ASCA Training Program Design & Planning 3 — Questions and Answers
Question 1: What is the recommended maximum percentage increase in weekly training volume to minimize injury risk when progressing a swimmer's load?
- 5%
- 10% (Correct answer)
- 25%
- 50%
Correct answer: 10%
The 10% rule is widely accepted in endurance sports as a safe ceiling for weekly volume progression to allow structural adaptation without overuse injury.
Question 2: Which training set format is best suited for developing alactic (ATP-PC) power in sprinters?
- Long aerobic swims of 1,500–3,000 yards
- Short maximal sprints (10–15 seconds) with full recovery (2–3 minutes) (Correct answer)
- Threshold sets at T-pace for 30–40 minutes
- Broken swims with 20-second rest intervals
Correct answer: Short maximal sprints (10–15 seconds) with full recovery (2–3 minutes)
Alactic power development requires maximal efforts of 10–15 seconds so the phosphocreatine system is the primary energy source, with full recovery to replenish stores.
Question 3: How does training specificity apply to stroke selection in program design?
- Swimmers should train all four strokes equally regardless of their events
- The majority of stroke-specific training should match the swimmer's primary competitive stroke (Correct answer)
- Freestyle should dominate all programs since it is the fastest stroke
- Backstroke is always used for recovery and should never be trained intensely
Correct answer: The majority of stroke-specific training should match the swimmer's primary competitive stroke
The specificity principle requires that training closely match the demands of the competitive event, so primary stroke training should align with racing events.
Question 4: A 14-year-old swimmer shows signs of overreaching (persistent fatigue, declining times, mood disturbances). What is the most appropriate immediate intervention?
- Double the training volume to force adaptation
- Implement a 1–2 week reduced-load recovery block (Correct answer)
- Eliminate all water training and switch to dryland only
- Increase race frequency to sharpen the swimmer
Correct answer: Implement a 1–2 week reduced-load recovery block
Overreaching requires a planned reduction in training load (volume and/or intensity) to allow hormonal and neuromuscular recovery.
Question 5: Which variable is typically manipulated FIRST when increasing training load within a mesocycle?
- Intensity (pace)
- Volume (yardage) (Correct answer)
- Rest interval duration
- Stroke technique requirements
Correct answer: Volume (yardage)
Standard periodization practice calls for increasing volume before intensity so aerobic capacity is established before high-intensity work is added.
Question 6: What is 'reverse periodization' in the context of swim training?
- Planning the season backward from the last meet to the first practice
- Prioritizing high-intensity, low-volume training early in the season before building aerobic volume (Correct answer)
- Switching from butterfly to freestyle training mid-season
- Tapering at the beginning of the season instead of the end
Correct answer: Prioritizing high-intensity, low-volume training early in the season before building aerobic volume
Reverse periodization front-loads intense, race-specific work early in the season and gradually adds volume, suited to sprint-dominated programs or short competition seasons.
Question 7: When planning a dual-peak season (two major championship meets), where should the secondary taper typically occur relative to the primary taper?
- At the very beginning of the season
- At the midpoint of the competitive season, with a shorter taper than the primary (Correct answer)
- Immediately after the primary peak with no recovery in between
- Only after the primary peak as a cool-down period
Correct answer: At the midpoint of the competitive season, with a shorter taper than the primary
A secondary taper placed at mid-season allows performance to peak for an important mid-season meet, with a longer, more complete taper reserved for the year's top championship.
ASCA Training Program Design & Planning 3
What is the recommended maximum percentage increase in weekly training volume to minimize injury risk when progressing a swimmer's load?