The Complete Deload Week Guide: Getting Stronger While Resting

“Train more, get better” is a deeply ingrained belief among many cyclists. But the core principle of exercise science tells us: You don’t get stronger during training—you get stronger during recovery. A Deload Week is a systematic method of putting this principle into practice—deliberately reducing training load to allow the body to complete supercompensation, thereby reaching a higher level in the next training cycle.

The Science of Supercompensation

General Adaptation Syndrome

The General Adaptation Syndrome (GAS) model proposed by Hans Selye is the theoretical foundation for understanding deload weeks:

1. Alarm Phase: Training stimuli create physical stress, causing a temporary decline in performance
2. Resistance Phase: The body adapts to the stress, beginning repair and rebuilding
3. Supercompensation Phase: The body repairs to a state beyond its original level
4. Detraining Phase: Without new stimuli, adaptations gradually fade

Key Insight: Supercompensation only occurs after adequate recovery. If you add more training stimuli during the Alarm Phase or early Resistance Phase (i.e., not scheduling a deload week), the body can never catch up with accumulated stress, ultimately leading to overtraining.

Why Isn’t “Getting Enough Rest Every Day” Sufficient?

The accumulation of training stress is not linear. Daily micro-recovery can only handle part of the training stress, and the “residual fatigue” that isn’t fully recovered accumulates week after week. The purpose of a deload week is to clear this residual fatigue and allow the body to “reset to zero.”

To illustrate with numbers:

Week 1: Training stress 100 → Daily recovery 80 → Residual fatigue 20
Week 2: Training stress 100 + Residual 20 = 120 → Recovery 80 → Residual 40
Week 3: Training stress 100 + Residual 40 = 140 → Recovery 80 → Residual 60
Deload week: Training stress 40 + Residual 60 = 100 → Recovery 80 → Residual 20
→ The body completes supercompensation, and the new baseline is higher than the original level

When Do You Need a Deload Week?

Fixed Periodization Method

The most common arrangements are the 3:1 or 2:1 patterns:

• 3:1: 3 weeks of progressive overload + 1 deload week (suitable for most well-trained riders)
• 2:1: 2 weeks of progressive overload + 1 deload week (suitable for older riders, those with slower recovery, or beginners)
• 4:1: 4 weeks of progressive overload + 1 deload week (only suitable for young professional athletes with exceptional recovery capacity)

Reactive Deloading

You don’t have to follow a fixed schedule. A deload week should also be scheduled when the following signals appear:

Objective indicators:

• Morning resting heart rate 5-7 bpm above baseline for 3 consecutive days
• HRV continuously declining for more than a week
• Training power dropping more than 5% at the same RPE
• Sleep efficiency persistently below 80%

Subjective indicators:

• No desire to train for more than 3 consecutive days
• Abnormally high RPE during training
• Increased mood swings, easily irritated
• Abnormal appetite (binge eating or loss of appetite)
• Minor aches and pains beginning to appear (knee discomfort, lower back soreness, etc.)

Design Principles for a Deload Week

Core Principle: Reduce Volume, Maintain Intensity

This is the most important principle. Research clearly indicates:

• Reduce training volume by 40-60%: This is the primary means of deloading
• Maintain training intensity: Don’t drop all training to Zone 1
• Maintain training frequency or reduce slightly: Don’t suddenly drop from 5 sessions per week to 1

Why maintain intensity? Because intensity is the key signal for maintaining training adaptations. If you completely remove high-intensity stimuli, even for just one week, some neuromuscular adaptations will begin to regress.

Adjustment Ratios for Each Parameter

Parameter	Normal Training Week	Deload Week	Adjustment Range
Total riding time	100%	40-60%	Reduce 40-60%
Total TSS	100%	40-50%	Reduce 50-60%
High-intensity time	100%	50-70%	Reduce 30-50%
Number of interval sets	100%	50%	Halved
Interval intensity	100%	95-100%	Maintain or slightly reduce
Long ride duration	100%	50-60%	Significantly shortened
Training days	5-6 days	3-4 days	Reduce 1-2 days
Strength training	Normal	Paused or very light	Remove or reduce to 50%

Three Deload Week Examples

Example A: Endurance-Oriented Rider (10-12 hours weekly training volume)

Normal training week:

Monday: Rest
Tuesday: Interval training 1.5h (Sweet Spot 3x12min)
Wednesday: Endurance ride 2h Zone 2
Thursday: VO2max intervals 1.5h (5x4min)
Friday: Recovery ride 1h
Saturday: Long ride 3.5h
Sunday: Mid-distance endurance 2h
Total: ~11.5h

Deload week (reduced by 50%):

