Science-Based Endurance Coaching: VO2Max, Threshold, and Economy

Designing effective endurance training requires more than just prescribing long runs or generic intervals. To truly elevate athletic performance, coaches must understand how to systematically target VO2max, lactate threshold, and movement economy. This written course guides you through the foundational science of endurance physiology and translates it into practical programming strategies. You will learn how to structure training zones, integrate high-intensity interval training (HIIT), balance low-intensity volume, and incorporate strength training to build durable, efficient athletes. What you'll learn: - Understand the physiological foundations of VO2max, lactate threshold, and athletic economy. - Design individualized training zones using modern metrics, including heart rate and running power. - Structure strategic high-intensity interval training sessions to safely boost aerobic capacity. - Balance low-intensity volume and polarized training models for optimal adaptation. - Integrate targeted strength training to improve movement economy and prevent common injuries. - Analyze athlete durability and recovery metrics to prevent overtraining. The course begins with essential terminology and aerobic system fundamentals before moving into step-by-step programming frameworks and real-world training scenarios. Through comprehensive written explanations and practical design exercises, you will develop the skills to write custom endurance plans. This course is designed for aspiring endurance coaches, personal trainers, fitness enthusiasts, and athletes looking to understand the science behind their own training, with no advanced scientific prerequisites required. Start reading today to build smarter, science-backed endurance programs that deliver real results.