When player is skating in a straight line. Captured variations include forward, backwards, with puck and without puck.

Defensive Play: Depending on the forechecking system that the coach is using, Linear Speed is relevant to the first and/or secondary player pressuring the puck. It is also used when on the backcheck as forwards/defense come back into position inside their zone. 

Offensive Play: Used when entering the zone supporting the puck carrier on a 2/1, 3/2 where the secondary support player is driving hard to the net.

With Puck: Predominantly used either on Break-A-Way or When exiting the zone, transitioning through the Neutral Zone or during offensive zone entry where opposition team is aggressive on the back check.

Main Attribute:  Top Speed

Breakdown includes:

• Top, Average Speed
• Speed Profiles; 0-5 km/h (stationary), 5-10 km/h (coasting), 10-15 km/h (skating), 15-20 km/h (fast skating), 20+ km/h (sprinting)
• Time at Speed Profile
• Distance Travelled at Speed Profile

When player is skating with agility in curved lines. Captured variations include forward, backwards, with puck and without puck.

Defensive Play: Predominantly used during angular forechecking where the checking player is pressuring the puck carrier inside out or when pressuring the opposition’s defense during a regroup.

Offensive Play: Mostly often demonstrated in the defensive zone where a forward is swinging either behind the net as on a power play breakout or when forwards switch lanes during a breakout or regroup through the neutral zone. It would also be utilized during offensive zone entry where the puck supporting player is swinging below the offensive blueline changing lanes to maximize speed.

With Puck: Mostly often demonstrated in the defensive zone where a forward is swinging either behind the net as on a power play breakout having picked up the puck or during offensive zone entry where the puck carrier is swinging across the zone changing lanes to maintain a high rate of speed.

Main Attribute:  Top Speed

Breakdown includes:

• Top, Average Speed
• Speed Profiles; 0-5 km/h (stationary), 5-10 km/h (coasting), 10-15 km/h (skating), 15-20 km/h (fast skating), 20+ km/h (sprinting)
• Time at Speed Profile
• Distance Travelled at Speed Profile

This is when a player starts motionless (under 5km/h), then accelerates for a minimum of 1.5 seconds. Captured variations include forward, backwards, with puck and without puck.  Evident during faceoffs, transitioning off won or lost wall battles, moving off the wall during breakout plays, retrieving pucks after a shot on net, or during power play/penalty kill interactions.  

Main Attribute:  Distance traveled within 1.5 sec.

Breakdown includes:

• Distance traveled
• Top, avg acceleration force (m/s2)
• Max speed achieved
• Number of repetitions
• Linear vs. angular acceleration

When a player starts motionless (under 5km/h), then accelerates to a speed over 20km/h (9.3 mph) within 3 seconds. Captured variations include forward, backwards, with puck and without puck.  Used in situations such as jumping into the rush, breakouts from behind the net or half wall, weak side forechecking, backchecking after an offensive zone loss or transition.

Main Attribute:  Distance traveled within 3.0 sec.

Breakdown includes:

• Distance traveled
• Top, avg acceleration force (m/s2)
• Max speed achieved
• Number of repetitions
• Linear vs angular acceleration

When within 2 secs., a player skating angular while changing direction between 140 to 190 degrees. Captured variations include forward, backwards, with puck and without puck.  Predominantly used during man-on-man coverage of the puck carrier where tight turns, stop/starts, etc. are necessary to keep the offensive player contained and not allowing access to net lanes. It is also used during Penalty killing where quick short angling or stop/starts are necessary. Short angular transition skills are also used during neutral and offensive zone forechecking where defensive players pressuring the puck have to exhibit dominant edge control.

With Puck: Used by the puck carrier to evade forechecking, one-on-one pressure in all three zones. Defensive zone transition speed is most often used by defense and centers. During neutral zone play, transition skating/puck control in most often demonstrated during quick lateral movements and counter attacks off turnovers. This type of puck control is critical to puck protection and forces defensive players to have to react faster, often resulting in defensive coverage errors.

Main Attribute:  Distance gain between the turn mid point and 1 sec. after, considering turn radius & speed.

Breakdown includes:

• Left or Right
• Distance gained
• Entry, mid, exit and average speeds
• Turn radius
• Number of repetitions

When within 2 secs., a player skating angular while changing direction between 80 to 140 degrees. Captured variations include forward, backwards, with puck and without puck.  Wide turns are typically cross-overs, primarily used during 3/3, 4/4, power play breakouts or the occasional regroup or breakout where a player is swinging from one side of the ice to the other to pick up speed.

