Training Plan Guide
How Your Backpacking Training Plan Is Built
This page explains what the plan builder does, what it uses, and how it builds your training plan step by step.
Overview
The plan builder takes where you are now, where you want to go, how quickly you want to build, and how many training days you can realistically use each week. Then it turns that into a week-by-week plan for hiking, elevation, pack weight, strength, and cross-training.
It is trying to answer a simple question: what is a realistic way to move from your current hiking ability to your trip goal in the time you have available?
Sometimes the plan you build first is enough to get you there. When that happens, you will just see your standard plan. Sometimes your timeline and goals require a faster rate than the one you selected. When that happens, the plan builder also shows a more aggressive plan so you can see what it would actually take.
The plan is not just a straight line from low to high. It includes easier deload weeks for recovery, a taper near the end so you are not arriving tired, and optional pack-practice work starting in week 5 if you choose that option.
What the Plan Builder Uses
Current abilities
- • Current comfortable hiking distance
- • Typical elevation gain
- • Current pack weight
Trip goals
- • Longest single day mileage target
- • Elevation gain target for your hardest day
- • Target pack weight
- • Weeks until the trip
Training preferences
- • Balanced, mileage, or elevation focus
- • Build speed, meaning how quickly the plan progresses week to week: 5%, 7.5%, or 10%
- • A 1- or 2-week taper
Training schedule
- • One weekly hiking day
- • Optional pack practice starting in week 5
- • 0-2 strength days
- • 0-2 cross-training days
- • A maximum of 6 training days total
The Two Plan Types
Standard plan
This uses the build speed you selected. Build speed means how quickly the plan increases from week to week: conservative at 5%, moderate at 7.5%, or aggressive at 10% weekly progression.
Full goal or higher-rate plan
This appears when your selected rate is not enough to get close enough to your goals. It uses the required-rate calculation, adds a modest rate buffer, and caps the weekly progression rate at 15% for planning purposes.
How It Works
1. Required-rate calculation
The plan builder compares your current numbers to your target numbers and works out how much weekly progression would be needed over the usable progression weeks.
It does this for distance and elevation, then uses the higher of the two as the key rate. Pack weight progresses separately: the plan uses a 2-pound minimum increase, but can use larger percentage-based increases when the selected build speed or full-goal plan calls for them.
2. Peak-week timing
The plan builder tries to place your peak before tapering starts. If that ideal peak lands on a deload week, it moves the peak earlier so the plan does not peak inside a recovery week.
idealPeakWeek = totalWeeks - taperWeeks
if idealPeakWeek falls on week 4, 8, 12, etc., move it back by 1 week
peakWeek = max(idealPeakWeek, ceil(totalWeeks * 0.6))
3. Focus logic
The plan builder changes what gets the biggest weekly push depending on your selected focus.
- Balanced: both distance and elevation progress, but the one that is further behind gets the bigger push.
- Mileage: distance gets the full rate, while elevation and pack weight move more slowly.
- Elevation: elevation gets the full rate, while distance and pack weight move more slowly.
4. Deload and taper rules
Every fourth week is a deload week unless it is already part of the taper. Deload weeks reduce training volume so your body has room to recover and adapt.
Deload weeks: distance and elevation drop to about 75% of current training volume, and pack weight drops toward a lighter recovery week.
1-week taper: final week drops to about 50% of peak volume.
2-week taper: final two weeks drop to about 70% and then 50% of peak volume.
5. Pack-practice logic
If pack practice is turned on, it starts in week 5 and skips deload and taper weeks. It alternates between a heavier-pack focus and an elevation-focused session.
- Heavy pack weeks: about 30% of the main distance, 30% of the main elevation, and about 20% more pack weight than the main session.
- Elevation weeks: about 50% of the main distance, 75% of the main elevation, and the same pack weight as the main session.
6. Planning limits and notices
Higher-rate note: The calculator shows a notice when the selected higher-rate alternative uses a weekly progression rate above 10%. For planning purposes only.
Larger jumps beyond what you’re used to can cause more muscle soreness3 and may contribute to flare-ups or injury. However, a weekly progression rate above 10% does not necessarily mean a higher risk of injury.
Some running studies associate larger training increases with injury, but findings on week-to-week increases are inconsistent. Research has not established one safe weekly progression percentage for everyone or a safe progression percentage for hiking.1, 2
This calculator helps you explore how progressions at different rates could help you reach your trip goals.
- 15% cap: the calculator limits the progression rate used for higher-rate alternatives to 15%.
- Rate buffer: higher-rate plans use a 15% buffer over the actual required weekly rate to account for weather, missed training, and normal real-life variability.
- Basic validation: at least one trip goal must be above your current starting point, or the plan builder will not build a progression plan.
7. Goal-achievement analysis
After generating the standard plan, the plan builder checks whether your final plan gets close enough to your trip goals. If distance, elevation, or pack weight finish below about 95% of target, the plan builder creates the second, higher-rate option.
8. What each weekly output includes
- Distance, elevation, and pack-weight targets
- Primary focus for the week
- Training day breakdown
- Peak, taper, and deload indicators
- Pack-practice details when that option is active
Summary
The plan builder uses progressive overload, planned recovery, tapering, and simple compound-growth math to help you explore progressions of varying rates towards your trip goals.
References
- Fredette, Anny, Jean-Sébastien Roy, Kadija Perreault, Frédérique Dupuis, Christopher Napier, and Jean-Francois Esculier. “The Association Between Running Injuries and Training Parameters: A Systematic Review.” Journal of Athletic Training 57, no. 7 (2022): 650–71. https://doi.org/10.4085/1062-6050-0195.21.
- Schuster Brandt Frandsen, Jesper, Adam Hulme, Erik Thorlund Parner, et al. “How Much Running Is Too Much? Identifying High-Risk Running Sessions in a 5200-Person Cohort Study.” British Journal of Sports Medicine 59, no. 17 (2025): 1203–10. https://doi.org/10.1136/bjsports-2024-109380.
- Ruas, Cassio V., and Kazunori Nosaka. “Eccentric Contractions Are Responsible for Muscle Damage and Neuromuscular Fatigue.” American College of Sports Medicine, September 16, 2022. https://acsm.org/eccentric-contractions-muscle-damage/.