Exercise Library

High Knees

Full Bodycompound

46

/100

low (0.42)
Decision Guide

Best when...

  • Your energy is dipping and you want a more activating break.
  • You only have about a minute between tasks or meetings.

Not ideal when...

  • You cannot leave your desk area or need something very office-subtle.
  • You want a nearly effortless reset that will not elevate breathing much.
  • You are in a crowded office or tight workspace.

Pairs well with...

a desk-friendly posture reset to round out the break

Better than X when...

Longer break routines when you only have 60 seconds and need immediate value.

Office-clothes alternative

Sit-to-Stand or Seated March are easier alternatives when office clothes or limited space make this awkward.

Movement Profile
Muscular Demand
39derived

Compound movement primarily engaging quadriceps, hip flexors, calves

Metabolic Cost
84derived

MET 7 (derived), 2.0x walking

Mobility Value
47modeled

Joint ROM: 60%, posture benefit: 30%

Desk Practicality
15modeled

Requires open floor space

Muscle Activations

hip flexors

65%derived

quadriceps

50%derived

calves

45%derived

rectus abdominis

35%derived
Energy Estimate
~2.9kcal

for 20 reps · roughly 0.7 min of brisk walking for a 70 kg person

Score by Rep Count

46

5 reps

46

10 reps

46

15 reps

46

20 reps

46

30 reps

High Knees scores 46/100, strongest in metabolic cost. Needs open space.

Caveats
  • Metabolic cost varies with body weight and fitness level
  • mobility value, desk practicality are estimated, not directly measured
  • Limited research data for this exercise
  • Study populations may not represent sedentary desk workers
Data Provenance

Measured (0)

    Derived (6)

    • MET value
    • hip flexors activation
    • quadriceps activation
    • calves activation
    • rectus abdominis activation
    • caloric expenditure

    Modeled (3)

    • joint ROM
    • posture correction
    • desk practicality
    References

    Estimating energy expenditure during bodyweight resistance exercise

    Journal of Sports Sciences (2019)

    MET values specific to bodyweight resistance exercises at various intensities