A Better Backcheck Takes Away the Open Scoring Option
Learn how to choose a backchecking route, cover the weak-side attacker, and use a closing-speed calculator to see why chasing from behind can fail.
Backchecking in hockey means skating back toward your own defensive zone after possession changes to disrupt the opponent’s attack. A good backcheck takes away an available scoring option; it does not necessarily mean catching the puck carrier. It is commonly associated with forwards, but any skater caught ahead of the play may need to recover. HockeyMonkey’s overview describes that transition and the shared defensive responsibility.
The useful cue is skate hard, identify the uncovered threat, and keep moving until you have defensive position. A sprint toward the puck can still be a poor backcheck if it leaves another attacker open in the middle. The calculator below shows why catching someone from behind can take longer than your effort makes it feel.
Enter the starting gap and both skating speeds to compare catch-up time with the attacker’s travel distance.
How Long Does Closing the Gap Take?
You draw level after 3 seconds.
That is travel before catch-up, not distance to the net or proof of defensive coverage.
Constant speeds, same direction, straight-line motion. Starting values are illustrative, not measured player speeds. JavaScript enables recalculation.
Backchecking Is Recovery, Not Necessarily Contact
A backcheck is recovery against an advancing attack. A forecheck pressures the opponent’s possession or breakout up ice. The distinction is the phase of play: on the backcheck, you are trying to restore defensive coverage while the opponent attacks toward your net.
“Back” describes where you are recovering, not which way you face. Backchecking does not mean you must skate backward. Nor does “check” require a hit. Covering a receiver or cutting off a passing lane can accomplish the job without body contact.
That distinction changes how you judge the play. If your recovery removes the pass to an open attacker, you have contributed even if you never touch the puck. If you reach the puck carrier but leave an unmarked receiver available, the hard skating alone does not establish that you made the right choice.
Think of recovery as an assignment followed by a position. First identify the scoring option you can help remove. Then skate to a position that actually limits it. Being close to an opponent, pointing at an opponent, and having that opponent covered are not interchangeable.
Relative Speed Explains Why a Hard Chase Can Fail
When two players travel along the same straight line in the same direction, the gap closes at the difference between their speeds, not at the chasing player’s full skating speed. That is an application of relative velocity explained by OpenStax.
Consider an illustrative straight-line chase at constant speeds:
| Quantity | Example Value |
|---|---|
| Attacker’s starting lead | 3 metres |
| Attacker’s speed | 6 m/s |
| Backchecker’s speed | 7 m/s |
| Closing speed | 1 m/s |
The closing speed is 7 − 6 = 1 m/s, so closing the gap takes 3 m ÷ 1 m/s = 3 seconds. During those three seconds, the attacker travels another 18 metres, about 59 feet. You are faster, yet the rush can move a long way before you draw level.
Matching the attacker’s speed would preserve the gap, not erase it. If you are slower, the gap grows under this model. Your own speed can feel substantial while your progress relative to the attacker remains small.
These are example numbers, not measured player speeds. The draft provides no measured skating-speed range or typical starting gap, so the tool does not assign either to a player level. Its starting values reproduce the example, not a prediction for your league.
The Calculator Measures Catch-Up, Not Defensive Success
For a positive gap and a faster backchecker, catch-up time equals starting gap divided by backchecker speed minus attacker speed. Attacker travel distance equals attacker speed multiplied by catch-up time.
Those relationships assume constant speeds, a shared straight-line route, and no pass or turn. Real players accelerate, change direction, and move the puck. If the attacker passes, catching that original puck carrier may no longer address the most dangerous option.
The calculated distance is how far the attacker travels before the two players draw level in that model. It is not the distance you must skate, the distance to the goal, or proof that you can prevent a shot. The calculator does not know where the net, defenders, or receivers are.
A zero starting gap means there is no longitudinal gap to close. It does not establish useful defensive position: you might still be alongside the attacker rather than between that attacker and your net. Similarly, a calculated catch does not tell you whether your stick is in a passing lane or whether another opponent is uncovered.
Use the result to challenge a chase-only plan. Start recovering early, and do not assume a hard sprint will rescue a late read. If catching the puck carrier is unlikely, recovering toward an uncovered receiver or dangerous passing lane may contribute more than following the puck from behind.
Recover Inside While Identifying the Uncovered Threat
Ice Hockey Systems’ backchecking guidance emphasizes identifying the rush, counting players, recovering inside the dots unless applying pressure from behind, and continuing until defensive position and equal numbers are established.
“Inside the dots” means the central corridor between the imaginary lengthwise lines through the faceoff dots. It is a recovery guideline, not a command to ignore an attacker outside it. The point is to recover where you can help defend the developing attack, rather than choosing a route solely because it leads toward the puck.
