Variables Tool / informational

Non-Exercise Activity (NEAT) Calorie Calculator

NEAT covers everyday movement outside deliberate exercise. This calculator uses MET-based estimates for walking and light activity, then reports calories above resting expenditure.

Evidence reviewed July 15, 2026 | Educational information, not medical advice

What should you remember?

The most important points connect this page's main entity with the relevant energy-balance mechanisms and practical decisions, while separating population estimates from individual measurements, identifying important limitations, and avoiding conclusions or individualized prescriptions that the cited evidence cannot reasonably support for every reader.

  • NEAT is everyday movement, not formal exercise.
  • MET estimates vary by person.
  • Avoid double-counting activity already included in TDEE.

Interactive estimate

How many daily movement calories do you use above rest?

This calculator estimates energy used above rest during walking, standing tasks, and seated movement by applying representative MET values to body weight and time; it answers the question with an activity estimate that should not be added again when the same daily movement is already included in TDEE.

Uses representative MET values and reports only estimated energy above 1 MET resting expenditure.

Dynamic result

Enter your values and calculate to see an evidence-based estimate.

Formula and assumptions

Incremental kcal = (MET − 1) × 3.5 × body weight kg ÷ 200 × minutes. Assumed METs: walking 3.0, standing/light tasks 1.8, seated movement 1.5.

What counts as non-exercise activity thermogenesis?

Non-exercise activity thermogenesis includes energy used for standing, household tasks, occupational movement, walking between locations, posture changes, and fidgeting, while excluding sleep, eating, and deliberate sport-like exercise; it connects everyday behavior with TDEE and can materially change the calorie deficit between otherwise similar days.

NEAT includes movement that is not sleeping, eating, or deliberate sport-like exercise: walking between rooms, standing tasks, household movement, occupational activity, and fidgeting. It can vary substantially between people and between days [1].

The calculator uses activity intensity values as approximations. The 2024 Adult Compendium standardizes MET values for research, while warning that individual calorie calculations remain estimates [2].

Why does the NEAT calculator report energy above rest?

The calculator reports energy above rest because every MET already includes the resting energy represented by one MET, so subtracting that baseline prevents BMR from being counted twice when movement is compared with TDEE, energy balance, or a calorie-to-pounds deficit estimate.

A MET includes energy you would have used at rest during the same time. To avoid counting BMR-related expenditure twice, this tool subtracts 1 MET and reports the incremental activity estimate. NEAT can influence TDEE and energy balance, but it does not directly measure metabolic rate, homeostasis, or lipolysis.

Which sources and methods support this guide?

The guide uses primary studies, systematic reviews, government resources, or peer-reviewed journal articles to support its formulas and EAV claims, with each numbered citation linking to the underlying evidence so readers can inspect the population, method, limitations, and meaning of the reported value.

  1. Non-exercise activity thermogenesis (NEAT)PubMed
  2. 2024 Adult Compendium of Physical ActivitiesPMC

Continue with the related calculator or guide that explains the next variable in the same energy-balance pathway, using the descriptive link text to identify the exact scientific relationship, calculation, and practical limitation covered on the destination page before you leave the current topic.

Return to the calorie-to-pounds calculator

What do readers ask about this topic?

These concise answers address the most common interpretation and application questions for this topic, while preserving the distinction between an educational population estimate and individualized medical, nutritional, or metabolic advice, and directing readers back to the page's stated evidence, assumptions, and limitations when necessary.

Standing usually adds a modest amount above sitting. Its larger benefit may be replacing long uninterrupted sitting and making more movement convenient.
No. Pace, stride, terrain, body mass, efficiency, and device algorithms all affect the estimate.