Full analysis of male fitness standard weight calculation formula

　　for male For fitness enthusiasts, it is important to understand how standard body weight is calculated. It not only helps to develop a reasonable fitness plan, but also evaluates yourself healthy situation. This article will introduce you to the relevant content in detail.

BMI calculation method

　　principle: BMI stands for body mass index, which is calculated by dividing weight (kilograms) by height (meters) squared. A value between 18.5 and 23.9 is considered a normal weight range.

　　Example: For example, a man is 1.75 meters tall and weighs 70 kilograms. His BMI = 70÷(1.75×1.75) ≈ 22.86, which is within the normal range.

WHO formula

　　Formula content: Standard weight (kg) = (height - 80) × 70%.

　　Floating range: Any fluctuation of actual weight within ±10% of the calculated result can be considered normal. For example, for a man with a height of 180 cm, the standard weight = (180 - 80) × 70% = 70 kg, and his normal weight range is between 63 - 77 kg.

asian formula

　　Formula content: Standard weight (kg) = (height - 100) × 0.9.

　　Applicable situations: This formula is more suitable for Asian body characteristics. For a man with the same height of 180 cm, the standard weight calculated according to this formula = (180 - 100) × 0.9 = 72 kg.

comprehensive assessment

　　Considerations: In addition to weight, a comprehensive assessment should also be conducted based on indicators such as body fat percentage and waist-to-height ratio. Fitness people with high muscle content may have a weight that exceeds the standard range, but their body fat content is low and they have a healthy and strong body shape.

　　health risks: Abdominal obesity (excessive waist circumference) will increase health risks. Even if your weight is within the normal range, you need to pay attention to your waist circumference standards.

　　In the process of male fitness, weight is an important reference indicator. Different weight calculation methods are suitable for different people and scenarios. Understanding these methods can make fitness more scientific and effective.