Reviewed for accuracy: This article references published research on masters endurance athletes and resistance training, plus practical protocols used inside the Roadman strength training course. Heavy resistance training is appropriate for most cyclists over 50, but riders with cardiac, orthopaedic or other clinical conditions should consult a sports physician before starting a new heavy lifting programme.
By 50, the riders who keep getting faster are not the ones doing more on the bike. They are the ones in the gym twice a week, lifting heavy. Not circuits. Not bands. Real load, low reps, compound movements. The cyclists who skip this — for any reason, however reasonable — are the ones whose power numbers slowly drift downward, whose climbing fades, whose sprints disappear, whose injury rate climbs.
The science on this is no longer ambiguous. Sarcopenia — age-related muscle loss — runs at roughly 3-8 per cent per decade from the 30s, accelerating after 60. The only intervention that consistently reverses or slows it is heavy resistance training. Endurance work alone does not. Body weight does not. Light circuits do not. Heavy compound lifts, programmed properly, do.
This is the protocol used inside the Not Done Yet community, the Roadman strength training course ($65), and the coaching programme for masters cyclists over 50.
What changes after 50
The decade between 50 and 60 is where most untrained riders see the steepest drop in power, durability and injury resistance. Three physiological shifts drive it:
Type II muscle fibre loss. Fast-twitch fibres, which produce sprint and high-intensity power, atrophy faster than type I (slow-twitch) fibres with age. Without specific high-load stimulus, the rider's ability to produce sustained efforts above threshold and the ability to sprint both decline.
Connective tissue stiffening. Tendons and ligaments become less elastic. The same training spike that bounced off at 35 produces an Achilles strain or a quad-tendon issue at 55. Heavy strength training, contrary to common amateur belief, increases connective tissue resilience by stimulating collagen turnover.
Hormonal recovery shifts. Testosterone, growth hormone and IGF-1 all decline. The hormonal environment in which adaptation happens is less favourable, which means the stimulus required to maintain or build muscle is higher, not lower. Light strength work that was sufficient at 35 is no longer sufficient at 55.
The combination is straightforward: the body's tolerance for low-stimulus work goes up (it adapts to nothing) and its requirement for high-stimulus work goes up (it requires more to adapt). The fix is not more cycling. It is a real strength programme.
Why bands and circuits are not strength training
Most of what amateur masters cyclists call "strength work" is conditioning, not strength. Three sets of fifteen body-weight squats. Resistance bands. Pilates. A circuit class at the gym. Those have their place — particularly mobility, core stability, and general durability — but they do not produce the physiological adaptation that the masters cycling literature is talking about when it recommends "strength training."
The threshold for strength training, as the research uses the term, is load high enough to cause neuromuscular and structural adaptation: typically 75-85 per cent of one-rep max, 4-6 reps, multiple sets, with intent. Below that, you are training endurance properties of the muscle, not strength properties. The fast-twitch fibre recruitment that strength training is designed to preserve does not happen at light loads, regardless of how many reps you do.
The amateur instinct is to think this is dangerous. The actual data says the opposite. Across the masters strength training literature, well-coached heavy resistance work produces no greater injury rate than lighter work, and substantially better outcomes for muscle mass, bone density, balance and on-bike performance. The risk is poor technique with poor coaching, at any load.
For cyclists over 50 who have never lifted heavy, the path is simple: learn the technique with light loads for two to three weeks, then ramp load progressively across the next four to eight weeks. By week eight to twelve, most riders are working at the loads the research describes, with technique that has been built deliberately rather than improvised under fatigue.
The session template
The structure that produces results, used twice a week, is built from compound lifts in the lower body, supportive upper body work, and core anti-extension or anti-rotation work.
Session A — quad-dominant
| Movement | Sets | Reps | Load | |---|---|---|---| | Back squat or front squat | 4 | 5 | 75-85% 1RM | | Bulgarian split squat | 3 | 6 each leg | RPE 7-8 | | Romanian deadlift | 3 | 6-8 | RPE 7-8 | | Pull-up or lat pull-down | 3 | 6-8 | RPE 7-8 | | Pallof press | 3 | 10 each side | Light |
Session B — hip-dominant
| Movement | Sets | Reps | Load | |---|---|---|---| | Trap-bar deadlift or conventional deadlift | 4 | 4-5 | 80-85% 1RM | | Front squat or goblet squat | 3 | 6 | RPE 7-8 | | Single-leg hip thrust | 3 | 8 each leg | RPE 7-8 | | Push-up or bench press | 3 | 6-8 | RPE 7-8 | | Deadbug or hollow hold | 3 | 30-45s | Bodyweight |
The sessions take 45-60 minutes. Warm-up is non-negotiable — five minutes of bike or rowing, then a movement-specific ramp into the working sets. Recovery between sets is 2-3 minutes for the heavy compound lifts, 60-90 seconds for accessories.
Programming around the bike
The most common reason cyclists over 50 abandon strength training is not safety or motivation. It is fatigue. Lifting heavy on a hard ride day, or vice versa, produces poor sessions in both modes. The programming has to make space.
Where to put the sessions: on aerobic ride days, not hard ride days. If Tuesday and Saturday are the hard ride days in the week, lift on Wednesday and Friday. The 24-hour gap between the bike and the gym is enough for the bike to absorb most of the previous session's load, and the gym session itself is shorter than a hard ride.
