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BMI for 95 kg and 1.60 m

At 95 kg and 1.60 m the body mass index is 37.1 — the obesity class ii band on the WHO scale for adults.

BMI is a screening figure, not a diagnosis. It says nothing about any individual’s health on its own.

Your BMI

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WHO classification for adults

  • Severe underweight< 16
  • Moderate underweight16 – 16,9
  • Mild underweight17 – 18,4
  • Normal weight18,5 – 24,9
  • Overweight25 – 29,9
  • Obesity class I30 – 34,9
  • Obesity class II35 – 39,9
  • Obesity class III≥ 40

What 37.1 means, and what it does not

The index comes from dividing weight by height squared: 95 ÷ 1.60² = 37.1. On the World Health Organization scale for adults, that number sits in the band named obesity class ii. The band describes an interval in a table — it is not a statement about a person’s health.

At 1.60 m, the WHO’s normal band spans 47.4 kg to 63.7 kg. That range is arithmetic, not a target: it says which weights produce an index between 18.5 and 25 at this height, and nothing about what any individual should weigh.

The index has known blind spots, and they are not footnotes. It cannot tell muscle from fat, so trained athletes routinely land in bands that make no sense for them; it says nothing about where fat sits, which is what actually predicts metabolic risk; and it was calibrated on European populations, with the WHO recommending lower cut-offs for Asian populations. Two people with the same index can be in very different health.

Frequently asked questions

What is the BMI of someone weighing 95 kg at 1.60 m?

37.1, which is the obesity class ii band on the WHO adult scale. The calculator above works out any other combination, and shows which caveats apply to that particular figure.

What is the healthy weight range for 1.60 m?

Between 47.4 kg and 63.7 kg, which is the interval producing an index of 18.5 to 25 at this height. It is a statistical band from a table, not a recommendation for any particular person.

Is BMI a reliable measure of health?

It is a screening figure, not a diagnosis. It is useful at population scale and blunt at individual scale, because it uses only weight and height — no body composition, no fat distribution, no fitness, no medical history. A doctor uses it alongside measurements it cannot make.

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