Main Attribute:  Distance gain between the turn mid point and 1 sec. after, considering turn radius & speed.

Breakdown includes:

• Left or Right
• Distance gained
• Entry, mid, exit and average speeds
• Turn radius
• Number of repetitions

When within 1.5 secs., a player who is skating at speed, drops their speed by 50%, but does not come to a full stop.  Delays are often used to create time and space from an opponent, change shooting angles, create deception in puck carrying or support roles and as a precursor to changing skating direction.

Main Attribute:  De-acceleration force (m/s2)

Breakdown includes:

• De-accceleration force
• Distance to complete
• Time to complete
• Delays from high or low speed skating
• Number of repetitions

When within 1.5 secs., a player who is skating at speed, drops their speed to below 5km/h coming to a near or full stop.  Stops are used often in puck pursuit and checking roles, to create time and space from an opponent, change shooting angles, create deception in puck carrying or support roles and to change skating direction.

Main Attribute:  De-acceleration force (m/s2)

Breakdown includes:

• De-accceleration force
• Distance to complete
• Time to stop
• Stops from high or low speed skating
• Number of repetitions

Calculated from a 45 sec. endurance test during combines.  Conditioning is the % difference between a players top acceleration, distance skated and speed between the endurance tests top 15 sec. vs the last 15 sec. The endurance test mimics how a players cardiac system performs in a typical high intensity shift environment, with steady load forces applied throughout.

Main Attribute:  Conditioning %

Breakdown includes:

• Total time completed test
• Total distance in test
• Top speed, acceleration, distance capture
• Best 15 sec. performance
• Last 15 sec. performance
• 15 sec. incremental performance

Summarized player’s head-to-head ability against the benchmark opposing ability, as a percentage gain / loss.

As Puck Carrier: Players performance of various skills with the puck, matched against the benchmark opposing skills. Example, a players linear skating speed with puck vs. opponents backwards linear skating speed without puck.

As Puck Support: Players performance of various skills used in an offensive puck support role, matched against the benchmark opposing skills. Example, the distance gained from a support players tight turn vs. an opponents short acceleration burst with time increments normalized.

As Defender: Players performance of various skills used in a defensive role, matched against the benchmark opposing players skill when they have the puck. Example, the avg speed of a defenders tight turn vs. the puck carriers wide turn speed.

Main Attribute:  % Advantage or Disadvantage

Breakdown includes:

• % advantage or disadvantage in the situation
• vs. average or top opponents
• Individual skill matchups

The maximum weight a player can handle, measured as a multiple of their body weight (g-force). This is experienced during high-speed turns and rapid movements on the ice, combining both the sideways (centripetal) and accelerating / stopping (tangential) forces exerted by the player.

Force Capacity is a measure of a player’s conditioning, showing how well they can maintain their peak strength over time. It is calculated by identifying all force events done during a game or practice and dividing the highest force they can produce by their average force.

Active Load measures a player’s endurance by summing up all the force output of all force events done during a game or practice. This total force is expressed as a multiple of the player’s body weight, providing a comprehensive assessment of the workload a player handled and their ability to sustain high-intensity efforts over an extended period.

Measures how much time a player is actively engaged in high-intensity efforts, defined as handling forces exceeding 1.25 times their body weight, relative to the time spent in active recovery phases, regaining their energy. This metric provides insight into the player’s workload distribution and endurance capacity during a game or practice session.

Single leg strides, the power each leg is providing to accelerate in a straight line, this is the measured tangential force during acceleration.
All force measurements are in G-forces, which is the amount of body weight handled during the force event.

The force exerted on the player when turning to the right or left, this is the centripetal force measured based on speed and angle at which the player is skating.
All force measurements are in G-forces, which is the amount of body weight handled during the force event.

Dual leg force handled when the player is stopping or slowly down from a straight line direction, this is the measured tangential force during deacceleration.
All force measurements are in G-forces, which is the amount of body weight handled during the force event.

A: Yes, you are able to replay each event completely, including saving clips, marking up, sharing clipped plays and viewing the replay from different angles.

A: Yes, you are able to see how your core attributes for each skill changes over time, on an event by event basis

A: You can track the following event types:
Practices – Any unstructured event
Games – A structured full ice game Combines – A controlled binary testing environment where isolated skills are tracked when a player is skating forwards, backwards, with puck, without a puck or during an endurance test.