Getting old doesn't have to mean getting slow! Here's how to optimise training for older athletes!
Words: Anna Beck Photos: Lachlan Ryan and Dave Acree
In Australian mountain biking, Masters fields commonly comprise the strongest numbers of all categories. It’s easy to hypothesise why this may be: perhaps the fields are stacked with juniors that moved away from elite sport because of the demands of racing at that level only to come back in their later years, or those that took a hiatus for career or family reasons are now reentering the sport in their late thirties, or sometimes it’s as simple as people discovering how awesome mountain biking is, just a little later in life.
Whatever the reason, to get the best out of yourself in the late third, fourth, fifth decade and beyond, there are some important considerations to make when devising a training program that for a masters athlete. In this article we will cover some of they key differences between masters and junior or elite athletes, and how you can implement some every day ‘life hacks’ into your training to get the most out of your time on the bike.
What happens when you have a young family, a full time job and aspirations of mountain biking glory? Fatigue. Fatigue is what happens. Therefore it’s more important than ever to optimise recovery from high intensity and high volume sessions on the bike or in the gym.
The increased need for recovery is partly impacted by a decrease in testosterone levels, discussed below. This decrease in recovery is two pronged: masters athletes take longer to recover at a cellular level  and have higher perceived exertion  after multiple hard days.
Studies have also found that despite the well-known increased need for recovery by masters athletes, they are notoriously poor at implementing recovery techniques! . While much of this makes sense with increased commitments with age, ignoring the importance of recovery is shooting yourself in the foot if you’re a masters rider.
What does this mean for you if you’re a masters rider? It means that more careful planning and implementation of recovery strategies is paramount for building fitness.
-For junior and elite riders, a typical “meso cycle” (medium term training block) consists of 3 weeks ‘on’ followed by one recovery week. For the masters athlete, using 2:1 work:rest intervals can allow for solid workload in the work periods, followed by frequent enough periods of rest and recovery to mitigate the potential for increased injuries and excessive fatigue. This can be brought down to an even smaller level by ensuring your macrocycles (weekly blocks) feature enough breaks and intermittent ‘easy’ days to support recovery in order to hit the hard days with vigour. This is called implementing a ‘fatigue resistant’ training plan.
-At the daily training level, consistency in adopting good recovery hygiene is paramount. This includes: a high protein snack or meal after training, good sleep, stretching and other recovery adjuncts such as compression garments and massage at key times. Recovery stretching, foam rolling and yoga is a great opportunity to involve your family, too!
-Sleep is the golden key to recovery, so put into practice a bedtime that allows maximal rest (ie: avoiding screens, caffeine and alcohol before bed, using blackout curtains, going to bed early enough to get the optimal amount of sleep for the following days’ session).
Testosterone declines gradually in men at a rate of around 1% a year after age 30 in the general population. Women, too, have testosterone (at a marginal level compared to male counterparts) which plays a significant role in strength and recovery, which gradually declines around menopause.
What does this mean? Testosterone increases muscle protein synthesis, causing muscular growth (or reduction in decline), allows fatigue resistance and speeds and improves the recovery process: all processes that decline with age.
In addition to this, women, in particular are at risk of loss of bone density as they age, called osteopenia and osteoporosis. By adding strength-based training and dynamic activities into training, you can reduce the rate of bone-mineral decline.
-For mountain bike riding, strength endurance or muscular endurance (low cadence/high gear) efforts are key, as no matter the discipline mountain biking involves a range of high force-low velocity pedaling.
-Both HIIT (high intensity interval training) and resistance training (ie: Heavy weight training) both increase testosterone levels, and can also aid in reducing injuries: add weight-based and high intensity into your training to mitigate natural testosterone decline.
-Ensure you meet your energy requirements. Long-term energy restriction has been found to reduce testosterone levels, while Zinc and Vitamin D are linked to healthy testosterone levels. It’s safe to say if you’re under fuelling in the name of making ‘race weight’, it’s possible your energy needs aren’t being met to perform during your sessions, and you’re missing out on essential micronutrients that support testosterone and strength maintenance.
 Easthope, C. and others (2010). Effects of trail running competition on muscular performance and efficiency in well-trained young and masters athletes. European Journal of Applied Physiology, 110: 1107-1116.
 Fell, J. and others (2006). Performance during consecutive days of laboratory time-trials in young and veteran cyclists. Journal of Sports Medicine and Physical Fitness, 46(3): 395-403.
 Reaburn, P. and others (2013). Poor use of recovery strategies in veteran cyclists: an Australian study. Proceedings of the American College of Sports Medicine Conference and World Congress on Exercise is Medicine, Indianapolis, USA, May 28-June 1.
Int J Sport Nutr Exerc Metab. 2016 Apr;26(2):168-78. doi: 10.1123/ijsnem.2015-0102. Epub 2015 Sep 24. Postexercise Dietary Protein Strategies to Maximize Skeletal Muscle Repair and Remodeling in Masters Endurance Athletes: A Review. Doering TM1, Reaburn PR, Phillips SM, Jenkins DG.