Heart Rate Zones Auditor

Optimize your cardiovascular training tiers. Calculate precise stimulus thresholds for metabolic efficiency, anaerobic capacity, and VO2 Max development.

Biological Key

Cardiac Parameters

Yrs
10100

Biological age for Max HR estimation

BPM
30120

Measured during deep rest

Includes Resting HR for higher precision

Protocol Integrity

Training in Zone 2 for at least 80% of your weekly volume maximizes mitochondrial density and aerobic base.

Max Capacity

190

BPM Estimated

Cardiac Reserve

130

Dynamic Buffer

Resting HR

60

Biological Base

Strategy

Standard

Performance Tier

Cardiac Threshold Matrix

Dynamic Intensity Allocation

Zone 1Recovery

Metabolic reset & active recovery.

125-138 BPM

Zone 2Aerobic

Optimal fat oxidation & endurance.

138-151 BPM

Zone 3Steady

Aerobic threshold & efficiency.

151-164 BPM

Zone 4Anaerobic

Lactate threshold & capacity.

164-177 BPM

Zone 5Peak

Neuromuscular power & sprint peak.

177-190 BPM

Pulse AI

Cardiac Architect

Process your cardiac data to receive a specialized training Tiering analysis focusing on metabolic flexibility and ventricular hypertrophic adaptation.

The Cardiac Protocol

What is the Karvonen Formula?

The Karvonen formula is a more precise method that incorporates your resting heart rate. It calculates 'Heart Rate Reserve' (Max HR - Resting HR), which reflects your true biological capacity for intensity.

Why is Zone 2 critical?

Zone 2 (Aerobic) is the 'metabolic sweet spot' where the body primarily utilizes lipid fats for fuel and stimulates mitochondrial biogenesis without excessive systemic fatigue.

How often should I hit Zone 5?

Zone 5 (Peak) should be utilized sparingly, typically once or twice a week in short bursts (HIIT), as it places significant strain on the central nervous system and requires deep recovery.