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Training 101

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  1. Terms To Know

    Terms To Know
  2. Anatomy and Biomechanics
    Anatomy and Biomechanics
  3. Deciphering Training Concepts
    Deciphering Training Concepts
  4. Exercise Order
  5. Exercise Selection
  6. Set/Rep Prescription
  7. Tempo
  8. Rest Periods
  9. Intent
  10. Recommendations, Cues and Details
  11. Range-of-Motion (ROM)
  12. Failure and Intensity
    Types of Failure
  13. Modulators of Intensity
    2 Topics
  14. Warming Up and Cooling Down
    General Warm-Ups
  15. Specific Warm-Ups
  16. Feeder Sets
  17. Warm-Up Sets
  18. Cooling Down
  19. Biofeedback
  20. Progression Models
    Progression Models
  21. Linear Progression
  22. Double Progression
  23. Triple Progression
  24. Volume Progression
  25. Technical Progression
  26. Neurological Progression
  27. Modifying The Plan
    Modifying the Plan
  28. Injury/Pain
  29. Unavailable Equipment
  30. Changing Order of Exercises
  31. Short on Time
  32. Bad Workouts
  33. Different Gyms/Equipment
  34. Intentional and Unprogrammed Rest Days
  35. Unintentional and Unprogrammed Rest Days
  36. Plateaus and Setbacks
    Plateaus and Setbacks
  37. Injury
  38. Sickness
  39. Consistently Poor Biofeedback
  40. Missing Workouts
  41. Stalled Progress
  42. Recovery Strategies
    Recovery Strategies
  43. Caloric Balance
  44. Sleep
  45. Stress Management
  46. Light Cardio
  47. Foam Rolling
  48. Stretching
  49. Cold Therapy
  50. Heat Therapy
  51. Contrast Therapy
  52. Deloading
    Deloading
  53. When To Deload
    5 Topics
  54. How To Deload
    5 Topics
  55. What’s Next?
    Assess Progress
  56. Run It Back
  57. Modify
  58. Beginning The Next Phase
Lesson 7 of 58
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Tempo

Bryce February 22, 2024

Tempo refers to the speed you perform each rep of an exercise. We can break tempo down into four components: 1) the eccentric, 2) the pause in the stretch, 3) the concentric, and 4) the pause in contraction. 

The eccentric, or “negative,” portion of a lift is when you are resisting gravity. In the case of the bench press, this is when you are lowering the bar to your chest in a controlled manner. 

The pause in the stretch (transition from eccentric to concentric) will be when your working muscles are most lengthened in the end point of the eccentric. This is a place where pauses are commonly placed to increase the intensity, forcing the muscles to overcome inertia and avoid reliance on the stretch reflex. With the bench press, the pause would be incorporated when the bar is touching your chest (or at the lowest point in the ROM).

The concentric, or “positive,” phase is where you are actively lifting the weight and moving it through space. With the bench press, this would correspond to pushing the barbell off your chest. 

The pause in contraction ( transition from concentric to eccentric) will be when your working muscles are most shortened in the end point of the concentric. This is another place where pauses are commonly added to increase intensity by forcing the muscles to statically contract and generate more time under tension (TUT). This would be at the top of a bench press where your arms are locked out.

It is important to note that even though a tempo is dictated in a specific way, control of the ROM and optimal execution are always superseding. If slowing the tempo even more will allow us to perform better and limit risk of injury, that is encouraged!

Tempo can be written in shorthand using a sequence of 4 numbers that each refer to a respective portion of the range of motion (ROM).

For example, 4101 would translate as “4 second eccentric, 1 second pause in the stretch, powerful concentric, and 1 second pause in the contraction.”

*2000 is our default/standard tempo for hypertrophy training. 

Some movements will not have a defined tempo (e.g. walking lunges, plyometrics, isometrics, etc) but the basic standards of rep-execution should always be present.

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