Pre-computed result page

Body Fat Estimate: 45-Year-Old Male (BMI Method)

This page uses a reference profile for age and gender to pre-compute body-fat percentage with the BMI-based body-fat equation.

Obese category estimate

28.1%

Estimated body fat is 28.1% for this profile. The estimate uses age 45, a representative BMI, and standard BMI-to-body-fat conversion equations.

Estimated around the 78th percentile versus same-gender adults in this age band.

Male Body Fat Reference Ranges

Rows show typical body-fat averages by age group and the difference from this pre-computed estimate.

Age GroupAvg Body FatAvg BMIDifferencePosition
18-2918.5%25.8+9.6%Above this group average
30-3921.6%27.4+6.5%Above this group average
40-4924.2%28.3+3.9%Above this group average
50-5926.2%28.8+1.9%Above this group average
60-7027.3%28.5+0.8%Above this group average

Interpreting This Body Fat Estimate

At 28.1%, this profile sits in the obese band. Body-fat categories are useful for context but are still approximations.

The BMI method is practical for fast screening, but direct methods (DEXA, multi-site skinfolds, or consistent circumference tracking) can improve precision for individuals.

Use trend direction over time as the key signal. A steady decline with stable performance and recovery is usually more meaningful than one isolated reading.

Frequently Asked Questions

Why is this page based on the BMI body-fat method?

BMI-derived body-fat estimates are reproducible and require minimal inputs, making them suitable for pre-computed comparison pages. The full calculator offers additional methods.

What does 28.1% body fat imply?

It places this profile in the obese category. Interpretation should include waist, performance, and metabolic markers where possible.

How often should body fat be reassessed?

Every 2-4 weeks is common. Keep conditions consistent (time of day, hydration, and method) to improve comparability.

Related Result Pages

Want a personalized calculation?

Open the full body fat calculator to use your own measurements and compare multiple methods side-by-side.