One-Week-to-Meet Capacity-Building Workout for 13–14 Advanced Swimmers (25-Yard Pools)

Table of Contents

1. Key Highlights
2. Introduction
3. Why base capacity matters for 13–14-year-olds one week out
4. Designing a one-week-out capacity session for a 25-yard pool
5. Progressive structure: warm-up, pre-set, main, sprint prep, cooldown
6. Pace, intervals, and effort: how to read the clock for 13–14s
7. Technique and drills to preserve form under fatigue
8. Dryland, mobility, and strength for the last week
9. Nutrition and hydration in the race week
10. Monitoring and adjusting: individualization for advanced 13–14 swimmers
11. Sample seven-day microcycle leading to race day (one week out)
12. Common mistakes coaches make one week out and how to avoid them
13. Evidence and rationale: the physiology behind capacity work a week out
14. Using shared workout tools and customizing plans
15. Sample coaching cues and feedback loops for the pool deck
16. Travel, meets, and logistics: practical considerations
17. Mental preparation: routines, arousal control, and focus
18. Case examples: adapting the plan for real situations
19. When to consult medical or performance specialists
20. Final practical checklist for the week
21. FAQ

Key Highlights

• Targeted capacity-building session designed for advanced 13–14-year-old swimmers training in 25-yard pools, scheduled one week before a major meet to preserve speed while maintaining aerobic fitness.
• The plan balances low-volume high-quality reps, technique-focused drills, sprint preparedness, and recovery strategies, with scalable options for individual needs.
• Includes a full sample workout, a seven-day microcycle leading to race day, dryland and nutrition advice, plus coaching cues and common mistakes to avoid.

Introduction

At 13 and 14, swimmers stand at a critical junction: physiology and technique respond rapidly to targeted stimulus, and the wrong mix of training in the week before a meet can either dull race-day speed or leave potential untapped. The workout presented here emphasizes capacity — the aerobic and muscular systems that support sustained speed and repeated sprinting — while preserving sharpness for competition. It adapts to the realities of a 25-yard pool and the demands of typical age-group events, offering coaches a detailed session and a seven-day microcycle that keeps swimmers fresh, technically sound, and confident heading into races.

The session draws from common coach practice and tools used to design workouts, structured to prioritize quality over volume at this point in the season. Expect clear sets, actionable pacing instructions, technical progressions, and concrete guidance on adjustments for athletes with differing development and racing loads.

Why base capacity matters for 13–14-year-olds one week out

Adolescence amplifies training responsiveness. Cardiorespiratory capacity, neuromuscular coordination, and lactate handling improve quickly with consistent, appropriately dosed volume and intensity. For 13–14-year-old advanced swimmers, capacity work serves three practical purposes in the final week before a meet:

• Supports repeat-effort performance: Many events combine multiple heats, semifinals, and finals across several sessions. A maintained aerobic base helps swimmers recover between races and preserve speed late in a session.
• Protects technique under fatigue: Aerobic training raises the threshold at which stroke breakdown occurs, allowing athletes to sustain efficient mechanics deeper into races.
• Preserves aerobic-driven speed: Short tapers should reduce volume but keep sufficient quality so race pace does not feel foreign. Capacity sessions a week out should avoid inducing heavy fatigue while sustaining physiological readiness.

Training choices must account for the proximity to the meet. Hard, high-volume days are inappropriate; light-to-moderate volume with targeted intensity and ample recovery yields the best trade-off between fitness and freshness.

Designing a one-week-out capacity session for a 25-yard pool

Workouts for a 25-yard pool require different interval construction than long-course meters or 50s. Frequent turns can help maintain velocity and provide brief rest, which influences interval choice and set length.

Key design principles:

• Keep total yardage moderate. Advanced 13–14s can handle 3,500–5,000 yards earlier in the week, but one week out volume drops. Typical single-session yardage here: 2,200–3,200 depending on swimmer and team practice time.
• Limit maximal anaerobic accumulation. Avoid long, all-out repeats that induce heavy lactate accumulation with slow recovery. Use controlled threshold and tempo efforts that simulate race pacing without maximum burnout.
• Place technique work at the start of the session and after rests when attention wanes. Fresh execution reinforces motor patterns.
• Include sprint cues and short race-pace reps later in the session to keep neuromuscular recruitment sharp.

