Two-Week Speed & Power Peak: A Practical Pre-Meet Plan for Advanced 15–18-Year-Old Swimmers (50m Pool)

Table of Contents

1. Key Highlights
2. Introduction
3. Why two weeks matters: physiology and objectives for a short peaking block
4. Training priorities for advanced 15–18-year-olds
5. Designing the two-week microcycle for a 50m course
6. Sample two-week plan: day-by-day templates and example sessions
7. Sprint set design: rest, rep structure, and coaching cues
8. Dryland in the last two weeks: preserve, don’t rebuild
9. Recovery, nutrition, and sleep: translating training into performance
10. Meet week tactics: warm-ups, prelims, finals, and mental preparation
11. Monitoring and adjusting the plan: practical rules for coaches
12. Case examples and real-world adjustments
13. Practical checklist for coaches and athletes in the final 14 days
14. FAQ

Key Highlights

• A focused two-week microcycle emphasizes reduced volume, preserved or increased intensity, technical specificity for starts/turns, and targeted dryland power work to sharpen race-day performance for advanced 15–18-year-old swimmers in a 50m pool.
• The plan balances neuromuscular readiness with recovery—high-quality sprint work, short maximal efforts, and neuromuscular activation replace long aerobic sets; nutrition, sleep, and monitoring guide day-to-day adjustments.

Introduction

Two weeks separates your team from meet day. For advanced swimmers aged 15–18, this window calls for precise decisions: trim unnecessary fatigue without dulling speed, refine technical actions that win races, and preserve the power built during earlier phases. The workout shared through Commit Swimming and distributed on SwimSwam frames the objective clearly—speed and power in a 50m environment. That objective requires a different emphasis than base-building or long taper cycles. The final fortnight demands controlled intensity, specificity to race conditions, and deliberate recovery strategies so athletes arrive sharp, confident, and race-ready.

This article translates that brief into a complete, coachable approach. It explains the physiology behind a short peaking block, outlines the priorities for late-phase preparation for 15–18-year-olds, and supplies day-by-day sample workouts, dryland protocols, nutritional guidance, and troubleshooting advice. Coaches and athletes will find practical templates for sprint events and race-distance work (50–200m), plus a framework for adjusting load when athletes show persistent fatigue or signs of overreaching.

Why two weeks matters: physiology and objectives for a short peaking block

The final two weeks before competition are not for mass accumulation; they are for potentiation. Neuromuscular systems adapt rapidly to high-intensity stimuli, and residual fatigue is the primary obstacle to converting that readiness into fast racing. Two clear physiological goals guide the microcycle:

• Remove residual fatigue built during heavy training while maintaining the neuromuscular adaptations responsible for speed and power.
• Reinforce event-specific technical elements—starts, breakout, stroke rate and distance per stroke at race pace, and turn execution—so motor patterns translate under competitive stress.

Volume reduction triggers supercompensation when intensity and neural input are preserved. Typical competitive tapers reduce weekly training volume by approximately 30–60% compared with peak-load weeks, depending on the athlete and the coach’s philosophy. When the taper is short (two weeks), the emphasis shifts toward maintaining high-quality, race-specific intensity rather than a long progressive volume reduction. For sprint and power-focused athletes, brief maximal efforts, long rest intervals, and neuromuscular activation through explosive dryland lifts and plyometrics deliver the greatest return.

In a 50m pool, starts and race-pace swims cover longer uninterrupted distances than short-course pools, which increases the value of strong acceleration and efficient underwater phases. That specificity must shape sprint sets, breakout practice, and the distribution of intensity across the two weeks.

Training priorities for advanced 15–18-year-olds

Adolescents at an advanced competitive level present unique strengths and vulnerabilities. Training choices should reflect both.

