Please review all training tabs to get a full sense of what type of condition you need to be in for this climb. For those who have not specifically trained for mountaineering in the past, we recommend utilizing numerous resources to build your training plan.
Books to consider:
The Outdoor Athlete by Doug and Courtenay Schurman
Training for the New Alpinism: A Manual for the Climber as Athlete by Steve House and Scott Johnston
Personal trainers that are familiar with mountaineering are highly recommended as they can create personal training plans utilizing both indoor and outdoor locations with long range objectives and criteria. Trainers and training programs can help build a program based on your location, recognize your access to health climbs and outdoor training.
For those who have not trained for mountaineering or want to refine their training with some industry professionals, we recommend:
Doug and Courtenay Schurman of Body Results
Steve House and staff at the Uphill Athlete
Preparation for Iceland Climbs
Pack weight: on most climbing and hiking days we will carry no more than 25lbs.; during the Hvannadalshnúkur portion we will carry 30-35 lbs.
Climbing is a serious undertaking. Just because you exercise regularly (four to six times per week) does not mean you have the conditioning needed to climb volcanoes. Plenty of people who can run a marathon fail to summit mountains or volcanoes. Pure cardiovascular fitness is simply not enough. You need to be able to ascend 10,000 ft. with substantial weight on your back. Expect to carry at least a 30-35 lb. (or more) pack, with over 4,500 ft. of elevation gain in about five hours. The ascent to the summit and comparable elevation gain to the approach involves carrying a pack weight of about half that of your approach pack, or 20 lbs.
Prioritize your training efforts in the following way, assuming that you are in good health and injury-free:
- Climbing conditioning — pack-loaded uphill hiking, walking, and stair climbing
- Strength training — for the lower and upper body
- Cardiovascular training — including both aerobic and anaerobic workouts without pack weight
- Flexibility training
Most people will need to train specifically for climbing for at least four to six months. During your training you will need to progressively ramp up your pack weight, time, distance, and elevation gain (at roughly 10% per week) to safely and effectively build your climbing-specific conditioning. Trying to rush this will increase the risk of experiencing some sort of training injury and not being ready for the climb. Below are more details of how to incorporate these four priorities into your program.
Hike steep outdoor trails, gradually increasing your pack weight with each outing until you are at your target climb pack weight. A reasonable goal would be to ascend 3,500 ft., carrying an average pack of 50 lbs. in a two- to three-hour period, or roughly 1,250 vertical ft. in an hour. If you live where it is relatively flat, go up and down stairs or train on an inclined treadmill or StairMaster. Use whatever varied surface terrain (i.e. gravel beds, sand dunes, river banks) you have access to. A good training option for pack weight is to carry water in gallon containers or collapsible jugs so you can dump water at the top to lighten the load for the descent.
One training technique that is useful for altitude climbing is to include higher intensity interval training in your weekly program. To do this, find a steep hill or sets of stairs that will allow you to climb steadily for several minutes. Push as hard as you can going up, then recover coming down, and repeat for anywhere from 20–45 minutes depending on how close to your climb you are. Add weight to your pack on a regular basis (no more than 10% per week) until you can carry your target climb pack weight the entire time. In early season, you might start with a hike that gains up to 1,500–2,000 ft. in elevation over 6 miles round-trip, carrying a 15–20-lb. pack; each hike, try adding two to three pounds until you are comfortable with a 40-lb. pack, then begin increasing the total elevation gain and mileage. When you can gain 3,500 ft. with a 40-lb. pack, start decreasing rest breaks and increasing speed. Once you reach your target time, add the final weight until you can carry your target climb pack weight for the desired elevation gain and mileage.
Be sure to include at least 5–10 minutes of targeted stretching following every workout, specifically for the hamstrings, glutes, hips, calves, lower back, and quadriceps. If you have any areas of concern early season, add emphasis to making sure you have normal range of motion about all your joints. This will become even more important as you add weight and distance to your conditioners.
Training with free weights, bands, a backpack, body weight exercises, or gym machines will help you build overall strength, particularly in the core (lower back and abdominals), upper back and shoulders, and legs. Developing strength in your upper back and shoulders will help you with such tasks as carrying a heavy pack and using trekking poles and ice axes effectively. The calves, hips, quads, hamstrings, and glutes are all involved in ascending and descending glacier, ice, and rock routes, and all areas of the legs and hips require strength endurance.
