Farmer's Walk

The farmer’s walk is a loaded carry: you simply pick up heavy weights and walk. It looks simple, but it trains grip, traps and trunk stability under load at the same time, in a task that closely resembles everyday carrying, like bringing in shopping bags or luggage.

Distance and load are the two variables to manage. If your grip fails well before your legs or lungs do, the load is too heavy for the distance you’re trying to cover; drop the weight and extend the walk instead.

Add it as a finisher after the main lifts in a full body workout plan, or use it as a conditioning round in a kettlebell workout plan if you’re training with kettlebells instead of dumbbells.

Muscles Worked by the Farmer’s Walk

The farmer’s walk trains grip and traps as prime movers, with the entire core working isometrically to keep your torso upright and stable against two heavy, swinging loads.

• Primary: forearms and grip, trapezius[1][2][3][4]
• Secondary: core, working to resist lateral flexion and keep the torso tall[1][2][3][4]
• Stabilizers: glutes, upper back, and hip stabilizers, which keep your stride steady instead of swaying under load[1][2][3][4]

Grip is often the first thing to give out, before the legs or lungs, so the farmer’s walk doubles as direct grip training rather than leaving grip as an afterthought.

Farmer’s Walk vs Suitcase Carry

Both are loaded carries, but the way the load is distributed changes which muscles have to work hardest to keep you upright.[1][2][3][4]

The standard farmer’s walk uses two symmetric loads, one in each hand, which lets you go heavier overall since the weight cancels out side to side. The suitcase carry uses a single load in one hand, so your trunk has to stop you bending toward the weight for the whole walk. In a lab study of strongman events, the one-sided suitcase carry placed a different side-bending demand on the trunk than the two-handed farmer’s walk.

	Farmer’s Walk	Suitcase Carry
Load setup	One weight per hand	One weight, single side
Core demand	Bracing, staying tall	Resisting side-bending
Typical load	Heavier per hand	Lighter, harder to control
Best for	Grip and trap strength	Oblique and lateral core strength

Many programs rotate between the two across weeks, since they train overlapping but different trunk and grip demands.

Farmer’s Walk Alternatives

• Suitcase carry: swaps the two-handed load for a single side, adding a heavy anti-lateral-flexion core demand.[1][2][3][4]
• Trap bar carry: centers the load between your legs instead of at your sides, which is easier on the grip and lets you carry more total weight.[1][2][3][4]
• Overhead carry: holds the weight locked out overhead instead of at your sides, shifting the stability demand onto the shoulders and core.[1][2][3][4]
• Kettlebell swing: trades the steady isometric carry for an explosive hip-hinge movement, useful on the same conditioning days.[1][2][3][4]

Whichever carry you use, prioritize tall posture and controlled steps over raw load, since a swinging or leaning carry turns into a balance scramble rather than a controlled carry.

No floor space, no heavy dumbbells, or a grip that fails before your trunk does? See the full farmer’s walk alternatives guide for a substitute matched to your specific constraint.

Equipment, Floor, and Route Calibration

Choose the implement that lets you pick up and set down safely. Dumbbells are easy to turn around with, kettlebells may swing if the handle position is unfamiliar, and a trap bar centers the load but changes the hand height and available route. Clear the floor, check shoes and surface, and measure a lane before loading. In a short room, use a fixed number of controlled turns rather than estimating distance. Turn by taking small steps; do not pivot sharply while carrying a load that is already pulling you off line.

Practice the pickup with empty implements. Hinge, grip, brace, and stand without jerking. At the top, let the arms hang naturally rather than pulling the weights into the ribs. Keep the head neutral, shoulders level, and steps quiet. A slight natural arm swing is fine; repeated swinging that moves the torso or weights means the load, stride, or route needs changing. Set down with the same hinge used to pick up, keeping fingers clear of the floor and releasing only after the implement is stable.

Diagnose the Limiting System

Record what ends the set: grip, posture, breathing, legs, or route safety. If the hands open while posture is still strong, shorten the distance or use a lighter load for a strength-focused carry. If the torso leans or one shoulder drops first, reduce load and use shorter steps. If breathing becomes uncontrolled before grip is challenged, treat the carry as conditioning and use longer rest or a shorter interval. A suitcase carry is a better regression when you specifically need to practice resisting side-bending, but it changes the stimulus and should be logged separately.

Carries train grip, bracing and loaded walking. They will not reduce fat from one area, and there is no good evidence that they fix posture or prevent injury on their own, so judge progress by what you can carry and how well you control it. Stop for sharp pain, dizziness, numbness, or a sudden loss of control and seek appropriate professional advice.

Load-Distance-Time Progression Log

Pick one main progression variable for a four-week block. For strength, use 3–5 carries of 15–30 metres with a load that leaves a controlled finish. For work capacity, use 20–40 seconds with a lighter load and consistent pace. Do not add weight and distance in the same session.

Week	Load per hand	Distance	Time	Limiter	Next action
1	20 kg	4 × 20 m	24 s	grip 8/10	repeat
2	20 kg	4 × 25 m	29 s	posture stable	add distance
3	22 kg	4 × 20 m	25 s	turn unstable	keep load, shorten turns

Place carries after the main squat, hinge, or press if grip fatigue would harm those lifts. For a complete loaded-carry decision, compare the suitcase carry and trap-bar deadlift, then return to the full body workout plan for programming context. The target is a repeatable, controlled carry with a clear limiter, not the heaviest implement you can drag to the finish.

References

1. Source. American College of Sports Medicine position stand. Progression models in resistance training for healthy adultsBack to claim
2. Source. 11.5 Muscles of the Pectoral Girdle and Upper LimbsBack to claim
3. Source. Comparison of different strongman events: trunk muscle activation and lumbar spine motion, load, and stiffnessBack to claim
4. Source. 11.4 Axial Muscles of the Abdominal Wall, and ThoraxBack to claim

See our exercise methodology for how this evidence is applied and its limits.