Calorie Calculator

Establish your biological energy baseline and nutritional velocity targets. Our auditor utilizes the Mifflin-St Jeor protocol for high-density metabolic modeling.

Biometric Inputs

Physiological Data

Years
10100
Kg
20300
Cm
100250
Mifflin Protocol

Establish a biological baseline. Our auditor calculates TDEE via high-density activity coefficients.

Biological Intake Target

Daily Caloric Velocity:

2633kcal

MAINTAIN: 00 kcal/day

Protein

197g

Muscle Continuity

Carbs

296g

Energy Velocity

Fats

73g

Hormonal Parity

Metabolic Baselines

BMR (Basal Rate)

Fundamental Survival

1699 kcal

TDEE (Daily Burn)

Activity Normalized

2633 kcal

Net Energy Gap

Maintenance Delta

00 kcal

Metabolic AI

Velocity Auditor

Provide biometric data to receive a nutritional velocity audit focusing on metabolic efficiency and energy sustainability.

The Metabolic Audit

What is the science behind these results?

The auditor utilizes the Mifflin-St Jeor Equation, established as the clinical gold standard for estimating Basal Metabolic Rate (BMR) with a 95% confidence interval.

How are the activity multipliers calculated?

We apply Katch-McArdle verified coefficients that factor in TEF (Thermic Effect of Food) and NEAT (Non-Exercise Activity Thermogenesis) for an accurate TDEE.

Is the macro distribution fixed?

The default split follows an institutional 30% Protein / 45% Carb / 25% Fat distribution, optimized for hormonal parity and energy velocity stability.