Below is a full sample session built with those principles. Coaches can adjust yardage and intervals to match their group’s conditioning and event priorities.

Sample session (advanced 13–14, 25-yard pool, total ~2,800 yards)

• Warm-up – 800 yards
  • 300 swim easy (choice), build progression every 100
  • 200 (4 x 50) drill/swim: 50 drill (e.g., catch-up or finger drag), 50 swim focusing on drill principle
  • 200 kick (4 x 50): alternate 50 choice kick / 50 fast kick on 1:10–1:20 depending on swimmer
  • 100 pull with paddles optional, focus on high elbow and distance per stroke
• Pre-set – 400 yards (technique & activation)
  • 4 x 100 on interval suitable to recovery (e.g., :15–:20 rest)
    • 1 x 100 drill-swim (25 drill / 75 swim)
    • 1 x 100 swim focusing on stroke count and breakout
    • 1 x 100 pull with paddles, emphasis on tempo
    • 1 x 100 IM choice with smooth transitions (if appropriate)
• Main set — capacity emphasis — 1,200 yards
  • 8 x 100 on :20–:30 rest at aerobic-threshold pace (about 85% of max effort or RPE 7/10)
    • Alternate odd reps as strong moderate effort, even reps slightly faster to practice pace change
  • 4 x 50 descending long to short rest (e.g., :10 rest) focusing on race-position speed
  • 6 x 75 on 1:20–1:30 : 25 build / 25 hold / 25 sprint or controlled effort to teach finishing strength
• Sprint prep set — 400 yards
  • 16 x 25 on :30–:45 rest:
    • 4 x 25 Drill-Descend (focus on acceleration off the walls)
    • 8 x 25 Race-pace (alternating strokes if multi-event swimmers)
    • 4 x 25 Fast but controlled sprint, emphasis on underwater and breakout
• Cooldown — 200–400 yards
  • 200 easy mixed strokes; focus on long strokes and breathing regulation
  • Optional 4 x 25 technical drills with long glide and tight core

Intensity guidance

• Warm-up and cooldown: 60–70% effort.
• Drill and pull sets: 65–75% effort but with high technical focus.
• Main 100s: Target tempo that keeps stroke count consistent and breathing pattern controlled. If training for 100–200 events, make even reps slightly faster to simulate race variability.
• Sprint prep: Short bursts at or slightly above race pace with full recovery patterns for neuromuscular activation without accumulating fatigue.

Rationale behind the numbers Eight 100s at threshold-styled pace build cardiovascular and muscular endurance without provoking deep fatigue when rest is managed. The 75s teach finishing speed, and the 25s maintain maximal motor recruitment. Turn speed and underwater work benefit from frequent wall contacts unique to 25-yard pools.

Progressive structure: warm-up, pre-set, main, sprint prep, cooldown

Each portion of the practice serves a precise function. The order ensures technical fidelity and nervous-system readiness when it matters.

Warm-up: prepares joints, increases blood flow, and establishes motor patterns. Begin with long, slow swims then integrate drills and kicking. For adolescents, begin with extended drill work to reinforce technique before fatigue influences mechanics.

Pre-set: bridges warm-up and main work. Use controlled, higher-quality 100s or 75s that simulate portions of a race. Encourage swimmers to carry cue words from drills (e.g., “early vertical forearm,” “strong core”) into the pre-set.

Main set: focuses on capacity but is curated to avoid heavy lactate. Mixing longer aerobic-oriented repeats with tempo variations achieves both base maintenance and race-specific endurance. A key coaching aim here: consistency of stroke count and split relationship. Time trials are inappropriate this close to a meet, but controlled pace work and tempo changes are valuable.

Sprint prep: a short block of sharp reps primes fast-twitch motor units and starts. Keep volumes low and rest full. Emphasize technical elements that matter most in races: starts, breakouts, underwaters, and first 10–15 yards of sprinting.

