot is released.

The save often depends more on preparation than on reaction speed alone.

Mini Q&A

Why are point-shot screens difficult?
Because they reduce the goalie’s ability to see the puck and read the release.

Should a goalie always look around the screener?
Only if it improves the sightline without compromising positioning.

Why is depth important against screens?
Correct depth balances net coverage with reaction time.

Can perfect positioning guarantee a save?
No. Deflections and lost sightlines can still beat excellent positioning.

What is the biggest priority?
Maintaining visual contact with the puck for as long as possible.

Why This Concept Exists

Screen management exists because modern offences deliberately create traffic to reduce the goalie’s reaction time.

Elite goaltending depends on preserving vision, maintaining structure, and staying patient while reading the puck through multiple layers of players.

Key Takeaways

  • Sightline management is the foundation of stopping screened point shots.
  • Depth control directly affects reaction time.
  • Goalies constantly make small adjustments rather than large movements.
  • Patience is more valuable than guessing.
  • Traffic increases the importance of rebound control.
  • Not every screened goal is preventable.
  • Preparation before the release is often more important than reflexes.

What Is Goalie Vision and Screen Management? | IHM

IHM Knowledge Center

What Is Goalie Vision and Screen Management?

What is goalie vision and screen management in hockey, and why is maintaining sight of the puck often more important than making an athletic save?

Editor: Coach Mark • Updated: July 13, 2026

Short Answer

Goalie vision and screen management is the ability to maintain the best possible sightline to the puck despite traffic, screens, and player movement while staying in proper position.

Elite goalies constantly adjust their angle and body position to see the puck without sacrificing balance or net coverage.

Full Explanation

Modern hockey creates heavy traffic around the crease.

Forwards intentionally screen the goalie, battle for rebounds, and attempt deflections to reduce reaction time.

Rather than chasing perfect vision, elite goalies continuously improve their sightline while remaining technically sound.

The objective is to gather as much visual information as possible before the puck reaches the net.

Why Vision Matters

The earlier a goalie sees the puck, the more efficiently every technical movement can be executed.

Good vision improves:

  • Puck tracking
  • Save selection
  • Rebound control
  • Reaction timing
  • Recovery after saves
  • Decision-making

Clear vision reduces unnecessary movement and improves consistency.

What Is Screen Management?

Screen management is the process of maintaining the best possible view of the puck while attackers attempt to block the goalie’s vision.

Goalies make small adjustments using controlled edge work rather than large movements.

The objective is to improve visibility without opening additional shooting angles.

Creating Better Sightlines

Elite goalies constantly search for visual windows between players.

Common techniques include:

  • Small lateral adjustments
  • Controlled depth changes
  • Maintaining square positioning
  • Looking around traffic rather than through it
  • Keeping the head level while tracking the puck

These adjustments are usually subtle but highly effective.

Tracking Through Traffic

Maintaining vision becomes more difficult when several players move simultaneously.

Goalies continue tracking:

  • The puck carrier
  • The shooting lane
  • Potential deflections
  • Net-front attackers
  • Rebound opportunities

Elite tracking continues even when the puck briefly disappears behind a screen.

Balancing Vision and Positioning

Goalies should never sacrifice positioning simply to improve vision.

Leaving the correct angle or drifting too far outside the crease may expose more net than the improved sightline is worth.

Successful screen management balances visibility with technical discipline.

NHL vs IIHF Vision Challenges

Goalie vision is equally important in NHL and IIHF hockey.

The NHL often features heavier net-front traffic because of the smaller rink and greater shot volume from dangerous areas.

IIHF hockey may involve longer passing sequences before the shot but still requires excellent screen management around the crease.

Both environments reward goalies who maintain efficient sightlines without unnecessary movement.

Why Screen Management Is Often Misunderstood

Many fans assume goalies should always move around screens aggressively.

In reality, excessive movement often creates larger problems than the screen itself.

Elite goalies prioritise controlled adjustments that preserve both vision and positioning.

Edge Case: Perfect Position, No Vision

Occasionally a goalie may hold excellent positioning while completely losing sight of the puck.

This can happen when:

  • Multiple attackers create layered screens
  • A defender blocks the sightline
  • The puck changes direction through traffic
  • Several players cross simultaneously
  • A late deflection occurs close to the crease

Even perfect positioning cannot fully eliminate every screened scoring chance.

IHM Signal System: How to Evaluate Vision and Screen Management

When evaluating goalie vision, focus on these signals:

  • Sightline signal: Does the goalie maintain visual contact with the puck?
  • Tracking signal: Is the puck followed through traffic?
  • Positioning signal: Does the goalie remain square while adjusting?
  • Depth signal: Is crease depth controlled?
  • Recovery signal: Can the goalie react after screened saves?

Trigger-level rule:

If the goalie loses both visual contact and balanced positioning before the shot, successful recovery becomes significantly more difficult regardless of reaction speed.

IHM Insight: Elite Goalies Do Not Chase Perfect Vision

Many people believe goalies should always find a completely unobstructed view.

That is rarely possible in modern hockey.

Elite goalies maximise the amount of useful visual information available while remaining technically balanced and prepared for the next play.

Good screen management is about intelligent adjustment rather than constant movement.

Mini Q&A

What is goalie vision?
It is the ability to maintain visual contact with the puck throughout the play.

What is screen management?
It is using positioning and small adjustments to improve sightlines through traffic.

Should goalies move aggressively around screens?
No. Small controlled adjustments are usually more effective.

Why is vision important?
It improves puck tracking, positioning, and save selection.

