Published Jul 3, 2024

Build Muscle Size, Strength & Power With Science-Backed Programs | Perform with Dr. Andy Galpin

Explore the science-backed strategies for building muscle size, strength, and power with Dr. Andy Galpin, as he delves into hypertrophy, effective repetition ranges, intensity levels, and the innovative use of velocity-based training.
Episode Highlights
Perform with Dr. Andy Galpin logo

Popular Clips

Questions from this episode

Episode Highlights

  • Training Principles

    emphasizes the importance of progressive overload in both hypertrophy and strength training. He explains that while hypertrophy focuses on increasing volume, strength training prioritizes intensity and force production 1. He also clarifies the difference between training for muscle size and strength, noting that each requires distinct programming to achieve optimal results 2.

    If you're trying to add muscle, but you're using concepts that are better applied for strength and power, you're probably going to be leaving some gains on the table.

    ---

    Understanding these principles can help tailor training programs to specific goals, ensuring more effective outcomes.

       

    Program Structure

    The structure of strength and power programs is meticulously designed to maximize results. describes a four-day-a-week program that includes three phases over twelve weeks, each with specific goals and progressions 3. He explains that strength training typically involves low repetitions with high loads, while power training requires a balance of force and velocity, often with fewer than six reps per set 4.

    Strength is generally something like three to five repetitions, plus or minus can be as low as one.

    ---

    This structured approach helps athletes achieve peak performance by systematically increasing intensity and complexity.

       

    Velocity-Based Training

    Velocity-based training (VBT) is a key component in 's strength and power programs. VBT adjusts training loads based on the speed of movement, ensuring optimal performance and adaptation 5. This method allows for real-time adjustments, enhancing both strength and speed development. For example, slight increases in intensity are matched with corresponding changes in velocity targets to maintain effectiveness 6.

    Instead of adjusting it by your muscular endurance or repetitions, it is by the actual velocity you achieve on the barbell.

    ---

    This dynamic approach ensures that athletes are always training at the appropriate intensity for their current condition.

Related Episodes