Cooldown: essential for neural and metabolic recovery. Include easy strokes and breathing-focused drills to reduce heart rate and promote circulation.

Pace, intervals, and effort: how to read the clock for 13–14s

Young athletes often need tangible benchmarks for pacing. Use a combination of clock-based intervals, stroke counts, and qualitative effort scales.

RPE guidance

• Easy (Warm-up/Cooldown): RPE 3–4
• Drill/Pull: RPE 4–6 (focus on technique over speed)
• Aerobic threshold (main set 100s): RPE 6–7 — steady, controlled breathing, not gasping
• Race-pace short reps: RPE 8–9 for 15–25 yards with full recovery

Interval selection

• Determine a base interval using the swimmer’s typical 100 time. For example, if a 13–14 swimmer’s 100 free is 1:00 in yards, aerobic 100s may target 1:05–1:10 with :20–:30 rest, while race-pace 25s should be trained at 14–15s with :30–:45 rest.
• Keep rest consistent so swimmers learn to regulate exertion over the prescribed distances.
• In 25-yard pools, breaks at turns produce natural short recoveries. Use this to your advantage: break longer sets into shorter repeats when necessary to keep quality high.

Using stroke count and split targets

• Encourage swimmers to monitor stroke count per 25. A consistent count across reps often correlates with efficient pacing.
• Teach negative split awareness: second half of a set or rep should be equal or slightly faster than the first unless practicing season-specific race strategies.

Example interval calculation

• Swimmer 100 best (yards) = 58. Main set 100s at threshold: target 1:03–1:06 on an interval of 1:25 (20–25 sec rest).
• 25 race-pace practice: goal 14.5s on :30 rest. Emphasize full recovery to maintain quality.

Technique and drills to preserve form under fatigue

Technique degrades under fatigue, especially for developing swimmers. Drills must be purposeful and transferred into full-stroke swimming.

Drill selection and purpose

• Catch-up: promotes long reach and hand entry. Use early in the session and as a break between quality reps.
• Finger drag: encourages high elbow recovery and reduces excess shoulder rotation.
• Single-arm drill: isolates catch phase and emphasizes the pull path; rotate sides to maintain bilateral symmetry.
• 3-kick switch (or 3-3-3): integrates body rotation and timing with breathing.
• Vertical kick (shallow water): develops core stabilization and kick power without forward momentum.

Transference to full stroke

• Immediately follow drill 25s with full-stroke 25s focusing on implementing the drill cue.
• Use "drill-swim" sequences (25 drill / 75 swim) to reinforce technique under near-race pace.
• Incorporate stroke-count checks every third rep to monitor for technical drift.

Stroke-specific tips for 25-yard competition

• Freestyle: emphasize a powerful first underwater kick off the wall and a long first stroke before surfacing; teach a controlled fast breakout to maintain speed.
• Backstroke: maintain head position and sighting to avoid over-rotation on turns; practice quick and shallow underwaters with a strong kick.
• Breaststroke: focus on timing of the pull-kick-glide and a quick, effective pullout at walls.
• Butterfly: keep rhythm even during longer sets; prioritize efficient undulations and consistent breathing pattern.

Turn and underwater drills

• Frequent wall work in a 25y pool offers an advantage. Include 4–6 dedicated starts/turns per session focusing on:
  • Streamline hold and tight core
  • Underwater dolphin kicks (as allowed by age rules)
  • Breakout timing: accelerate into first 2–3 strokes after surface to regain speed

Dryland, mobility, and strength for the last week

Dryland in the week before a meet should maintain neuromuscular readiness without fatiguing prime movers.

General dryland principles

• Keep sessions short (20–35 minutes) and focused on mobility, activation, and light power work.
• Avoid heavy lifts or maximal strength training that causes delayed-onset muscle soreness (DOMS).
• Prioritize core stability, hip mobility, shoulder health, and explosive movements relevant to starts and turns.

