The best strength training exercises for cyclists off the bike are squats, Romanian deadlifts, lunges, hip thrusts, step-ups, planks, and pull-ups. These movements target the muscle groups most involved in the pedal stroke — primarily the glutes, quadriceps, and hamstrings — while also building the core stability and upper body endurance that keep you riding efficiently for hours. If you’re a road cyclist who spends three or four days a week on the bike and neglects the gym entirely, you’re leaving measurable performance gains on the table.
A 2025 systematic review and meta-analysis published in the European Journal of Applied Physiology examined 262 participants across interventions lasting 5 to 25 weeks and found that heavy strength training improves cycling efficiency (effect size 0.353), anaerobic power (effect size 0.560), and overall cycling performance (effect size 0.463). Importantly, those gains came without any significant effect on VO2max, meaning strength work complements your aerobic training rather than replacing it. This article covers the specific exercises worth doing, how to program them across your season, and the common mistakes that undercut results.
Table of Contents
- What Does the Research Say About Strength Training Exercises for Cyclists Off the Bike?
- The Core Lower Body Exercises Every Cyclist Should Know
- Unilateral Movements That Mirror the Pedal Stroke
- Core and Upper Body Exercises Worth Prioritizing
- Common Programming Mistakes and When Strength Training Backfires
- How to Structure the Off-Season Strength Block
- What the Research Suggests About the Future of Cyclist Strength Training
- Conclusion
- Frequently Asked Questions
What Does the Research Say About Strength Training Exercises for Cyclists Off the Bike?
The 2025 meta-analysis is the most comprehensive look at this question to date, and its findings are worth sitting with. Participants who lifted heavy saw improvements in lean lower body mass, peak power output on the Wingate test, peak aerobic power output, and mean power during 40-minute all-out trials. These are not peripheral metrics — they are the numbers that determine whether you can hold a breakaway, sprint to a town sign, or simply outlast a climbing companion on the final 20 minutes of a long ride. What stands out is the dose. The interventions used one to three sessions per week, typically with sets of three to five reps at heavy loads and three or more minutes of rest between sets. That rest period surprises many cyclists who assume gym work should feel like interval training.
It should not. The goal in a heavy strength session is full neuromuscular recovery between efforts so the next set is just as powerful as the first. Treating strength training like cardio — cutting rest short, chasing fatigue — shifts the adaptation away from force production and toward muscular endurance, which you’re already developing on the bike. Research has also identified a sex-based difference worth noting. Studies suggest female cyclists may have greater potential for improving cycling economy from heavy strength training than male cyclists. The precise mechanism isn’t fully established, but it likely relates to differences in baseline muscle fiber composition and how women respond to heavy loading. For female riders skeptical about adding gym work to an already full training schedule, the data suggests the return on investment may be particularly high.
The Core Lower Body Exercises Every Cyclist Should Know
Squats are the foundational movement. They target the quadriceps, hamstrings, and glutes simultaneously, which maps directly onto the power phase of the pedal stroke. A back squat or goblet squat performed through a full range of motion also develops hip mobility, which tends to erode in cyclists who spend years in a fixed, forward-flexed position. If you’re new to squatting, start with a goblet squat holding a single dumbbell at your chest — it forces an upright torso and teaches the hinge-and-sit pattern before you load a barbell. Romanian deadlifts address the posterior chain in a way that squats alone do not. The hamstrings and glutes work eccentrically as you lower the weight, which builds the kind of strength that resists fatigue during long climbs when hip extension becomes the limiting factor. TrainingPeaks lists RDLs among their top recommendations for cyclists specifically because of this posterior chain emphasis.
A common mistake is loading the movement too heavily before mastering the hip hinge. If your lower back rounds before your hamstrings feel the stretch, you’re not in the right position — reduce the weight and work the range of motion first. Hip thrusts and glute bridges isolate the glutes more directly than either squats or deadlifts. The glutes are the primary power-generating muscle in cycling, and many riders are functionally glute-weak despite logging hundreds of miles, because the bike position doesn’t demand full hip extension under load. A barbell hip thrust — with your upper back on a bench, a loaded bar across your hips — builds this specific strength pattern. If a full hip thrust setup isn’t available, a single-leg glute bridge on the floor is a legitimate starting point. However, if you have existing lower back issues, be cautious with loaded hip thrusts and consult a physio before progressing the weight.