Training primarily with free weights will give you the functional, climbing-specific strength that will help you most in the mountains. Free-weight training requires that you balance the weights as you would your own body: weighted with a pack, in three-dimensional space. When starting any strength conditioning program, complete two full-body strength workouts a week for 30–45 minutes each, focusing on compound exercises such as squats, lunges, step-ups, dips, pull-ups, rows, dead lifts, bench presses, push-ups, and overhead presses.
In the beginning phase of strength conditioning, focus on building a foundation for harder workouts; to that end, keep the weight light enough to concentrate on good form and complete two sets of each exercise for 8–10 repetitions. As you continue to train, you will shift focus to building strength (generally lower reps, 5–8, with heavier weight). Four to six weeks before your climb, shift your training to focus on strength endurance (higher reps, 10–15, with light weight) to turn the newly gained strength into greater strength endurance. At each training phase, vary the weight used, repetitions completed, number of sets, and rest intervals. Regardless of training phase, always be sure you maintain proper form in order to prevent injury or strain.
Include spinal-loading aerobic training options such as jogging, walking on an inclined treadmill, stair stepping, or step mill training, trail running, working on an elliptical machine, walking up and down hills, or participating in step aerobic classes. While biking, rowing, and swimming are aerobic options for the earliest stages of training, be sure, as you get closer to your climb, to include activities suggested above that load the spine and legs the same way that hiking will.
When first beginning a cardiovascular training program, begin with three workouts (i.e. Monday, Wednesday, and Friday) of 30 minutes of sustained activity at a moderate intensity, and build to 4–5 aerobic sessions of sustained effort for at least 45–60 minutes (taking perhaps Wednesday and Sunday as days off, for example.) Be sure to include a 5–10-minute gentle warm-up before working at your target heart rate for the day (for most workouts, choose a level of exertion that allows you to connect a few words together in a phrase, but leaves you feeling comfortably tired at the end of the workout), and cool down with 5–10 minutes of appropriate stretching of the muscles you use most in your activity, including lower back, calves, hamstrings, hips, and quadriceps.
Putting It All Together
Roughly a month before your climb, you should be at the conditioning level where you are comfortable hiking on consecutive weekend days, what is referred to as back-to-back training. This involves hiking with your target climb pack weight (30–40 lbs.) on the first day for at least 4,000–5,000-ft. elevation gain, and a somewhat lighter pack for greater mileage on the second day in order to simulate the approach and summit days of your climb. This will not only be helpful physically, but also prepare you psychologically for the challenge of repeat high-effort days without any recovery days in between. A sample week of training a month prior to your climb might look like the chart above, in an effort to help you build as much stamina as possible.
Be sure to include at least one recovery day per week and listen closely to your body. Take the final week to taper or gradually reduce intensity and volume of training so that by the time you leave for your climb you are well-rested and physically and psychologically up to the challenge.
You can find additional training resources at www.BodyResults.com for the following:
- Training articles
- Training books and DVDs
- Customized online mountaineering specific training
Special discounts are available for Alpine Ascents customers at the page www.BodyResults.com/aai
This training information was provided by wilderness sport conditioning experts Courtenay and Doug Schurman of BodyResults.com. They are the exclusive conditioning resource for Alpine Ascents. They oversee all client training, are co-authors of the book, “The Outdoor Athlete” (2009) and are creators of the “Train to Climb Mt. Rainier” DVD.
Full body, 12–15 reps per set, 45 min.
30 min., recovery level (<65% Max HR).
10–15 min. at the end
Hills, stairs, or high incline treadmill, 45–60 min., 40–50-lb. pack (short bursts >85% Max HR)
10–15 min. at the end
75 min., no pack, distance level (65–75% Max HR)
10–15 min. at the end
Full body, 8–10 reps per set, 45 min.
45 min., no pack, tempo level (75–85% Max HR)
10–15 min. at the end
Hike 8–10 miles, 40–50-lb. pack, gain 4–5,000 ft.
As needed to prevent stiffness
Hike 8–10 miles, 20–25-lb. pack, gain 4–5,000 ft.
As needed to prevent stiffness