Sample dryland session (20–30 minutes)

• Dynamic warm-up (5 minutes): leg swings, arm circles, inchworms
• Activation circuit (10 minutes): 3 rounds of:
  • 10 band pull-aparts
  • 8 bodyweight squats with pause at bottom
  • 6 single-leg Romanian deadlifts (light)
  • 10 hollow rocks
• Explosive work (6 minutes): 3 x 5 box jumps (low height), focus on soft landing and fast ground contact
• Mobility cool-down (5–7 minutes): thoracic rotations, pigeon stretch, sleeper stretch for shoulders

When to skip dryland

• If a swimmer reports unusual fatigue, minor illness, or soreness, replace dryland with mobility and light stretching. Sleep and hydration take precedence.

Sleep and recovery strategies

• Aim for 9–10 hours of sleep for many adolescent athletes. Sleep consolidates skill learning and supports hormonal recovery.
• Naps (20–45 minutes) can be effective between sessions or on heavy travel days.
• Encourage routine bedtimes and pre-sleep routines: limit screens 45–60 minutes before sleep, keep room dark and cool.

Nutrition and hydration in the race week

Nutrition should support training loads while optimizing glycogen stores and body composition appropriate for development.

Daily fueling

• Balance macronutrients: carbohydrate to replenish glycogen, protein to support repair and growth, and healthy fats for hormonal function.
• Provide an easy-to-follow plate model for swimmers:
  • Half the plate vegetables or salad
  • One-quarter lean protein (chicken, fish, eggs, beans)
  • One-quarter whole grains or starchy vegetables (rice, pasta, potatoes)
  • Hydration with water and electrolyte-containing beverages as needed

Pre-practice and pre-race nutrition

• Pre-practice snack (60–90 minutes prior): simple carbohydrate + small protein (banana with peanut butter, yogurt and fruit, small bagel).
• Pre-race meal: higher in carbohydrates, moderate in protein, low in fiber and fat to reduce GI upset. Aim for a meal 3–4 hours prior and a small carbohydrate snack 30–60 minutes before racing if needed.

During meet fueling for multiple sessions

• Between sessions, prioritize quick-carbohydrate sources: fruit, rice cakes, sports drink, plain bagel.
• Include protein with at least one meal to support recovery.
• Avoid heavy, greasy foods that slow digestion and impair sleep.

Hydration specifics

• Encourage fluid intake across the day rather than large intake only pre-event.
• Monitor urine color; pale straw usually indicates adequate hydration.
• Include electrolytes for longer meets or hotter venues. A sports drink providing sodium and carbohydrates aids in rehydration and energy replenishment.

Supplements and caution

• Basic supplements like whey protein or creatine are sometimes considered but should follow parental and medical guidance for minors. Food-first approach preferred.
• Avoid stimulants and unregulated supplements that may contain banned substances.

Monitoring and adjusting: individualization for advanced 13–14 swimmers

Each adolescent develops at a different rate; training should meet the swimmer where they are physically and mentally.

Signs to reduce intensity or volume

• Persistent elevated resting heart rate for 2–3 days
• Poor sleep and appetite changes
• Elevated mood changes or difficulty engaging at practice
• Persistent muscle soreness limiting technique execution

Scaling options

• Reduce yardage by 15–25% for the least recovered athletes.
• Convert some 100s into 75s or 50s to keep the stimulus but reduce time under tension.
• Offer stroke-specific modifications: breaststroke specialists may skip some freestyle tempo work in favor of targeted stroke endurance.

Tracking adaptation

• Use simple metrics: Lane-best splits, stroke count consistency, perceived exertion, and composure in the last quarter of sets.
• Encourage athletes to self-report fatigue and readiness. Pair subjective reports with simple objective checks: vertical jump, short sprint off blocks, or a timed 25 at moderate effort.

Working with multi-event swimmers

• Prioritize events by importance: reduce workload on days leading into high-priority races. Example: If a swimmer has a 100 free final, limit hard sprint sets two days prior and focus on activation and technical sharpness.

Sample seven-day microcycle leading to race day (one week out)

This microcycle provides a practical blueprint for an advanced 13–14 group competing in weekend meets. Adjustments depend on meet schedule and travel.