A useful route depends on what your teammates already cover. Recovering to the same opponent as a teammate can leave a different scoring option untouched. Before committing to a pursuit, identify the puck carrier, the player driving the net, and any receiver available away from the puck.
Turn and Accelerate While Reading the Rush
React to the possession change rather than waiting to see how the attack develops. Turn and accelerate while scanning. If your transition is slow, work separately on your first three strides.
The relative-speed example explains why this timing matters. A head start becomes a gap that must be closed at the speed difference. Waiting to identify every detail before moving can leave you trying to solve a coverage problem from farther behind.
You still need to read the play as you recover. An early route is not a permanent assignment if the puck moves or another teammate establishes coverage. Keep distinguishing between the opponent closest to you and the opponent whose scoring option remains available.
Count Threats Against Existing Coverage
Counting jerseys tells you how many players are involved; checking assignments tells you where help is needed. Notice which opponents your defenders already cover and which attacker is still free to receive a pass or drive toward the net.
Do not assume that a teammate near an attacker has fully covered that attacker. Look for useful position, not proximity alone. Equally, do not abandon a clear uncovered threat just because the puck is the most visually obvious part of the rush.
Follow your team’s coverage system when choosing responsibility. The inside-recovery guideline does not replace that system, and the relative-speed calculation cannot select an assignment for you. It only describes the limits of one kind of chase.
Call the Assignment and Finish the Recovery
“I’ve got the middle” or “I’ve got the far player” gives a teammate more usable information than silently joining their assignment. The call should describe the responsibility you are taking, not merely announce that you are returning.
Then establish the coverage you called. Keep your feet moving until you are between your assigned attacker and your net where possible. Keep your blade near the ice and in a useful passing lane. Do not coast merely because you crossed your own blue line.
The blue line marks a zone boundary, not completion of your defensive task. If your assigned attacker is still available behind or beside you, reaching the zone has not removed that option. Finish by reference to the opponent and your net, rather than a line on the ice.
On a 2-on-1, Weak-Side Coverage Can Free the Defender
If your defender faces two attackers and you can reach the attacker away from the puck, taking that receiver can turn the rush into two covered assignments. Ice Hockey Systems recommends this weak-side recovery; once you establish coverage, the defender can challenge the puck carrier more aggressively. If you cannot reach the receiver, the defender still needs to protect against the pass. See the 2-on-1 guidance.
The important distinction is coverage established, not merely coverage intended. Calling the receiver tells the defender what you plan to do. Getting into useful position makes that plan real. Until then, the pass may still be available.
When You Can Reach the Receiver
Recover toward the attacker away from the puck and communicate that assignment. Your contribution is to remove the receiver as an easy passing option, rather than to become another player chasing the carrier.
Keep tracking that attacker as the rush develops. A receiver is not covered just because you reached their earlier location. If they continue toward the net, your recovery must continue with the assignment rather than stop at the spot you initially targeted.
When You Are Still Behind the Receiver
Do not treat a shouted assignment as permission for the defender to ignore the pass. Continue trying to establish useful coverage, but recognize that the defender still faces the original problem until you arrive.
This is where effort and outcome need separate descriptions. You can make the correct recovery choice and still arrive too late to remove the option. That is a reason to examine the initial reaction and starting gap, not automatically a reason to chase the puck on the next repetition.
When Another Teammate Has Already Taken the Receiver
Later returning players should scan for uncovered attackers and trailers rather than all converging on the puck. Joining an assignment that is already covered does not necessarily address the remaining danger.
Keep your call consistent with what you actually cover. If the rush changes and you take a different threat under your team’s system, communicate that change. The purpose of the call is shared understanding of coverage, not a running description of every stride.
Practice the Option Removed, Not Just the Puck Touched
Try a controlled 2-on-1 with an additional recovering backchecker—a suggested practice setup, not a standardized test. Use a coach-supervised practice area, start at manageable speed, and make it a no-body-contact exercise.
Begin the backchecker a few strides behind the attackers. On the possession-change cue, have them identify and call an assignment, then recover as the rush develops. Vary the puck side and starting gap so the player must read the rush rather than memorize one route.
After each repetition, check whether recovery began promptly, whether an uncovered attacker was identified, and whether the backchecker gained useful position before a pass or shot. Keep those observations separate. A quick start with the wrong assignment is a different problem from a good assignment made too late.
If the player follows the puck while a receiver remains open, review the coverage read. If the player selects the receiver but never catches up, review the reaction and starting position. If the player arrives and then coasts while the receiver continues, review where they considered the recovery finished.
A puck touch can be evidence of disruption, but it should not be the only measure. A repetition in which the backchecker denies the receiver and the defender handles the carrier can show successful shared coverage without the backchecker touching the puck.
Judge the repetition by the option removed. The target is not simply a faster sprint back: it is an earlier recovery, a useful assignment, and a position that makes the opponent’s attack harder to complete.