1. Preserve speed and power
   • Prioritize high-quality sprint reps (10–30 seconds) and race-pace repetitions for event distances. Rest long enough (1:8–1:12 effort:rest for maximal sprints) to ensure near-complete phosphocreatine recovery and consistently fast reps.
2. Maintain technique under fatigue
   • Use short, high-quality sets that allow swimmers to practice stroke mechanics at near-race effort. Avoid long grind sets that risk technical deterioration and unnecessary fatigue.
3. Manage strength training loads carefully
   • Strength work remains critical, but approach lifts as maintenance and power stimuli rather than heavy hypertrophy sessions. Low-volume, high-velocity sets with moderate load preserve strength without inducing long-lasting muscle soreness.
4. Monitor recovery and growth-related factors
   • Track sleep, mood, appetite, and muscle soreness. Growth spurts can temporarily disrupt coordination; modify technical drills and strength loads accordingly.
5. Emphasize starts, underwaters, and transitions
   • In 50m pools, the underwater phase and breakout have outsized effects on sprint outcomes. Allocate regular short sessions to starts and 15–25m sprint accelerations from the block.
6. Individualize taper magnitude
   • Some swimmers require a sharper volume cut; others perform better with smaller reductions. Use recent training response and race history to guide individual adjustments.

Designing the two-week microcycle for a 50m course

A two-week microcycle for speed and power should follow clear structural principles. These apply whether your squad trains morning/evening double sessions or single daily workouts.

Core principles

• Reduce total distance but preserve or increase intensity.
• Increase rest between high-intensity efforts to maintain quality.
• Focus on race-specific distances and velocities, including starts, underwaters, and breakout speed.
• Keep technical and neuromuscular work frequent but brief.
• Schedule one or two very light recovery days to clear fatigue and sharpen responsiveness.
• Keep dryland sessions short, explosive, and low-volume; emphasize power and mobility.

Practical weekly structure (example)

• Week -2 (14–8 days out): Two higher-intensity sessions per day for most days, with progressive reduction in volume compared with peak weeks but multiple race-specific quality sets. Introduce heavier explosive strength lifts early in this week, then taper load.
• Week -1 (7–1 days out): Volume drops further. Intensity remains but frequency of maximal efforts decreases; the final three days trend toward short pre-race activations and technical rehearsals. The day before the meet is mainly activation, mobility, and mental preparation.

Daily session types

• High-Quality Sprint Session: Short warm-up, multiple short maximal reps (10–50m) at race or supramaximal speeds with generous rest, and a technical cooldown.
• Race-Pace Repeat Session: Warm-up, 100–200m race-pace repeats with controlled rest to simulate middle-distance effort and pacing.
• Technical/Start Session: Block starts, underwater kicks, 25–75m breakouts with focus on acceleration and stroke timing.
• Recovery/Activation Swim: Short aerobic warm-up, long-kick or technique drills at low intensity, short finishers to keep feel for speed.
• Dryland: Short explosive sessions (20–40 minutes) focusing on Olympic lift derivatives, medicine-ball throws, plyometrics, and core; no new heavy loading.

Rest and travel days

• If travel or overnight competition occurs, schedule a very light swim or active mobility session the morning after travel to remove stiffness and maintain readiness.

Sample two-week plan: day-by-day templates and example sessions

Below are actionable sample sessions for a two-week pre-meet block tailored to advanced 15–18-year-old swimmers in a 50m pool. Adapt distances and intensity to individual events (sprinters vs. 200 specialists).

Key legend

• w-up = warm-up
• md = main set
• cd = cool-down
• R = rest
• RP = race pace
• Effort percentages are relative to race effort (e.g., 100% = maximal race pace).

Week -2 (14–8 days out) Day 14 — Activation + Strength

• AM Swim (Activation)
  • w-up: 400 easy (swim/kick/pull mix), 6 x 25 drill build on 10s rest
  • md: 6 x 50 @ 85–90% (focus: breakout and stroke rhythm) @ 1:15–1:30
  • accels: 4 x 15m from push @ full rest (90–120s)
  • cd: 200 easy
  • Total: ~1,200–1,500m
• Dryland (post-AM)
  • Warm-up mobility 8–10 min
  • Power: 3 x 3 hang cleans @ 70–80% 1RM, full rest; 3 x 5 med-ball chest throws (explosive)
  • Plyo: 3 x 6 box jumps (low height — focus on soft landings)
  • Core: 3 x 30s hollow holds
  • Duration: 25–35 minutes

Day 13 — High-Quality Sprint Emphasis

• PM Swim (Main)
  • w-up: 600 (200 swim, 200 pull, 200 kick)
  • md: 12 x 25 FAST from pace clocks (max effort) @ 1:30 (2–3 min rest) — focus on starts/underwaters for sprinters
  • md2: 8 x 50 @ 95–100% race effort with full rest (4 min) — work on breakout to stroke
  • cd: 300 easy
  • Total: ~1,800–2,000m

Day 12 — Race-Pace Repeat (Middle Distance Specialists)

• AM Swim
  • w-up: 800 mixed
  • md: 6 x 100 RP with 2–3 minutes rest (target race splits)
  • md2: 4 x 50 descend 1–4 @ RP with 3 min rest
  • cd: 300 easy
  • Total: ~2,000m
• Dryland: Mobility and activation; light plyometrics; avoid heavy lifting.