Day −7 (Sunday): High-quality aerobic with technical emphasis

• AM (optional light): 1,800 yards, technique and moderate threshold work
• PM main session: Complete the sample session above (2,600–3,000 total)

Day −6 (Monday): Recovery and technique

• Single session: 2,000 yards low-moderate with more drill/pull and skill integration; include starts/turns
• Dryland: light mobility and activation (20 min)

Day −5 (Tuesday): Speed endurance (shorter but sharp)

• Main set: 10 x 100 at race-pace plus threshold, with extended rest; include 25s at sprint at the end
• Total: ~2,500 yards
• Focus on race turn and pacing work

Day −4 (Wednesday): Active recovery

• Short swim: 1,800 yards, easy to moderate, lots of drills, kicking, feel work
• Dryland: mobility, core

Day −3 (Thursday): Race-pace activation

• Short session emphasizing starts, underwaters, and short race-pace reps
• 1,800–2,200 yards total
• Last hard efforts are short (15–25s) with full recovery

Day −2 (Friday): Travel/pre-meet light practice

• 1,200–1,500 yards easy; focus on looseners, focus points, mental rehearsals
• Light dryland if needed, but use time for rest and hydration

Day −1 (Saturday): Prelims warm-up and tapered activation (if competition begins Saturday; adjust if meet begins Sunday)

• Short warm-up tailored to race schedule; only brief race-pace reps
• Priority: rest, nutrition, sleep, race logistics

Race day(s): Use team warm-up protocols; pre-race routine should mimic training warm-up structure but shortened. Maintain in-pool activation and mental focus strategies.

Notes on double sessions and travel

• Travel days require careful planning: keep sessions short, prioritize hydration, and get athletes moving to avoid stiffness.
• If athletes fly, plan for light in-pool activation on arrival or next morning.

Common mistakes coaches make one week out and how to avoid them

Overtraining with high volume

• Problem: Attempting to squeeze intense work into the last week causes residual fatigue.
• Fix: Reduce volume by 30–40% compared with regular training week but keep short quality reps.

Neglecting technical work

• Problem: Coaches remove drills in a bid to save energy, but technique degrades under race pressure.
• Fix: Keep technical drill-swim sequences that are low load but high impact on stroke quality.

Too many all-out sprints

• Problem: Frequent maximal efforts tire nervous system and can blunt race-day explosiveness.
• Fix: Schedule a single short sprint block mid-week and use short race-pace activations closer to the meet.

Poor recovery planning for multi-session meets

• Problem: Coaches don’t plan recovery nutrition and rest between prelims and finals.
• Fix: Provide athletes with explicit fueling and cooling protocols, and rehearse transitions during practice weeks.

Neglecting psychological prep

• Problem: Physical readiness gets prioritized while pre-race routines, visualization, and arousal control are overlooked.
• Fix: Incorporate mental rehearsal, breathing techniques, and pre-race checklists into short dryland or pool meetings.

Evidence and rationale: the physiology behind capacity work a week out

The taper after intense training leverages supercompensation: reduced volume combined with maintained or slightly increased intensity leads to performance improvements. The aim during the week before competition is to reduce training load enough to eliminate fatigue while maintaining neuromuscular and metabolic preparedness.

Mechanisms at play

• Glycogen restoration: Reduced volume and adequate carbohydrate intake restore muscle glycogen stores critical for repeated maximal efforts during meets.
• Neural recovery: Short high-quality reps preserve motor recruitment; avoid extended maximal sets that require days to rebound.
• Hormonal balance: Less training volume reduces cortisol and allows anabolic processes to restore muscle and strength, especially important in adolescents with ongoing growth.

Practical implications

• Keep high-quality but short reps to maintain speed; eliminate long anaerobic sets requiring prolonged recovery.
• Monitor markers of fatigue such as sleep, appetite, and mood to time reductions in workload appropriately.
• Use tapering principles tailored to adolescent athletes; they often respond differently than adults because of growth and varying recovery capacity.

