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Winter Training Tip: Neoprene Sleeves

I had one more thought from my “case study” post about the trio of experienced masters rowers I coach, and it’s timely for the northern hemisphere winter weather and anyone doing some last-minute holiday shopping. I mentioned that the trio has had a few minor back and knee tweaks over the two years that we’ve worked together, but nothing that has derailed more than a week or so of training. For their knees specifically, one addition in the first year of working together was light neoprene knee sleeves.

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Experienced Masters Rower Case Study

I’ve been coaching a trio of very experienced masters rowers for the last two years, and will share some observations in this post. One is a woman and two are men, in their early 50s, training from home gyms with a moderate, though not extensive, amount of equipment. All rowed in college and for high-performance programs after college and have been rowing continuously since. They did strength training in college and after, took a break during their 30s-40s, and began again 5-10 years before we started working together.

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Rowing LTAD: Long-Term Athlete Development

Long-term athlete development (LTAD) describes the habitual development of general athletic qualities to improve health, fitness, sport performance, reduce risk of injury, and improve confidence and competence in the physical domain. Rowing LTAD begins with general LTAD and gradually progresses through stages of development to improve rowing performance over many years, not just weeks, months, and seasons.

Key Points: Rowing LTAD means building capacity for long-term improvement in rowing, as well as other athletic skills for well-rounded, holistic development. Rather than focusing on short-term performance improvement, an LTAD view can still improve performance, plus reduce risk of injury, increase engagement in sport training, and help athletes be physically active for life. LTAD practices look different at different chronological ages, stages of development, and for athletes with different motivations. I presented on strength training for rowing LTAD at a USRowing event, and you can watch the replay at the link below.

Table of Contents:

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Muscle Soreness and Rowing

Muscle soreness is an issue of both reverence and avoidance in rowers. Pain-chasing rowers love muscle soreness and don’t feel like they got a good workout without it. Others hate it and do everything they can to avoid it out of a desire to maximize immediate performance or not make rowing any harder or more painful than it already is. Rowing coaches often both want strength coaches to “test” rowers and “train their grit” with challenging and painful workouts, but can also get mad when athletes are sore for rowing or don’t perform well immediately after intense strength training. Whether you love it or hate it, this article is about muscle soreness and rowing: what it means, what it is NOT, how it affects rowers, and how we can reduce and avoid it.

Key Points: Delayed onset muscle soreness (DOMS) is the kind of low-grade muscular stiffness or tightness that people feel in the 24-72 hours following exercise. DOMS tends to happen more with strength training than with rowing, due to the greater movement diversity of strength training, higher force muscular work in strength training, and eccentric muscle actions. DOMS doesn’t mean much beyond your muscles saying, “Hi, that was new.” Whether you are sore or not sore is no real indication as to whether your training is working or not working. Rowing research indicates that muscle soreness itself has little negative effect on rowing performance at or slower than 2km pace. The best way to reduce DOMS is to avoid getting so much DOMS in the first place by gradually introducing yourself or athletes to new, unfamiliar training stimuli.

Table of Contents:

muscle soreness rowing article title graphic. picture of deadlifting with muscle soreness and rowing title.

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Strength Training for Sculling

Strength training for sculling necessitates an understanding of what makes sculling different from sweep rowing and erging, knowledge of the different types of scullers, and management of the different physiological demands between different boat classes and racing priorities. In this article, I will cover some relevant research for scullers, identify a few adjustments that I make specifically for scullers versus other rowers, and discuss how plans change for scullers of different types and priorities.

I also presented on this topic via the Craftsbury Sculling Center Free Weekly Webinar series on August 12th, 2020. This webinar is available for free linked at the end of this article.

Key Points: Strength training for sculling is mostly the same in the lower body as those who erg or sweep row. However, the action around the rib cage and shoulders is very different between the three modalities, and top athletes in each discipline will have specific strengths and techniques to achieve maximum performance. Exercise variations of the squat, hinge, and pulling categories train the relevant muscles for stroke power and performance. We can also use strength training to teach and reinforce specific muscular skills for sculling performance. Finally, we use other exercises to develop muscles and movements neglected by rowing alone, including upper body pushing, lateral, rotational, and shoulder external rotation exercises.

Table of Contents:

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Plyometrics for Rowers: The Complete Guide

We use plyometrics for rowers to improve general athleticism and increase rate of force production. Although rowing is not truly a plyometric sport, power and rate of force development is still important for strong early drive force with fast legs. General athleticism is harder to quantify, but helps rowers make technical changes and adjustments more easily. In this article, we’ll review some general plyometric exercise information, dig into some research on plyometrics for rowers, and provide practical recommendations for my favorite plyometrics and how I use them in my training programs with rowers of all ages, types, and levels.

Key Points: Plyometric exercise can be safe and effective for improving rowing performance with good planning, instruction, and programming with the rest of rowing and strength training. Rowing research indicates that plyometrics can improve peak power in a short-duration erg test, 500-meter time, and detailed power characteristics like drive speed. In order to use plyometrics for rowers, we must have a safe landing space (ie. not concrete), good landing technique to absorb impact safely, an understanding of why plyometrics exist to train power (not endurance), and ideas of what plyometric exercises we can use for rowers of different strengths, competitive levels, and ages.