Day 11 — Technical + Relay Practice

• PM Swim
  • w-up: 400
  • starts block: 10–12 starts focusing on exit velocity and 15–25m underwater efficiency (full rest between reps)
  • relay exchanges practice: 8–12 simulated exchanges
  • short sprint set: 10 x 25 @ 90–100% on long rest
  • cd: 300
  • Total: ~1,500m

Day 10 — Recovery Day (Low Volume)

• Single morning session: 1,000–1,400m easy with technical drills, no maximal efforts
• Optional light dryland: mobility and soft tissue work

Day 9 — Power Session + Short Anaerobic Work

• AM Swim
  • w-up: 600
  • md: 8 x 75 broken as 25 FAST / 25 easy / 25 RP @ 3:00 — trains speed endurance without massive load
  • md2: 6 x 15 m from dive @ full rest (focus on reaction and horizontal entry)
  • cd: 300
  • Total: ~1,800m
• Dryland: 2–3 sets of low-volume Olympic derivatives, medicine ball slams, and resisted sprints on dryland (short).

Day 8 — Threshold Reduction + Race Simulation

• PM Swim
  • w-up: 800
  • md: 3 x 200 RP (for 200 specialists) or 4 x 100 RP for 100 specialists with race rest
  • speed polish: 6 x 50 from 15m push @ 90–100% with long rest
  • cd: 300
  • Total: ~2,000m

Week -1 (7–1 days out) Day 7 — Begin Tapering Volume Down; Maintain Intensity

• AM Swim
  • w-up: 400
  • md: 10 x 25 FAST on 2–3 minutes rest (quality over quantity)
  • md2: 6 x 50 @ RP with full rest
  • cd: 300
  • Total: ~1,500m
• Dryland: Brief power session (20 min) — low reps, explosive emphasis

Day 6 — Technical Touches + Starts

• PM Swim
  • w-up: 400
  • md: 8 starts + 8 x 25 from momentum (race-exit emphasis)
  • md2: 4 x 50 smooth @ 85% focusing stroke length
  • cd: 200
  • Total: ~1,200m

Day 5 — Short Race Sims

• Single session morning
  • w-up: 600
  • md: 4 x (50 @ RP + 4 min) — full effort for sprinters; 3 x 100 RP for 100–200 swimmers
  • polish: 6 x 15 max efforts from dive
  • cd: 300
  • Total: ~1,600m

Day 4 — Light Activation

• Swim: 1,000m easy with technical emphasis
• Dryland: 15–20 min mobility and activation, no heavy loads

Day 3 — Final Hard Polishing Session

• w-up: 600
• md: 6 x 25 max from dive on long rest (90–120s)
• md2: 4 x 50 @ RP with 3–4 min rest
• cd: 300
• Total: ~1,200–1,500m

Day 2 — Pre-Meet Sharpen

• Light pool activation: 600–800m with 4–6 short accelerations (15–25m)
• Mental rehearsal, block starts, and race plan reviews

Day 1 — Meet Warm-Up and Mental Readiness

• 400–600 easy with a few short stir-ups (15–25m) — nothing that induces soreness
• Focus on nutrition, hydration, sleep, and visualization

Notes on volume and intensity

• Weekly total distances should be markedly lower than your heavy-training peak weeks. For many squads, this results in weekly distances around 30–60% less, with the higher percentage reductions for longer event specialists.
• Preserve intensity: the number of maximal sprints should be enough to keep neuromuscular firing precise but not so many that athletes leave sessions sore and slow the next day.

Sprint set design: rest, rep structure, and coaching cues

High-quality sprint work is the centerpiece of the two-week plan. Designing sprint sets hinges on rest, rep structure, and technical requirements.

Rest between maximal sprints

• For all-out 10–30s sprints, offer long rest—often 1:8 to 1:12 effort-to-rest ratios. This may mean 2–4 minutes or more between reps. The purpose is to restore near-complete phosphocreatine stores and avoid metabolite accumulation that impairs speed.