Unilateral Movements That Mirror the Pedal Stroke
Cycling is a unilateral sport. Each leg pushes down and pulls back in alternating sequence, and any strength imbalance between legs will eventually express itself as asymmetric fatigue, a skewed pedal stroke, or overuse injury on the dominant side. This is why lunges and step-ups belong in any cyclist’s training program alongside bilateral movements like squats. Lunges target the hip flexors, quadriceps, and hamstrings in a split-stance position that closely mimics the mechanics of a single-leg pedaling effort. A walking lunge with dumbbells or a reverse lunge from a deficit (standing on a low plate) adds a range of motion demand that carries over well to steep climbs where hip extension is pushed to its limits.
Step-ups are equally effective. Standing in front of a box or bench and driving one leg to elevation — without pushing off the trailing foot — isolates the working leg completely and trains the exact movement sequence of pushing down through the pedal at the top of the stroke. A practical example: a rider coming back from knee pain on one side often discovers, during single-leg strength testing, that the injured leg is significantly weaker. Incorporating step-ups at moderate load for six to eight weeks as part of a structured return-to-riding plan frequently closes that gap and reduces recurrence. Bilateral exercises like squats can mask these asymmetries entirely, because the stronger leg compensates for the weaker one without either the rider or the coach noticing.
Core and Upper Body Exercises Worth Prioritizing
Core stability is not about aesthetics. It is the foundation through which leg power is transferred to the pedals. A weak core allows the pelvis to rock, dissipating force with every stroke and placing excessive load on the lower back and hip flexors. Planks — both standard and side variations — build the anti-rotation and anti-extension strength that keeps your body stable on the bike during hard efforts. TrainerRoad specifically cites planks as essential for power transfer and injury prevention. Pull-ups are the upper body exercise most worth including.
Cycling doesn’t demand much from the back and arms in terms of raw strength, but it does demand endurance in those muscles — particularly on long rides where you’re braced on the hoods or bars for four or five hours. Pull-ups strengthen the lats, rhomboids, and biceps in a way that reduces the fatigue-driven upper body slumping that many cyclists experience late in a ride. If bodyweight pull-ups are not yet achievable, a resistance band looped over the bar for assistance works well. The tradeoff compared to lat pulldowns is that pull-ups require more stabilizer activation and tend to build grip strength as a side benefit. The comparison between a heavy core and upper body program versus a minimal one is instructive. A rider who only trains legs off the bike may see power gains on climbs but struggles with neck pain, hand numbness, and general fatigue on four-plus hour rides. Adding two sets of planks and two sets of pull-ups per session takes fewer than ten minutes and meaningfully changes that outcome over a full season.
Common Programming Mistakes and When Strength Training Backfires
The most common mistake is timing. Cyclists who lift heavily the day before a hard interval session on the bike arrive to that session pre-fatigued in exactly the muscle groups they need to recruit. Programming a heavy lower body strength session within 24 hours of a high-intensity bike workout tends to compromise both sessions. The standard recommendation is to separate strength work from key bike sessions by at least a day, or to place it on the same day as an easy ride to consolidate fatigue. Volume is the second common error. Adding two heavy strength sessions per week to an already full training load without reducing ride volume somewhere else is a recipe for overreaching.
The research supports one to two sessions per week as sufficient for performance benefits. More than that, for most amateur cyclists with limited recovery capacity, tends to create a net negative — fatigue accumulates faster than adaptation can occur. The off-season is the right time to push strength volume higher precisely because overall training load is lower. A warning for masters cyclists specifically: recovery from heavy lifting takes longer as you age, and the body’s ability to absorb concurrent training stress decreases. What works for a 28-year-old — squatting heavy on Monday, doing a VO2max bike session on Tuesday — may leave a 52-year-old flat for three days. Older riders benefit from the same exercises but often need to space sessions further apart and reduce training density in other areas to accommodate the additional stress.