Order on the day: lift after the ride, not before. The bike work depends on the central nervous system being fresh; the gym work tolerates moderate pre-fatigue better. If logistics force the gym in the morning and the ride in the afternoon, accept a softer ride that day or restructure the week.
Session structure across the year: two sessions per week through base and build, one to two during peak race season, one minimum during competition months. Cutting strength work entirely during racing is a common mistake — adaptations decay measurably within four to six weeks, and most race seasons run longer than that.
The structured cycling training plan guide shows how the strength sessions slot into the polarised week.
Loading and progression
Heavy is a relative term. For a 60-year-old new to lifting, a 60kg back squat may be heavy. For an experienced lifter, it is a warm-up. The programme is built on relative load (% of 1RM) and rate of perceived exertion (RPE), not absolute numbers.
The progression model that works for masters athletes:
- Weeks 1-2 (technique): Submaximal loads, focus on movement quality. RPE 5-6 on all working sets.
- Weeks 3-6 (build 1): Working sets at 70-75% 1RM, 6-8 reps. Add a small load increase each week if technique holds.
- Weeks 7-10 (build 2): Working sets at 75-82% 1RM, 5-6 reps. The strength range proper.
- Weeks 11-12 (peak): Working sets at 82-88% 1RM, 3-5 reps. Use sparingly — peak strength blocks are short.
- Weeks 13-14 (deload): Drop volume by 30-40% and load by 10-15%. Recovery, not detraining.
This 14-week cycle repeats with adjusted emphasis. Some cycles emphasise hypertrophy (8-10 reps at 65-75% 1RM); some emphasise peak strength (3-5 reps at 82-88% 1RM). The variation is what avoids stagnation.
The strength training course writes this progression out as a structured 12-week programme with video demonstrations, two sessions per week, and a maintenance variant for race season. At $65 it is the lowest-friction route into a real strength programme without redesigning the whole week around the gym.
Recovery: the part most riders get wrong
Two heavy strength sessions per week impose a recovery cost that most riders new to lifting underestimate. Sleep quality, protein intake and intra-week scheduling all need to support the load.
Sleep: 7.5-9 hours per night during heavy strength phases. Strength adaptation is heavily hormonal, and the hormonal environment depends on deep sleep. Riders who train hard and sleep five hours rarely see strength gains.
Protein: 1.6-2.0g per kilogram of body weight per day, distributed across four meals at 25-35g per meal. Most masters cyclists are under-eating protein, often substantially. The lifting will not produce the adaptation the protocol expects if the substrate is not there.
Recovery between sessions: 48-72 hours between heavy lower-body sessions. Wednesday and Friday work; Monday and Wednesday usually do not, because the spacing is too tight for masters athletes specifically.
Recovery weeks: every fourth or fifth week, drop both bike and strength volume by 30-40 per cent. Hold the loads in a maintenance pattern. The point of a deload is to clear the residual fatigue that compounds across heavy weeks. Skip them and the next build phase fails.
The masters recovery score tool integrates the inputs — sleep, RPE, HRV, resting heart rate — into a single number that flags when recovery is the limiting factor and the next session should be modified or skipped.
What the evidence actually says
The research base on heavy strength training for masters endurance athletes is now substantial. The pattern is consistent across studies: heavy resistance training preserves muscle mass, fast-twitch fibre recruitment, and on-bike power output significantly more effectively than endurance work alone or light resistance work.
A recent study on masters cyclists showed riders adding heavy strength training while holding cycling volume constant outperformed riders who simply added bike volume. The improvement was not modest. Power at threshold, peak sprint power, and durability across long rides all moved in the right direction. The riders adding bike volume alone improved less, gained more weight, and reported more injury.
For older riders specifically, the research extends into bone density, balance and fall prevention. Heavy resistance training in the over-60 cohort reduces fracture risk by improving both bone mineral density and the postural muscles that prevent falls in the first place. This is not nice-to-have. It is what keeps the wheels turning into the 70s and beyond.
Where to start
If you have never lifted heavy before, the starting point is technique. Two to three weeks of submaximal work, ideally with a coach who can watch your form, is the cheapest investment you will make in your cycling for the next decade. The squat, the hip hinge and the split squat patterns are not difficult to learn. They are difficult to learn under fatigue, on poor instruction, with too much load too soon.
If you have lifted before but stopped, the ramp back is faster — most masters athletes who have a strength history regain previous lifts within 6-8 weeks of resuming.
If you are already lifting but the protocol is light or unstructured, the gap is likely intent. Three sets of fifteen at body weight is not the same stimulus as 4 sets of 5 at 80 per cent 1RM. The volume looks similar on paper. The adaptation is not.
The strength training course is the structured entry point — 12 weeks, two sessions per week, video-coached, $65, with a maintenance variant for race season. The coaching programme wraps the strength work around your bike training and your event so the two systems pull together rather than compete.
The most expensive habit in masters cycling is the one that says "I'll add strength when I have time." After 50, the time you save by skipping the gym is not free time. It is borrowed against the version of you who is no longer riding. Spending 90 minutes twice a week is the rate at which you keep the version that is.
For the wider masters context, see the masters cycling training report 2026 and the getting faster after 40 guide; for the underlying meta-analysis, the new study confirming heavy strength training beats more miles after 40 post is the cleanest read.
Got a specific question — when to schedule sessions around long rides, how to programme around an existing knee niggle, whether to use machines vs free weights? Ask Roadman for an answer drawn from the actual S&C and masters conversations on the podcast.
