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Pull-Up

Draftstrength50%advanced⬤ moderate evidence
View FHIR resourceFHIR R4 ActivityDefinition — the interoperable form of this exercise

Positions & Range of Motion

Start
Full vertical hang from an overhead bar, pronated grip slightly wider than shoulder width, arms fully extended, trunk braced
End
Body pulled up with elbows driven down and back until the chin clears the bar, then lowered under control to a full hang
Range of Motion
Full elbow flexion and shoulder extension/adduction; complete hang to chin-over-bar and back

How to Perform

Hang from an overhead bar with a pronated (palms-away) grip slightly wider than shoulder width, arms fully extended. Initiate by depressing and downwardly rotating the shoulder blades, then pull the body upward by driving the elbows down and back until the chin clears the bar, keeping the trunk braced and legs quiet. Lower under control to a full hang before the next repetition.

Watch on YouTube↗

Opens a YouTube search for “Pull-Up”

Equipment:pull up bar
Starting position: hanging

Coaching Cues

  1. 1

    Before you pull, draw your shoulder blades down and back — like sliding them into your back pockets.

    (setup)
  2. 2

    Don't think about lifting yourself up; think about pulling the bar down to your chest.

    (external)
  3. 3

    Drive your elbows down toward your ribs.

    (external)
  4. 4

    Keep your ribs stacked over your pelvis and legs quiet — no kicking or swinging.

    (internal)

Evidence-Based Dosing & EMG Data

Recommended Dosing

General resistance-training guidelines apply: 2-4 sets of 4-8 reps (weighted) or sets of quality body-weight reps stopping 1-2 reps short of failure, 2-3 sessions per week with at least 48 hours between sessions. No pull-up-specific dosing trials exist; this follows consensus strength-training recommendations.

EMG Activation Data

Surface EMG studies of the pull-up consistently show the latissimus dorsi as the most highly activated muscle, with substantial contributions from the biceps brachii and brachialis (elbow flexion) and from the lower trapezius and infraspinatus during the scapular depression and pulling phases. Grip orientation shifts emphasis: the pronated pull-up biases the latissimus dorsi and lower trapezius relative to the supinated chin-up, which shows higher biceps brachii and pectoralis major activity. Trunk musculature (rectus abdominis, obliques) works isometrically to control the hanging body. These findings come from small-sample EMG comparisons of pull-up variants in trained adults; exact percentages of MVIC vary across studies and electrode placements, so they should be read as relative rankings rather than precise values.

Muscles Involved (20)

Primary Movers

Latissimus Dorsi— Prime mover for shoulder extension and adduction from the overhead position; highest activation of any muscle in the movement.

Secondary Movers

Brachioradialis— Elbow flexor favored by the pronated/neutral forearm position.
Teres Major— Assists the latissimus dorsi in shoulder extension and adduction.
Lower Trapezius— Drives scapular depression at initiation and stabilizes the scapula throughout the pull.
Biceps Brachii— Strong elbow flexor; activation is somewhat lower with the pronated grip than in a chin-up but remains substantial.
Brachialis— Elbow flexor that works regardless of forearm rotation, so it contributes heavily with the pronated grip.

Stabilizers

Teres Minor— Rotator cuff stabilization of the glenohumeral joint.
Flexor Digitorum Profundus— Sustained isometric grip on the bar.
Subscapularis— Anterior rotator cuff stabilization of the humeral head during the pull.
Flexor Digitorum Superficialis— Sustained isometric grip on the bar.
Rectus Abdominis— Prevents excessive lumbar extension and leg swing; maintains a rigid hanging trunk.
External Oblique— Anti-extension and anti-rotation control of the trunk during the hang.
Erector Spinae Group— Maintains trunk posture, especially if a slight arch/chest-up position is used.
Infraspinatus— Centers the humeral head in the glenoid under load; shows meaningful activation in EMG studies of the pull-up.

Lengthened / Stretched

Anterior Deltoid— Shoulder flexor acting as the stretched antagonist to shoulder extension; it lengthens as the shoulder extends toward the top of the pull (most stretched at chin-over-bar), and is actually shortened at the bottom overhead hang.

Synergists & Assistors

Triceps BrachiiSynergist— Long head assists glenohumeral extension despite the elbow flexing; minor contributor.
Middle TrapeziusSynergist— Contributes to scapular retraction in the top half of the pull.
Rhomboid MajorSynergist— Assists scapular retraction and downward rotation as the arms descend from overhead.
Posterior DeltoidSynergist— Assists shoulder extension, especially near the top of the pull.
Pectoralis MajorSynergist— Sternocostal fibers assist shoulder adduction/extension from the fully overhead position early in the pull.

Easier Variations ↓

1

Band-Assisted Pull-Up

Loop a resistance band over the bar and place one knee or foot in it; the band offloads body weight most at the bottom, where the movement is hardest, while preserving the full range of motion.

2

Eccentric-Only Pull-Up (Negatives)

Jump or step to the top position with chin over the bar, then lower to a full hang over 3-5 seconds. Builds strength through the full range before the concentric phase is achievable.

Harder Variations ↑

1

Weighted Pull-Up

Add external load with a dip belt or weighted vest once 8-10 strict body-weight reps are achieved; progress load gradually in the 4-8 rep range.

2

Archer Pull-Up

Pull toward one hand while the opposite arm stays nearly straight along the bar, shifting most of the load to one side as a step toward single-arm pulling strength.

Target Movements (7)

Shoulder ExtensionGlenohumeral Joint
Shoulder AdductionGlenohumeral Joint
Elbow FlexionHumeroulnar Joint
Scapular DepressionScapulothoracic Articulation
Scapular Downward RotationScapulothoracic Articulation
Scapular RetractionScapulothoracic Articulation
Finger Flexion (MCP)Metacarpophalangeal Joints

Why This Exercise Matters

Everyday activities this exercise helps you do — essential means it directly trains the capacity the task needs:

Pulling (Doors, Drawers)essentialCarrying and Lifting Objects

Goals This Helps With

Rehab, performance, prevention, and mobility goals this exercise supports — essential means it's a cornerstone:

Improve Your Pull-UpperformanceImprove Grip Strengthperformance

Research Notes

claude-researched 2026-07; muscle/movement links validated against the roster. Adversarial clinical verification pending — do not promote past needs_review without human review.