Rep structure

• Block starts + 15–25m sprint: 6–12 reps with long rest. Emphasize horizontal position, quick reaction, and efficient breakout.
• Fly-and-finish sets: 4–8 x 50 with progressive speed increases across lanes, using 4–6 minutes rest to replicate race effort without glossing form.
• Supramaximal assisted sprints (e.g., short rope towing or slight downhill starts) are acceptable for technical focus but limit frequency to avoid overstressing connective tissue.

Coaching cues

• "Fast hips to the surface": encourage low drag exits during breakout.
• "Strong extension": full reach at the catch without crossing the midline.
• "Finish under the thumb": strong acceleration into the hand entry on the last stroke of a sprint.
• For starts: "First motion, then feet"—a quick forward lean and arm drive before explosive leg extension.

Use video and lane-by-lane feedback to correct small technical inefficiencies—an under-rotated hip on entry or excessive verticality in breakout will slow a sprint more than marginal increases in propulsive force.

Dryland in the last two weeks: preserve, don’t rebuild

The role of dryland during a short peaking block is to maintain neural power, preserve strength, and enhance rate of force development (RFD) without creating delayed-onset muscle soreness (DOMS). Keep sessions short, high-skill, and low-volume.

Weekly dryland template

• Week -2: Two sessions — one heavier but low-volume power session (e.g., Olympic derivatives), and one mobility/activation session.
• Week -1: One session — mainly activation and plyometrics, low load.

Example power session (Week -2, early)

• Warm-up: 8–10 min dynamic mobility and sprint-specific drills
• Hang clean: 3 x 3 @ 70–80% 1RM, full rest
• Bulgarian split jump (bodyweight + small load): 3 x 6 each leg, explosive
• Medicine ball rotational throws: 3 x 6 each side (max intent)
• Reactive jump series: 3 x 6 low-depth jumps
• Core circuit: Pallof press 3 x 8 each side, side planks 3 x 30s
• Total duration: 25–35 min

Activation session (Week -1)

• Warm-up: mobility 5–8 min
• Medicine ball overhead toss + sprint start drill 3 x 4
• Short resisted sprint or sled pull (very light, 10–15m) x 3
• Soft tissue work and foam rolling 10 min
• Total duration: 15–20 min

Strength coaching notes

• Avoid high-rep hypertrophy sets that produce soreness.
• Keep lifting volume at maintenance levels. Use RPE 6–8 for explosive lifts.
• For adolescents, emphasize technique and controlled progression. Supervision by a qualified strength coach is essential.

Recovery, nutrition, and sleep: translating training into performance

A two-week pre-meet block magnifies the importance of recovery habits. Good nutrition and sleep amplify the limited training stimulus and expedite fatigue clearance.

Sleep

• Aim for 8–10 hours per night where possible for teenagers. Prioritize consistent sleep timing.
• Naps (20–40 minutes) after training can help clear CNS fatigue and improve later-session performance.

Hydration and carbohydrate management

• Maintain daily carbohydrate intake sufficient to support high-intensity work; target 5–7 g/kg body weight per day in the two-week lead-up for sprinters and middle-distance swimmers, adjusted by training load.
• On heavy-intensity days, increase simple carbohydrate availability around sessions (30–60 g carbs in the hour prior, easily digestible options).
• Hydrate throughout the day; use urine color and body weight changes to monitor fluid balance.

Pre-race and race-day fueling

• For events shorter than 2 minutes, focus on glycogen availability and easily digestible pre-race meals 2–4 hours prior. A typical pre-race meal: white rice or pasta, lean protein, small portion of vegetables; avoid high-fiber or fatty foods that slow digestion.
• Between events, use quick carbohydrate sources—sports drinks, bananas, rice cakes—and protein to support recovery between rounds if multiple races occur.

Supplements and ergogenic supports

• Creatine is among the most studied and effective ergogenic aids for short, high-power efforts. For 15–18-year-olds, programs often allow creatine under team medical guidance; parents and medical staff should consent. Typical loading and maintenance protocols are established, but consult nutrition staff before use.
• Caffeine can offer acute performance benefits. For adolescents, keep doses moderate (e.g., 2–3 mg/kg) and trial it well before competition day to confirm tolerance.
• Beta-alanine and nitrates have niche benefits but are less impactful for short sprint events; consult a sports dietitian.

