How HYROX Wall Ball Time Adds Up

100 valid wall balls is 105.26 attempts at a 5 percent no-rep rate. Each of those 5.26 extra attempts adds 2.4 seconds to the clock. Work time, breaks and setup then stack on top, and the sum is your station time.

Quick Answer

Wall ball time is setup, plus attempts times seconds per attempt, plus breaks times break seconds. Attempts equal valid reps divided by one minus the no-rep share. In the tool’s controlled singles example, 100 valid reps become 105.26 attempts and a 335.6 second station: 5:36, or 6 seconds over a 5:30 target.

The Wall Ball Station and Its Inputs

HYROX describes its race as “run 1km, followed by 1 functional workout station, repeated eight times.” The eighth station is Wall Balls, and it calls for 100 reps. Our HYROX wall ball pace calculator turns that one station into seconds.

Wall ball loads listed on the HYROX race page
Division Ball weight
Women 4 kg
Women Pro 6 kg
Men 6 kg
Men Pro 9 kg

The race page gives those weights but no target heights. The tool uses its own settings: 2.70 m for its 4 kg women’s and mixed-doubles (female partner) settings, and 3.00 m for its 6 kg and 9 kg men’s settings. Rules change by season, so check the current official rulebook.

The inputs behind the station time
Input What it does in the sum
Valid reps The reps that count; 100 here
Opening set and later set size Split the reps into sets, which sets the number of breaks
No-rep percent Turns valid reps into attempts
Seconds per attempt Your cadence; multiplies the attempts
Break seconds and setup seconds Added on top of the work time
Target time and division Give a gap and a required cadence

From Valid Reps to Attempts

A no-rep is an attempt that does not count as a valid rep. So attempts always run higher than valid reps. The tool’s formula is attempts = valid reps / (1 – no-rep percent / 100).

Notice that it divides instead of multiplying. At 5 percent, 100 / 0.95 gives 105.26 attempts, while 100 x 1.05 would give 105. The division treats the 5 percent as a share of all attempts, not of the valid reps.

How no-reps turn 100 valid reps into attempts (example rates)
No-rep percent Sum Attempts Extra attempts Extra time at 2.4 s
3 percent 100 / 0.97 103.09 3.09 7.4 s
5 percent 100 / 0.95 105.26 5.26 12.6 s
12 percent 100 / 0.88 113.64 13.64 32.7 s

Those three rates come from the tool’s own test cases. They are examples, not typical rates. For the 5 percent row, 5.26 extra attempts is a 5.26 percent rise over 100; see percentage change for that idea.

Attempts needed for 100 valid reps Three bars share one scale. Each has a teal part for the 100 valid reps and a coral part for the extra attempts. At 3 percent no-reps the total is 103.09 attempts, 3.09 extra. At 5 percent it is 105.26, 5.26 extra. At 12 percent it is 113.64, 13.64 extra. A dashed line marks 100 valid reps. Attempts needed for 100 valid reps 100 valid reps 3 percent 103.09 attempts +3.09 5 percent 105.26 attempts +5.26 12 percent 113.64 attempts +13.64 Teal: the 100 valid reps. Coral: the extra attempts that no-reps add.
A higher no-rep rate adds more attempts, and each one adds a full cadence.

The Controlled Singles Example, Step by Step

This is the tool’s controlled singles example: Men division, 6 kg ball, 100 valid reps. The opening set is 25 reps and later sets are 15 reps. Each attempt takes 2.4 seconds, breaks last 15 seconds, setup takes 8 seconds, and 5 percent of attempts are no-reps. The target is 5:30.

Controlled singles, one step at a time
Step Sum Result
Attempts 100 / 0.95 105.26
Work time 105.26 x 2.4 s 252.6 s
Sets 25 + 5 x 15 = 100 6 sets, 5 breaks
Break time 5 x 15 s 75 s
Setup Entered value 8 s
Total 252.6 + 75 + 8 335.6 s, or 5:36
Valid reps per minute 100 / (335.6 / 60) 17.9
Gap to target 336 – 330 6 s over
Required cadence (330 – 8 – 75) / 105.26 2.35 s per attempt

The 335.6 seconds round to 5:36, which is 6 seconds past the target. To land on 330 seconds with the same setup and breaks, attempts must average 2.35 seconds instead of 2.4. The tool assumes your cadence stays stable, while fatigue changes real results.

Where the 335.6 seconds go One bar drawn to scale. From left to right it holds setup of 8 seconds, work of 252.6 seconds and breaks of 75 seconds, for a total of 335.6 seconds. A dashed coral line marks the 330 second target, so the bar runs a little past it. Controlled singles: 335.6 seconds in three parts Target 5:30 (330 s) Work 252.6 s Breaks 75 s Setup 8 s Total 335.6 s, which is 5:36 rounded and 6 s over the 330 s target.
Work is the largest block, and breaks are the second largest.

Breaks Versus One Unbroken Set

Breaks are time you add, not time you throw. In the controlled example, 5 breaks of 15 seconds add 75 seconds. That is 22.3 percent of the 335.6-second total.

The tool’s unbroken test uses one set of 100, so it has no breaks. Its inputs are the Women division, a 4 kg ball, 2.7 seconds per attempt, 7 seconds of setup, 3 percent no-reps and a 4:50 target. Attempts are 100 / 0.97, or 103.09, and work time is 103.09 x 2.7, or 278.4 seconds.