Using shared workout tools and customizing plans

Shared workout platforms enable coaches to distribute consistent, trackable sessions and allow athletes to reference sets between practice and meets.

Best practices with shared workouts

• Annotate workouts with clear objective, target effort, and scaling options. Coaches should provide examples of interval adjustments for different ability levels.
• Use video clips or short demos for technical cues attached to specific sets (e.g., the desired catch movement or streamline posture).
• Track adherence and perceived exertion post-practice to refine future sessions.
• Encourage athletes to log subjective readiness metrics—sleep, soreness, mood—to inform micro-adjustments.

How to customize from a template

• Adjust total yardage by swimmer readiness: ±15–25% based on objective and subjective measures.
• Modify rest: increase rest for less conditioned athletes to maintain quality, shorten rest slightly for more conditioned swimmers seeking a greater stimulus.
• Tailor stroke emphasis: shift set composition toward a swimmer’s events (more breaststroke-specific pullouts, fly rhythm sets, backstroke underwaters).

Sample coaching cues and feedback loops for the pool deck

Effective coaching in the final week centers on clarity and brevity. Athletes need actionable cues they can implement immediately.

Short cue examples

• Freestyle: “Lead with the elbow; long glide on the catch.”
• Backstroke: “Drive the kick from the hips; keep a straight line.”
• Breaststroke: “Quick snap, long glide — hold your head steady.”
• Butterfly: “One fluid body line — power from the core.”
• Turns: “Streamline, explode, two underwater kicks, long first stroke.”

Feedback loop model

• Observe one swimmer each rep for a short, precise correction.
• Use a single, consistent cue for that athlete for the remainder of the set.
• Reinforce positive improvement with immediate, specific praise (e.g., “Good — two strokes less to the wall on that rep”).

Small-group rotations

• Divide lanes into small groups with different focus points: one lane works starts, one works underwaters, one works stroke rate. Rotate every 8–10 minutes. This ensures individualized attention while preserving practice flow.

Travel, meets, and logistics: practical considerations

Logistics can derail well-executed taper plans. Coaching staff must prepare for travel, pool differences, and meet schedules.

Pool adaptations

• Short-course yards pools will have more turns; plan athletes’ breakouts and underwaters accordingly.
• If racing in a different facility, schedule an early practice or pool walk-through to familiarize athletes with blocks, flags, and lane width.

Travel checklist for athletes

• Pack a pre-meet kit: extra goggles, team suit, warm-up cap, towels, comfortable clothes, electrolyte drinks, and a small cooler with snacks.
• Plan sleep and light movement on travel days to prevent stiffness.
• Assign a team meeting time for final checklist and goal-setting.

Warm-up protocol at meets

• Establish a standardized team warm-up: 10–15 minutes easy swim, 10 minutes of stroke-specific drills/activations, 5–10 minutes of race-pace reps with full recovery, and a brief block of starts if allowed.

Communication with parents

• Provide parents with clear recovery and fueling recommendations. Emphasize the importance of rest and a calm pre-race environment.

Mental preparation: routines, arousal control, and focus

Mental skills can be decisive at 13–14, where nerves often influence performance sharply.

Pre-race routines

• Establish a consistent pre-race routine that includes warm-up, breathing exercises, and visualization. Rehearse this routine in practice to build familiarity.
• Encourage a short checklist: goggles check, warm-up completed, breathing reset, focus cue (e.g., “smooth turnover” or “punch the wall”).

Arousal control techniques

• Deep nasal breathing (4-second in, 6-second out) for calming nerves.
• Short, high-energy music snippets for activation before sprints and starts.
• Progressive muscle relaxation or brief mobility sequences to release tension.

Goal setting

• Use process goals (focus on a technical or tactical point) more than outcome goals (placing or times) for manageable focus.
• Post-race reflection should be specific: what technical execution improved? What will the athlete work on next time?

Case examples: adapting the plan for real situations

A few practical scenarios highlight how the plan can be modified.

Case 1: Top sprinter with finals on day two

• Reduce yardage early in the week and increase very short race-pace activations two days out. Preserve start and turn practice. Keep dryland limited to activation.