Soft-tissue, massage, and cold therapies

• Short, targeted massage and soft tissue work can alleviate stiffness and maintain range of motion; avoid deep tissue work 48 hours before racing if it provokes soreness.
• Contrast baths, cold water immersion, and compression can aid recovery after heavy sessions or travel. Use athlete preference and response to determine which modalities help.

Travel and jet lag management for European meets

• For domestic travel within Europe, aim to arrive 24–48 hours before competition if possible. For cross-time-zone travel, prioritize arrival timelines that allow at least one full sleep cycle adaptation per time zone crossed.
• Light exposure: encourage daytime light for adaptation to destination time zone, and use short naps strategically.
• Keep pre-travel training light the day before departure to avoid residual fatigue on arrival.

Meet week tactics: warm-ups, prelims, finals, and mental preparation

Success at the meet requires athletic sharpness and tactical discipline. The final days should be about execution, not additional training stress.

Warm-up structure for competition pool (50m)

• Dynamic mobility and dryland activation (6–10 minutes)
• Pool warm-up: 400–800 mixed swim (include drills, build sets)
• Race-specific prep: 4–6 block starts, 2–4 x 15–25m kicks or sprints at race effort with full rest
• Final activation: 2–4 short accelerations (10–15m)
• Total time: 20–35 minutes depending on event and timing

Prelim routines

• Keep prelim warm-ups similar to practice; limit maximal efforts to necessary block starts and short activations.
• Save emotional and physiological resources for rounds that matter. For multi-round events, swimmers should be coached on tactical prelim strategies—control effort to qualify comfortably without overspending.

Finals routines

• Maintain consistent routines between prelims and finals: similar warm-up, similar nutrition timing, and hydration. Mental cues and visualization should be concise and replicable under pressure.

Mental skills and visualization

• Encourage race visualization focusing on process cues: a quality start, breakout rhythm, stroke counts on turns, and planned breathing patterns.
• Use short, specific performance cues (one or two words) rather than long scripts that can overload an athlete’s focus.

Relay considerations

• Practice reaction timing in sessions earlier in Week -2 to allow adaptation. Keep relay exchanges light in the final days to avoid unnecessary risk.
• Coaches should assign relay order based on current touch times and the swimmer’s ability to execute under pressure; flexibility is critical in case an athlete shows signs of fatigue.

Monitoring and adjusting the plan: practical rules for coaches

Not every athlete responds identically. A dynamic approach keeps the plan responsive.

Simple monitoring tools

• Daily wellness questionnaire: sleep quality, muscle soreness (1–10), mood, appetite, and perceived recovery.
• RPE tracking for sessions.
• Morning body weight and resting heart rate trends as basic physiological markers.

When to reduce load

• Persistent elevated soreness and declining session quality across 48–72 hours: reduce intensity and volume the next session.
• Poor sleep combined with reduced appetite and low mood: favor recovery and reduce dryland stress.
• Rising resting HR (>6–10 bpm above baseline) sustained over two mornings: decrease training load and increase recovery.

How to individualize within a team

• For swimmers who recover faster: preserve some additional intensity but keep volume constrained.
• For those needing extra rest: reduce maximal sprints by 30–50% or convert some sprints to technical accelerations.
• Use lane assignments to separate athletes needing high-intensity work from those in maintenance or recovery.

When the plan must change close to the meet

• If an athlete arrives to the meet visibly fatigued or ill, switch to an activation-only strategy pre-race and avoid any heavy dryland or extended maximal repetitions.
• If a swimmer posts unexpectedly poor times in early rounds, keep subsequent sessions focused on activation and technical correction rather than adding volume.

Case examples and real-world adjustments

Example 1 — 50m freestyler with heavy leg fatigue A 17-year-old sprinter presents with heavy legs three days before competition. The coach reduces sprint reps by 50%, replaces some pool sprints with block start-only reps and med-ball throws, and schedules ice baths post-session. The swimmer reports improved feelings the next day and completes a light activation session before racing.

Example 2 — 200m specialist needing neural sharpness An athlete specializing in 200m freestyle tolerates volume reduction poorly and needs some threshold stimuli to feel race-ready. The coach provides a 3 x 200 RP set with moderate rest seven days out, then reduces to 4 x 50 RP three days out to maintain pacing rhythm without inducing fatigue. Performance in the meet remains consistent with training times.