Table of Contents

plyometrics for rowers: cover graphic showing the 1-leg and 2-leg jump, forwards and backwards overhead throw, and seated jump

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The Minimum Rowing Strength Training Plan

Some rowers find themselves without the time, equipment, ability, or desire to make dedicated strength training a regular part of their rowing training program, due to external circumstances or personal choices by the coach or rower. Sometimes this can be a temporary situation, as in during a time of very heavy rowing training, travel, or increased time demands outside of rowing. The minimum rowing strength training plan often focuses on the performance work and discards the supporting work and training to reduce injury risk. In this article, I hope to convince you that it should be the other way around. Your performance work can be better replicated by rowing and erging than the assistance work for the non-rowing muscles and movements, and it is here that you will find the greater benefit to overall performance and reducing risk of injury.

The common minimum rowing strength training program tends to involve a lot of muscular endurance work in the off-season or pre-season, usually focusing only on the muscles that produce stroke motion, and then only rowing during the racing season. The result of this is rowers strengthening the muscles that are already strong from rowing, which misses development of muscles neglected by rowing training and increases risk of overuse injuries and muscular imbalances. The lack of an in-season approach means that these rowers are strongest at the start of the season when it matters least, and weakest at the end of racing season when it matters most. Instead, coaches and rowers seeking the bare minimum rowing strength training should strength train for the goal of reducing risk of common rowing injuries by building movements and muscles that rowing alone neglects. I call this “rowing mitigation work,” and it’s the most important part of rowing strength training, and the easiest to implement in a rowing training program.

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Strength Training for Masters Rowers: Periodization

Steady state, intervals, peak power, base endurance, base strength, max strength, technique, mental skills, mobility, nutrition, oh and of course, traveling and racing…There are a lot of skills required in rowing and a lot of athletic qualities required to be a great rower, but how is anyone other than a professional full-time athlete supposed to find the time to train all of those qualities? Strength training for masters rowers is a delicate balance of providing the right kind of training stimulus at the right time without taking time away from rowing or going overboard into overtraining.

The answer is periodization: an annual approach to programming in which focus is strategically shifted between developing certain qualities while maintaining others to gradually build to peak performance. Periodization for masters rowers is especially crucial. Perhaps in your early days of rowing you could do volume until you fell off the erg, get up and do intervals the next day, and hammer the weights in between sessions, but as recovery from training becomes more limited, strategic planning of workouts becomes more important. Here is an annual periodized plan for strength training for masters rowers to produce peak performance.

I’ve written a guide to each block of training in “The Basics of Strength Training for Rowing,” so the rest of this article will draw from that, informing the masters rower what adjustments I make when applying the concept of block periodization to the masters rower competitive schedule. I recommend reading “Basics” first to learn which exercises to use and what each block is all about, and then read this article for the adaptations to the masters training and schedule. 

Prefer audio/video? I discuss strength training for masters rowers and periodization systems in detail in webinars for USRowing, December 2021’s “Strength Training Difference-Makers for Masters Rowers,” and April 2022’s “Fundamentals of Strength Training for Masters.”

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Strength Training for Masters Rowers

The previous excerpt from “Rowing Stronger” discussed training and strength training for masters rowers at a broad level with topics of recovery, exercise progression, and injury prevention. After I got a shout-out from renowned masters coach Marlene Royle on a recent Rowing Chat podcast, I received several questions about specifics of strength training for masters rowers and how to start training if you are 50+ years old and have minimal lifting experience. Here’s my advice for how to start strength training for a male or female masters rower.

I think that Marlene’s opinion of strength training in her podcast was spot on. Strength training is a vitally important part of masters training, especially for injury prevention, but it is small in comparison to technique, aerobic endurance, and ability on the water and on the ergometer. If you aren’t technically sound on the water or on the erg, you won’t be able to display the full potential of your strength. However, if you’re a masters athlete who has spent a lot of time in the sport, developed great technique and aerobic base, but hasn’t been seeing improvement, strength training could be the missing ingredient. Read the first chapter of Rowing Stronger for free to see why training endurance from the top-down with strength work is so effective.

Technique is the first thing I emphasize with an athlete of any age. Technique is important to develop the movement patterns that will help you both in and out of the boat. I’d suggest working with a personal trainer or qualified coach on lifting technique, because it isn’t intuitive or natural to a lot of people and there are many ways to go wrong when learning a new skill. You can take this article to a personal trainer or qualified coach so they can teach you the proper technique on these simple exercises.

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Rowing Faster After 50

Regardless of age, experience, and gender, strength training can improve performance and all-around fitness beyond a chosen sport or activity. Intelligently designed, consistent, progressive strength training is one of the most powerful tools to slow and in some cases, reverse, the physical changes that are a natural, biological process of aging. Strength gains are still fully possible via central nervous system (CNS) improvements even after testosterone levels decline [5]. The central nervous system regulates the force produced by muscles. Strength training takes what was once a bumpy gravel road connecting the CNS to the muscle fibers and turns it into smooth pavement, capable of transmitting greater power to the muscles. Aerobic systems lose little with age, so the combination of the improved CNS, healthy muscular system, plus a robust aerobic base can power boats well into one’s masters years. In fact, if you have relied solely on technique and aerobic training to this point in your career, the addition of intelligent and progressive strength training could unlock the door to new personal bests and faster times.

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