Monday: Complete rest
Tuesday: Sweet Spot 2x10min + Zone 1 easy spin, 1h total
Wednesday: Complete rest or 30min active recovery
Thursday: VO2max 3x3min + Zone 1 easy spin, 1h total
Friday: Complete rest
Saturday: Easy group ride or solo ride 2h (Zone 1-2)
Sunday: 30min recovery ride or rest
Total: ~4.5-5h

Example B: Race-Oriented Rider (14-16 hours weekly training volume)

Deload week:

Monday: Complete rest
Tuesday: Opener workout 1h (3x30sec high-intensity sprints + Zone 1)
Wednesday: Endurance ride 1.5h Zone 2
Thursday: Mixed Tempo + Threshold 1.5h (2x8min near FTP)
Friday: Complete rest
Saturday: Race-pace simulation ride 1.5h
Sunday: Recovery ride 1h
Total: ~6.5h (reduced by approximately 55%)

Example C: Time-Constrained Commuter Rider (5-7 hours weekly training volume)

Deload week:

Monday-Friday: Commute rides at an easy pace (reduced to Zone 1)
Saturday: 1.5h easy ride (normally 3h)
Sunday: Complete rest or 30min stretching/yoga
Total: ~3-4h (reduced by approximately 40-50%)

Nutrition Strategies During a Deload Week

Don’t Drastically Cut Calories

Common mistake: “Training volume is lower, so I should eat less.”

In fact, a deload week is a critical period for the body to repair and rebuild, and nutritional demands remain high:

• Protein: Maintain 1.6-2.0 g/kg/day to support muscle repair
• Carbohydrates: Can be slightly reduced (since expenditure is lower), but not below 3-4 g/kg/day
• Fat: Maintain normal intake to support hormone synthesis
• Total calories: Reducing 10-20% compared to a training week is sufficient (not 40-50%)

Additional Recommendations

• Omega-3 fatty acids: 2-3g/day, supports anti-inflammation
• Vitamin D: especially during winter or when training is primarily indoors
• Magnesium: 200-400mg/day, helps with muscle relaxation and sleep
• Adequate hydration: maintain normal hydration habits

Psychological Management During Deload Week

Overcoming “Guilt”

Many riders feel anxious during deload week: “Everyone else is training, and I’m slacking off.”

Reframe your thinking:

• “I’m not slacking off; I’m allowing supercompensation to happen”
• “This week of rest will improve next week’s training quality by 10-15%”
• “Professional athletes also need deload weeks—this is science, not weakness”

Making Use of the Extra Time

The training time saved during deload week can be used to:

• Do some neglected mobility training or stretching
• Handle bike maintenance (washing the bike, replacing brake pads, adjusting fit)
• Read training-related books or watch instructional videos
• Spend more time with family and friends
• Do things unrelated to cycling to balance life

Restarting After Deload Week

Don’t Go Too Hard on Day One

In the first high-intensity session after deload week, you may feel energetic and light-legged. That’s great, but don’t use up all your “reserves” at once. Recommendations:

1. On day one, do 85-90% of normal intensity to confirm your body’s response
2. If you feel good, return to normal training on day two
3. If you still feel fatigued, you may need an additional 2-3 days of gradual recovery

Evaluating the Effectiveness of Deload Week

After a good deload week, you should feel:

• Morning HRV returns to or above baseline
• Resting heart rate returns to normal
• Subjective energy is high, and the desire to ride is back
• Power output in the first high-intensity session is equal to or higher than before the deload
• Improved sleep quality

If you still feel fatigued after deload week, it may mean:

• The deload was insufficient (reduce more next time)
• You need a longer recovery (consider a 10-day deload)
• There may be other unaddressed stressors (work, sleep, etc.)

Deload Arrangements for Special Situations

Pre-Race Taper

Pre-race tapering differs from training deloads; its purpose is to help you peak on race day:

• A-priority races: begin progressive tapering 10-14 days before the race
• B-priority races: taper 5-7 days before the race
• C-priority races (practice races): no special taper needed

Deload After Illness

After a cold or other illness, don’t rush back to your training volume. Rule of thumb: “For every day you were sick, take that many days to gradually recover.” For example, if you had a cold for 5 days, take 5 days to gradually return to your normal training volume.

Conclusion

The deload week is just as important a component of a training plan as high-intensity intervals and long-distance rides. It’s not “not training”—it’s “training the ability to recover.” When you learn to let go at the right time, you’ll find you can hold on tighter when it matters. As the old saying goes—the further you draw the bow, the farther the arrow flies; but the bowstring also needs moments of relaxation, or it will snap.

Related Reading

• Deload Week Design: Letting Progress Happen
• Periodic Deloading in Running: The Science Behind a Recovery Week Every 4-6 Weeks
• The Principle of Supercompensation After Cycling Training: Balancing Fatigue and Adaptation
• Recovery Week Design: The Science Behind an Easy Week Every Four Weeks