Example 3 — Relay anchor needing exchange practice A relay anchor shows reactive hesitancy in block exchanges. The team schedules multiple exchange simulations during Week -2 with long rest, then a single light exchange session in Week -1. Mental rehearsal of exchange cues accompanies the practice. This combination reduces anxiety and improves exchange times on race day.

Practical checklist for coaches and athletes in the final 14 days

• Reduce weekly distance compared to peak-load weeks; focus on intensity and neuromuscular quality.
• Prioritize starts, underwaters, and breakout speed in all sprint sessions.
• Keep dryland short, explosive, and low-volume; avoid heavy eccentric loading.
• Monitor sleep, hydration, and carbohydrate intake; schedule pre-race meals consistently.
• Use wellness questionnaires and simple physiological markers to individualize load.
• Practice competition warm-ups and routines; standardize signals and cues.
• Avoid introducing new equipment, techniques, or supplements close to the meet.

FAQ

Q: How much should total training volume be reduced in a two-week pre-meet block? A: There’s no single number, but most effective short tapers reduce weekly volume by roughly 30–60% relative to peak training. The exact reduction depends on event, athlete history, and recent training load. Ensure that intensity stays high even as volume drops.

Q: Can 15–18-year-olds safely perform Olympic lifts during the final two weeks? A: They can if technique is established and lifts are supervised by a qualified strength coach. During the taper phase, use Olympic derivatives (hang cleans, power cleans) at moderate intensity (around 70–80% 1RM) and low volume to stimulate power without causing soreness. If supervision isn’t available, replace heavy lifts with medicine-ball throws and plyometrics.

Q: How many maximal sprints should be done per session during the two-week block? A: Quality matters more than quantity. Aim for enough reps to provide neuromuscular stimulus—typically 6–12 maximal 10–25m efforts or 4–8 maximal 50m efforts per session, with generous rest. Spread maximal efforts across multiple sessions rather than accumulating them in a single practice.

Q: Should athletes take creatine before a meet? A: Creatine has evidence for improving short, high-power efforts and may be appropriate for sprinters. For athletes under 18, teams should consult medical staff and guardians before starting supplementation. Avoid initiating any new supplement in the final 72 hours before competition; trial well in advance.

Q: How should warm-ups differ for a 50m pool versus a 25m pool? A: In a 50m pool, warm-up sets should place greater emphasis on breakouts and maintaining speed over longer uninterrupted distances. Include several 25m–50m accelerations, multiple 15–25m kicks or underwater reps, and block starts to simulate the extended first 15–25m that are critical in long-course racing.

Q: What signs indicate an athlete is not responding well to the taper? A: Worsening sleep, low mood, persistent soreness, declining session times, and increased resting heart rate are red flags. If these persist for more than 48–72 hours, reduce intensity and volume and prioritize recovery modalities.

Q: How should pre-race nutrition be handled for multiple events in the same day? A: Use quick-digesting carbohydrates between races (sports drinks, gels, bananas) and a small source of protein for recovery. Space solid meals 2–4 hours before key races. Hydration should be continuous, and caffeine use should be consistent with prior trials to avoid surprises.

Q: Is two weeks enough to peak for important meets? A: A two-week microcycle is appropriate for peaking when the athlete has already built a solid base and strength earlier in the season. This period is designed to remove residual fatigue and sharpen neuromuscular readiness rather than build new adaptations.

Q: How should coaches handle athletes who are still growing or recently injured? A: Reduce load, emphasize technical drills, and avoid heavy eccentric loading. Prioritize mobility, corrective strength, and low-impact plyometrics. Communication with medical staff and parents is essential for managing risk in growing athletes.

Q: How to maintain confidence and mental readiness in the final two weeks? A: Keep race routines consistent, use brief visualization practices, focus on controllable elements (starts, turns, pacing), and maintain positive, specific feedback. Avoid changing technique drastically; instead, reinforce established, successful habits.

This two-week blueprint takes the Sprint & Power objective from the Commit Swimming workout context and turns it into a practical, evidence-informed roadmap for coaches and advanced 15–18-year-old swimmers preparing for competition in a 50m pool. It pairs specific session templates with dryland guidance, recovery strategies, and monitoring tools so athletes arrive at the blocks rested, sharp, and prepared to perform.