Key Takeaways

  • Lat pulldowns fall under general resistance training with MET values of 3.5–6.0, adjusted higher when load-to-bodyweight ratio increases.[3]
  • Grip width and orientation (overhand, neutral, underhand) alter muscle activation patterns but have a minimal effect on total calorie burn.[5]
  • Resistance training sessions typically have significant rest time (50–60% of total duration), making active vs rest calorie separation important for accuracy.
  • Pull-ups (MET 8.0) burn considerably more calories than lat pulldowns due to full bodyweight loading and greater stabilizer engagement.[6]

Grip Variants and Muscle Activation

Wide Overhand

The standard lat pulldown grip. Emphasizes the latissimus dorsi with secondary involvement of the teres major and rear deltoids.[5]

Close Neutral

Neutral grip with hands shoulder-width apart. Increases mid-back and bicep contribution while maintaining strong lat activation.

Underhand (Chin Grip)

Supinated grip mimicking a chin-up pattern. Greater bicep involvement and often allows heavier loads.[5]

Single-Arm Cable

Unilateral pulling for balance correction. Adds core engagement and addresses left-right strength imbalances.

Lat Pulldown vs Pull-ups

Pull-ups require moving your full bodyweight, making them significantly more demanding than lat pulldowns where you can select a submaximal load. Research indicates pull-ups achieve approximately MET 8.0 compared to the 5.0–6.0 range for lat pulldowns.[6]

For those building toward pull-up strength, lat pulldowns serve as an excellent progression tool. Track your pulldown-to-bodyweight ratio — when you can comfortably pull 70–80% of your bodyweight, you are likely ready for full pull-ups.

Compare your pull-up calorie burn with our Pull-up Calorie Calculator or explore the broader Exercise Calorie Calculator for other movements.

How Load Affects Calorie Burn

Heavier loads relative to bodyweight increase the metabolic demand of resistance exercises. This calculator adjusts the MET value based on load-to-bodyweight ratio, capping at MET 7.5 for very heavy loads.[4]

The standard Compendium MET for resistance training (5.0–6.0) assumes a moderate-intensity workout. By entering your actual load, you get a more personalized estimate that accounts for your training intensity.

Frequently Asked Questions

Sources & References

  1. Sedentary Behaviour and Energy Expenditure. Various. PMC (2019)
  2. Health Benefits of Resistance Training. Various. PMC (2016)
  3. 2024 Adult Compendium of Physical Activities. Ainsworth BE et al.. Compendium of Physical Activities (2024)
  4. Energy Cost of Resistance Exercise. Various. PubMed (2015)
  5. Lat Pulldown Grip Width and Muscle Activation. Various. Journal of Strength and Conditioning Research (2014)
  6. Pull-Up Performance and Muscle Activation. Various. PubMed (2017)
Manish Kumar
Manish Kumar

Certified Personal Trainer & Sports Nutritionist

NASM-CPTCertified Sports Nutritionist10+ Years Experience500+ Clients Coached

NASM-certified fitness and nutrition coach with over 10 years of hands-on experience helping people build strength, lose fat, and live healthier lives. Specializing in gym-based workouts with a strong focus on lifting technique, biomechanics, and practical exercise science. Through FitLifeRegime, sharing the tools, tips, and insights that have worked for hundreds of clients — helping you start your own fitness journey with confidence and clarity.

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