The Road to Race Day
Your training generally progresses through four phases. The exact timing depends on your race distance, experience, fitness and individual plan.
Common Training Workouts
“Typically used” does not mean “only used.” Workouts can cross phases. Your coach uses them according to the purpose of your plan.
| Workout | Typically Used | Purpose | How to Execute | Adaptation |
|---|---|---|---|---|
| Easy Run | All phases | Build fitness with low stress | Comfortable, conversational effort | Aerobic efficiency; capillary and mitochondrial development |
| Long Run | Early Build, Build, Peak | Build endurance and durability | Mostly easy, controlled effort; gradually increase duration | Aerobic endurance; fat utilization; fatigue resistance |
| Recovery Run | All phases | Recover while staying active | Very easy and relaxed | Aerobic maintenance |
| Strides | All phases | Maintain speed and good mechanics | 15–30 sec. relaxed accelerations with full recovery | Neuromuscular coordination; running economy |
| Hill Repeats | Early Build, Build, Peak | Build strength and power | Strong, controlled uphill efforts; easy recovery | Muscular strength; power; aerobic capacity; running economy |
| Tempo / Threshold | Build, Peak | Sustain stronger efforts longer | Comfortably hard and controlled — never racing | Lactate threshold; aerobic endurance |
| Progression Run | Build, Peak | Run stronger as fatigue develops | Start easy; gradually increase effort | Aerobic endurance; fatigue resistance; pace control |
| Intervals | Build, Peak | Develop speed and aerobic capacity | Faster repeats separated by recovery | VO₂ max; running economy; speed |
| Race-Pace Work | Build, Peak, Taper | Develop feel for race effort | Controlled segments at planned race effort | Running economy; pacing; race-specific endurance |
Understanding Your Training Phases
EARLY BUILD — Build the Foundation
Consistency comes first. Develop aerobic fitness, durability and your training routine before adding greater demands. Easy running, gradually increasing long runs, strides and strength-focused hills can play an important role.
BUILD — Add Endurance & Quality
Training volume and long-run duration increase. Purposeful harder workouts are added or expanded to develop the systems you'll need on race day. Long runs, tempo work, progression runs, hills and intervals may all have a place here.
PEAK — Put the Work Together
These are some of your biggest and most important training weeks. Long runs and quality workouts become increasingly important, but more is not always better. The goal is maximum useful training — not maximum exhaustion.
TAPER — Shed Fatigue, Not Fitness
The work is done. Training volume decreases while some shorter quality work remains to maintain fitness and keep your legs sharp. Taper isn't about gaining more fitness. It's about allowing the fitness you've built to show up on race day.
Glossary: What Do Those Adaptations Mean?
Aerobic Capacity: How much oxygen your body can take in, transport and use during exercise. Improving it helps you sustain harder efforts.
Aerobic Efficiency: Your ability to run at a given effort while using less energy and oxygen. Simply put: the same pace begins to feel easier.
Aerobic Endurance: Your ability to keep producing energy aerobically for a long time — a foundation of half- and full-marathon performance.
Aerobic Maintenance: Training that helps preserve the aerobic fitness you've developed without adding significant stress.
Capillary Development: Development of tiny blood vessels around working muscles, improving delivery of oxygen and nutrients.
Fat Utilization: Your body's ability to use fat for energy during longer, lower-intensity exercise, helping conserve carbohydrate stores.
Fatigue Resistance: Your ability to maintain effort, pace and good running form as a workout or race gets longer.
Lactate Threshold: The effort at which lactate begins accumulating faster than your body can manage it. Improving your threshold helps you run faster for longer before fatigue rises sharply.
Mitochondrial Development: Mitochondria are the energy-producing structures inside your cells. Endurance training increases their number and effectiveness, improving aerobic energy production.
Muscular Strength: Your muscles' ability to produce force. Running-specific strength helps improve durability and maintain good form.
Neuromuscular Coordination: How effectively your brain, nerves and muscles work together, helping your running become smoother and more efficient.
Pace Control: Your ability to recognize and maintain an appropriate pace or effort without starting too fast or allowing unnecessary fluctuations.
Power: Your ability to produce force quickly. Hills and faster running can improve the force produced with each stride.
Race-Specific Endurance: Your ability to sustain the effort and movement required for your particular race distance.
Running Economy: How much energy and oxygen you use at a given running speed. Better economy means running the same pace at a lower energy cost.
Speed: Your ability to run faster. Faster training also helps recruit muscle fibers and improve mechanics.
VO₂ Max: The maximum amount of oxygen your body can use during intense exercise. It is one measure of aerobic fitness.
Remember
Run by effort, not somebody else's pace. This is especially important on hills, in heat and when fatigue is part of the workout.
Trust your plan. Don't add miles or intensity just because you feel good — and don't try to “make up” missed workouts.
Every workout has a purpose.
And don't forget the most important workout of all: REST. Rest is training too.