Controlled singles versus the unbroken test
Measure Controlled singles Unbroken test
Division and ball Men, 6 kg Women, 4 kg
Sets and break time 6 sets, 75 s 1 set, 0 s
Cadence 2.4 s 2.7 s
Attempts 105.26 103.09
Work time 252.6 s 278.4 s
Total time 335.6 s (5:36) 285.4 s (4:45)
Valid reps per minute 17.9 21.0
Gap to target 6 s over 5:30 5 s inside 4:50

The unbroken test has the slower cadence yet the shorter total, since it adds 0 break seconds against 75. Still, the two columns differ in ball weight, cadence, no-rep rate and setup too. The gap does not isolate what breaks cost.

High No-Rep and Doubles Cases

Two more of the tool’s examples show how far the sum can swing. The high no-rep case uses the Men Pro division with a 9 kg ball, 12 percent no-reps, 2.8 seconds per attempt and a 7:00 target. Attempts are 100 / 0.88, or 113.64, and work time is 318.2 seconds.

Its sets run 15 + 8 x 10 + 5 = 100, which is 10 sets and 9 breaks of 18 seconds, or 162 seconds. With 10 seconds of setup the total is 490.2 seconds, or 8:10. Breaks are 33.0 percent of that total.

Four tool examples side by side (all inputs are examples)
Case Attempts Sets and breaks Total Valid reps per minute Gap to target
Controlled singles 105.26 6 sets, 5 x 15 s 335.6 s (5:36) 17.9 0:06 over 5:30
Unbroken test 103.09 1 set, none 285.4 s (4:45) 21.0 0:05 inside 4:50
High no-rep rate 113.64 10 sets, 9 x 18 s 490.2 s (8:10) 12.2 1:10 over 7:00
Doubles handoffs 104.17 5 sets, 4 x 5 s 259.2 s (4:19) 23.2 0:04 over 4:15

The doubles handoffs case is the tool’s mixed-doubles setting with a 6 kg ball. The race page used here does not list doubles loads, so treat that setting as the tool’s. It splits 100 reps into 5 sets of 20 at 2.2 seconds an attempt, with 5 second breaks and 10 seconds of setup.

The required cadence tells the same story in seconds. The high no-rep case needs (420 – 10 – 162) / 113.64, or 2.18 seconds, against the 2.8 entered. The doubles case needs 2.16 seconds against 2.2.

Quick Checks Before You Trust a Wall Ball Time

Run through this list before you lean on any station time.

  • Treat every input as an example. The cadence, break and no-rep numbers here are the tool’s test values, not typical or recommended ones.
  • Remember the tool’s own arithmetic. The time formula is the tool’s, and it holds the entered cadence steady for every attempt.
  • Check the current rules. Loads and rules change by season, so use the current official rulebook for your division.
  • Expect real results to differ. Fatigue, judging and equipment all change an actual race result.
  • Keep the run legs separate. They follow their own math; see calculating your running pace.

This is general fitness information, not training or pacing advice.

Want to test your own numbers?

Enter your sets, cadence, breaks and no-rep rate in the HYROX wall ball pace calculator to see your station time and required cadence.

FAQs About HYROX Wall Ball Pace

How many wall balls are there in a HYROX race?

The race has 100 wall ball reps. Wall Balls is the eighth and final station, after seven earlier stations and eight 1 km runs in the race format.

How do no-reps change the number of wall balls I throw?

They raise your attempts above 100. At a 5 percent no-rep rate, 100 valid reps take 105.26 attempts, because the tool divides 100 by 0.95.

How is a wall ball station time calculated?

Add setup seconds, attempts times seconds per attempt, and breaks times break seconds. In the controlled example, 8 + 252.6 + 75 gives 335.6 seconds.

What cadence gives a 5:30 wall ball station?

In the tool’s example, 2.35 seconds per attempt. That is (330 – 8 – 75) / 105.26, using 8 seconds of setup, 5 breaks of 15 seconds and 5 percent no-reps.

Do breaks cost more time than no-reps?

In the controlled example, yes. Five breaks add 75 seconds, while the 5.26 extra attempts add 12.6 seconds at 2.4 seconds each. Other inputs give other results.

How many reps per minute is a 5:36 wall ball station?

It is 17.9 valid reps per minute. The sum is 100 divided by 5.593 minutes, using the exact 335.6 seconds rather than the rounded 5:36.

Do wall ball weights and heights change by division?

The race page lists ball weights of 4, 6, 6 and 9 kg across four divisions. Heights come from the tool’s settings, so check the current official rulebook.

Sources and Further Reading

References Used in This Article

This article is general fitness information, not training or medical advice. Race rules and loads change by season, so check the current official rulebook. Reviewed for accuracy by Dr. Abdullah Khalil, MBBS. Last updated 2026-10-26.


Author

shakeel-Muzaffar
Founder & Editor-in-Chief at  ~ Web ~ More Posts

Shakeel Muzaffar is the Founder and Editor-in-Chief of MultiCalculators.com, bringing over 15 years of experience in digital publishing, product strategy, and online tool development. He leads the platform's editorial vision, ensuring every calculator meets strict standards for accuracy, usability, and real-world value. Shakeel personally oversees content quality, formula verification workflows, and the platform's commitment to publishing tools that are genuinely useful for students, professionals, and everyday users worldwide.