How to Structure the Off-Season Strength Block
The off-season and base phase are the optimal time to begin or increase strength training. The reasoning is straightforward: during this period, your overall bike training load is lower, your schedule has more flexibility, and any residual fatigue from lifting is less likely to compromise race-day or key training performance. Most UCI professionals who incorporate strength training front-load it into the transition and preparation phases, reducing volume as the race season approaches.
A practical structure for an off-season block: two strength sessions per week, each lasting 45 to 60 minutes, built around three or four of the exercises covered above. In early weeks, the focus is on form and range of motion at moderate loads. Over four to six weeks, progressively increase weight while keeping reps in the three-to-five range. By the time the spring racing or gran fondo season approaches, drop to one maintenance session per week at reduced volume so the strength gains are preserved without accumulating excessive fatigue.
What the Research Suggests About the Future of Cyclist Strength Training
Interest in off-bike strength training among cyclists has grown considerably, and the research base is catching up. A recent study on professional UCI road cyclists found that most pros who incorporated strength training reported performance improvements — a finding that aligns with what coaches have observed anecdotally for years but that lacked robust controlled data until recently. As more periodized, concurrent training studies are published, programming recommendations will likely become more precise about optimal loads, timing, and individualization.
What the current evidence already supports is that strength training is not optional for cyclists who want to maximize their potential. It improves the metrics that matter — power output, efficiency, anaerobic capacity — without compromising the aerobic foundation that cycling depends on. The athletes and coaches treating gym work as peripheral are working with a smaller toolkit than the research warrants.
Conclusion
The best strength training exercises for cyclists off the bike are squats, Romanian deadlifts, lunges, hip thrusts, step-ups, planks, and pull-ups. These movements address the primary muscle groups involved in the pedal stroke, correct the bilateral imbalances that cycling tends to create, and build the core and upper body endurance needed for long-duration riding. The 2025 meta-analysis makes clear that heavy, low-rep lifting — not endurance-style circuit training — is what drives improvements in cycling efficiency and power output.
Programming matters as much as exercise selection. One to two sessions per week, kept away from key bike sessions, and timed to the off-season and base phase will deliver meaningful gains without compromising your riding. Start with the foundational movements, prioritize form over load in the early weeks, and reduce volume as your target event approaches. Done consistently over a full training year, strength work off the bike will change what you’re capable of on it.
Frequently Asked Questions
How many times per week should cyclists lift weights?
One to two sessions per week is sufficient for most cyclists to improve power output and reduce injury risk. The research reviewed in the 2025 European Journal of Applied Physiology meta-analysis used one to three sessions per week, with most of the performance gains appearing in programs at the lower end of that range when combined with regular cycling.
Will lifting weights make cyclists too bulky or slow them down?
Not with the programming approach recommended here. Short sets of three to five reps with heavy loads and long rest periods favor neuromuscular adaptations — meaning your muscles fire more effectively — rather than hypertrophy. The 2025 meta-analysis found no significant increase in body mass among cyclists who followed heavy strength protocols, while power output and efficiency improved.
Is strength training different for female cyclists?
The exercise selection is the same, but research suggests female cyclists may see greater improvements in cycling economy from heavy strength training than male cyclists. This makes a consistent off-bike lifting program particularly worthwhile for women who are trying to improve their efficiency and power-to-weight ratio.
When is the best time in the season to do strength training?
The off-season and base phase are optimal. Training load on the bike is lower during this period, which allows for more aggressive strength work without overreaching. As the race season approaches, reduce strength volume to one maintenance session per week to preserve the gains without accumulating excess fatigue.
Should cyclists do unilateral or bilateral exercises?
Both. Bilateral exercises like squats build overall leg strength, but unilateral movements like lunges and step-ups address the side-to-side imbalances that cycling often creates. Since cycling itself is a unilateral sport, including single-leg work is important for injury prevention and for developing a more balanced pedal stroke.
