Weighted Vest Run/Walk

ExtrasVest

Running or walking wearing a weighted vest, distributing load evenly across the torso (rather than a rucksack's back-loaded design) for a more running-natural loaded conditioning stimulus.

Demo: Weighted vest training demo

Sets

1

Reps

15-30 min or 6-8 sprint intervals

Rest

0s

Contraindications

Avoid with knee, ankle, or low back pathology given increased ground reaction forces. Research shows weighted vest sprints can acutely improve running economy but should be introduced conservatively.

Setup

Wear the vest snug against the torso, ensuring it doesn't bounce or shift during movement.

Execution

  1. 1Start with a walk to confirm vest fit and comfort before progressing to a jog/run
  2. 2Maintain normal running/walking mechanics — the vest shouldn't force posture changes
  3. 3Keep the core braced to support the added torso load
  4. 4Progress pace and duration gradually as conditioning improves
  5. 5Monitor breathing and perceived effort closely given the added load

Key cues

  • Vest should sit snug, not bouncing
  • Maintain normal running form, don't let the vest distort posture
  • Brace the core throughout
  • Progress gradually — small load increases over time

Common faults

  • Vest too loose, causing bouncing and discomfort/chafing
  • Adding too much weight too soon, altering natural gait mechanics
  • Ignoring joint feedback — vest running increases ground reaction forces
  • Using a vest so heavy it forces overstriding or shortened stride to compensate

Tweaks

  • Use for interval sprints (weighted vest sprints) for a power-endurance stimulus
  • Use for steady-state conditioning at 10-15 lb for aerobic base work
  • Remove the vest partway through a session for an unloaded 'light' finish

Regressions

Ruck Walk

Muscles

Primary: Quadriceps, Glutes, Calves

Secondary: Core, Hip Flexors, Erector Spinae

Notes

Primary energy system: aerobic for steady-state, alactic-to-lactic for sprint intervals. Research indicates weighted vest sprints can improve submaximal running economy through post-activation potentiation effects.

Sources

Attribution: Joel Jamieson / sport science literature