Can perfect positioning still result in a screened goal?
Yes. Some layered screens and deflections are extremely difficult to defend.

Why This Concept Exists

Modern offences deliberately create traffic to reduce the goalie’s available reaction time.

Vision and screen management help goalies maintain enough visual information to execute efficient saves while preserving positioning and recovery throughout every sequence.

Key Takeaways

  • Vision begins with strong puck tracking.
  • Screen management improves sightlines through traffic.
  • Small adjustments are better than excessive movement.
  • Positioning should never be sacrificed for vision.
  • Elite goalies balance visibility with technical discipline.
  • Heavy traffic increases the value of efficient tracking.
  • Good screen management supports every save selection.

What Is Puck Tracking for Goalies? | IHM

IHM Knowledge Center

What Is Puck Tracking for Goalies?

What is puck tracking in hockey goaltending, and why do elite goalies seem to have more time to react even against the hardest shots?

Editor: Coach Mark • Updated: July 13, 2026

Short Answer

Puck tracking is the ability to visually follow the puck from the shooter’s stick through its entire flight until the save is completed.

Elite goalies gain valuable reaction time by identifying the puck earlier and maintaining continuous visual contact throughout the play.

Full Explanation

Puck tracking is one of the most important skills in modern goaltending.

Every technical movement-positioning, save selection, rebound control, and recovery-depends on accurately seeing the puck.

The earlier the goalie identifies the puck’s release, the more efficiently every movement can be executed.

Good tracking reduces panic and improves consistency.

Why Puck Tracking Matters

Strong puck tracking helps goalies:

  • Improve reaction timing
  • Make cleaner saves
  • Reduce rebounds
  • Read deflections
  • Maintain positioning
  • Recover more efficiently

The eyes guide every technical decision made during the save.

Tracking Begins Before the Shot

Elite goalies do not wait for the puck to be released.

Tracking begins while observing:

  • The shooter’s hands
  • Stick blade position
  • Puck location
  • Body rotation
  • Shooting lane

Recognising these visual cues provides additional reaction time before the puck leaves the stick.

Tracking Through Traffic

Modern hockey often places multiple players between the shooter and the goalie.

Elite goalies continue tracking by:

  • Maintaining visual windows
  • Making small positional adjustments
  • Keeping the head level
  • Avoiding unnecessary body movement
  • Following the puck instead of the screen

Continuous visual contact remains the primary objective.

Puck Tracking and Recovery

Tracking does not stop after the initial save.

Goalies immediately locate rebounds and continue following the puck through every second-chance opportunity.

Recovery becomes much more efficient when visual contact is never lost.

Common Tracking Mistakes

Typical puck-tracking errors include:

  • Watching the shooter instead of the puck
  • Lifting the head during butterfly saves
  • Following body fakes
  • Losing sight through traffic
  • Stopping visual tracking after the first save

Small visual errors often create larger technical mistakes afterwards.

NHL vs IIHF Puck Tracking

Puck tracking is equally important in NHL and IIHF hockey.

The NHL demands extremely rapid visual processing because of quicker releases and heavier net-front traffic.

IIHF hockey often produces longer passing sequences but still requires continuous visual tracking throughout every attacking play.

Elite vision remains one of the defining characteristics of successful goalies at every level.

Why Puck Tracking Is Often Misunderstood

Many people associate great goaltending with fast reflexes.

In reality, elite goalies often appear faster because they begin processing visual information earlier than everyone else.

Good tracking creates time that other goalies never have.

Edge Case: Perfect Tracking, Impossible Save

Occasionally the goalie tracks the puck perfectly but still cannot prevent a goal.

Examples include:

  • Late deflections
  • Perfect top-corner shots
  • Point-blank one-timers
  • Multiple layered screens
  • Unpredictable rebounds

Excellent tracking increases save probability but cannot eliminate every goal.

IHM Signal System: How to Evaluate Puck Tracking

When evaluating puck tracking, focus on these signals:

  • Vision signal: Does the goalie maintain visual contact throughout the play?
  • Release signal: Is the puck recognised early?
  • Tracking signal: Does the head follow the puck naturally?
  • Recovery signal: Is the rebound located immediately?
  • Control signal: Does tracking support balanced positioning?

Trigger-level rule:

If visual contact with the puck is lost before or immediately after the release, technical execution usually becomes reactive instead of controlled.

IHM Insight: Elite Goalies Follow the Puck, Not the Shooter

Great goaltending begins with exceptional vision.

Elite goalies consistently locate the puck earlier, track it longer, and maintain visual contact through every phase of the play.

Everything else-positioning, saves, rebounds, and recovery-depends on seeing the puck first.

Mini Q&A

What is puck tracking?
It is visually following the puck from release until the play ends.

Why is puck tracking important?
It improves reaction time, positioning, and save consistency.

Does tracking continue after the save?
Yes. Elite goalies immediately track rebounds and second-chance opportunities.

Can puck tracking improve reaction speed?
Yes. Earlier visual recognition effectively creates more reaction time.

What defines elite puck tracking?
Continuous visual contact combined with efficient positioning and recovery.

Why This Concept Exists

Modern hockey features faster shots, heavier screens, and more complex offensive movement than ever before.

Puck tracking allows goalies to process visual information earlier, improving technical execution while reducing unnecessary movement throughout every defensive sequence.

Key Takeaways

  • Puck tracking begins before the shot is released.
  • Elite goalies follow the puck, not the shooter.
  • Vision supports every technical movement.
  • Tracking continues after rebounds.
  • Early recognition creates reaction time.
  • Good tracking improves positioning and recovery.
  • Consistent vision is the foundation of elite goaltending.