Case 2: Distance freestyler with multiple events across sessions

• Maintain slightly higher aerobic reps earlier in the week but replace long intervals with a mix of moderate 200s and 100s on controlled rest. Emphasize nutrition and between-session recovery strategies.

Case 3: Athlete with shoulder niggle

• Remove paddles and heavy pulling; substitute with technical drill work and kick sets to maintain conditioning while allowing the shoulder to rest. Consult medical staff when necessary.

When to consult medical or performance specialists

Not all soreness is insignificant. Coaches should act on signs that suggest a deeper issue.

Red flags

• Acute sharp pain with movement or during practice
• Sudden drop in performance with systemic symptoms (fever, dizziness)
• Persistent localized pain not improving with rest and modification

Action steps

• Stop aggravating activities and refer to sports medicine professional for assessment.
• Keep parents informed, and document athlete symptoms and training modifications.
• If cleared, progress back to water with graduated loads and frequent check-ins.

Final practical checklist for the week

• Reduce overall training volume by 30% relative to peak volume but maintain short, quality reps.
• Preserve technical drills and integrate them into race-paced work.
• Prioritize sleep, hydration, and carbohydrate-rich meals.
• Keep dryland short, mobility-focused, and avoid heavy lifting.
• Rehearse pre-race routines and warm-up structure in practice.
• Use shared workout tools with clear intervals, scaling options, and coaching cues.
• Monitor athlete readiness with subjective and simple objective measures and adjust accordingly.

FAQ

Q: How hard should 100s be one week out from a meet? A: Aim for threshold-to-subthreshold intensity — steady and strong but controlled. Avoid repeated maximal 100s that require extended recovery.

Q: Should I do starts and turns the day before my race? A: Short activation on starts and turns is beneficial, but keep volumes low. Perform a few clean starts and underwaters with full recovery; avoid repetitive maximal practice that fatigues the core and shoulders.

Q: How much should total yardage drop in the final week? A: Drop total weekly yardage approximately 20–40% depending on the athlete’s baseline training load and recovery. The goal is to reduce accumulated fatigue while maintaining neuromuscular readiness.

Q: Are paddles appropriate in the week before a meet? A: Use paddles cautiously. If paddles habitually cause shoulder soreness or heavy fatigue, omit them. If used, restrict to short, technique-focused reps with low volume.

Q: How do I fuel between multiple sessions at a meet? A: Prioritize quick-absorbing carbohydrates (fruit, bagels, rice cakes), modest protein for recovery, and fluids with electrolytes as needed. Avoid heavy, fibrous, or greasy meals that slow digestion.

Q: What if my swimmer reports feeling tired during the week before the meet? A: Reduce workload, replace hard sets with technique and mobility work, emphasize sleep and nutrition, and consider skipping dryland. Monitor for persistent symptoms and consult medical staff if warranted.

Q: How can parents support swimmers the week of a meet? A: Encourage consistent sleep routines, balanced meals, calm pre-meet environments, and adherence to coach-provided hydration and fueling plans. Help manage logistics to minimize stress.

Q: How should training differ for swimmers competing in multiple strokes? A: Prioritize the swimmer’s key events but retain cross-stroke work to prevent imbalance. Allocate session time for starts/turns relevant to each stroke and keep sprint activation comprehensive.

Q: Is it okay to travel the day before a meet? A: Travel is often unavoidable. If traveling, plan for light mobility work and ensure athletes get rest. Schedule arrival early enough to allow a light activation swim before competition when possible.

Q: What mental strategies help young swimmers handle pre-race nerves? A: Teach consistent routines, breathing techniques, visualization of execution rather than outcome, and manageable process goals. Practice these strategies during low-stress sessions to build familiarity.

This plan integrates practical coaching practice with physiological principles to support performance one week before a meet. It preserves the capacity that underpins repeated race performance while reducing fatigue and sharpening the technical and neural elements essential for fast swims. Apply the templates and adjustments here to your group’s context, prioritize athlete readiness, and keep communication clear among coaches, swimmers, and parents.