Quick Answer
The most effective strength programme for cyclists focuses on heavy compound lower-body work (Bulgarian split squats, Romanian deadlifts, half squats), single-leg variations to correct asymmetry, posterior chain loading to offset cycling’s quad dominance, and anti-extension core stability. Two sessions per week is the research-supported optimum. Start in the off-season, build through winter, reduce to maintenance during race season. Research confirms that heavier loads in the 4–8 rep range outperform high-rep endurance lifting for cycling performance gains.
What the Research Actually Shows
The evidence base for strength training in cyclists is stronger and more specific than most riders realise. A landmark 2012 study published in the International Journal of Sports Physiology and Performance tested 18 well-trained cyclists, splitting them into a group that added heavy strength training to their endurance programme versus a group that continued endurance-only training. After 12 weeks, the strength group improved 5-minute all-out power output by 7% more than the endurance-only group. Crucially, the improvement came with measurably better pedalling efficacy — specifically, reduced negative torque during the upstroke, meaning less energy wasted fighting against the leg during the recovery phase of each stroke.
A separate 25-week study in elite cyclists found the strength training group achieved significantly superior improvements in peak aerobic power (Wmax), power at 4 mmol/L lactate threshold, and mean power during a 40-minute all-out trial compared to endurance-only training. Neither VO2 max nor cycling economy changed — the performance gains came from neuromuscular improvements. A 2025 meta-analysis in the European Journal of Applied Physiology confirmed this picture across multiple studies: heavy strength training (≥80% of one-rep maximum) improves cycling performance via cycling efficiency and anaerobic power, without changes in VO2 max.
The mechanism is straightforward. Strength training improves the rate at which muscles can develop and apply force. In cycling terms, this means peak torque arrives earlier in the pedal stroke, force application is more precise, and less metabolic energy is wasted on inefficient muscle recruitment. You don’t get fitter lungs from squats. You get legs that waste less energy turning the pedals. Our guide on squats and cycling performance covers the specific research on the most common exercise cyclists avoid.
The research also identifies what doesn’t work: single-exercise programmes, interventions shorter than 8 weeks, and low-load high-rep lifting. The protocol that produces results is multiple lower-body exercises, minimum 8 weeks, two sessions per week, at loads of 4–12 RM. That’s the framework everything below is built around.
Why Cycling Creates Specific Strength Deficits
Understanding what cycling does to the body over time makes it easier to see why strength training choices matter. The fixed, repetitive motion of pedalling produces four predictable weaknesses:
Quad dominance. The downstroke — where 80–90% of pedalling power is generated — heavily loads the quadriceps. Hamstrings and glutes, which are essential for hip extension and provide the muscular counterbalance, are underloaded in the constrained range of cycling’s motion. The result is a quad-to-hamstring strength ratio that is skewed well beyond healthy limits, increasing knee injury risk and limiting the full hip drive needed for hard climbing and sprint efforts.
Hip flexor shortening. Cycling maintains the hip in partial flexion for hours. The hip flexors adaptively shorten, reducing hip extension range of motion. This limits power at the bottom of the pedal stroke and contributes to anterior pelvic tilt — a known driver of lower back pain in cyclists during long rides. Our KOPS method guide covers how hip position affects bike fit and knee tracking.
Bilateral asymmetry. Most cyclists have a measurably stronger dominant leg. Cycling’s bilateral motion allows the stronger leg to compensate, so these imbalances persist or worsen without targeted intervention. Single-leg exercises expose and correct these discrepancies, improving pedalling symmetry and power transfer. Our article on cycling with a hamstring injury covers how asymmetry and posterior chain weakness often combine to produce this common injury.
Upper back fatigue. An aerodynamic riding position requires sustained isometric contraction of the thoracic extensors and scapular stabilisers. Cyclists without direct upper back strength training fatigue in their position before their legs give out, producing a slumped posture that restricts breathing and reduces force transfer through the core to the pedals. Our guide on resistance band training for cyclists covers targeted upper back work that can be done without a gym.
The 10 Best Strength Exercises for Cyclists
1. Bulgarian Split Squat
The Bulgarian split squat is the most cycling-specific strength exercise available. It develops each leg independently, mirrors the alternating unilateral loading of the pedal stroke, loads the glutes and quads through a full range of motion, and demands the core stability needed for climbing and out-of-saddle efforts. Research consistently identifies single-leg exercises as producing superior transfer to cycling compared to bilateral-only programmes.
How to perform it: Stand roughly a metre in front of a bench or box at knee height. Place the top of one foot on the bench behind you. Hold dumbbells at your sides or a barbell across your upper back. Lower until the front thigh is approximately parallel to the floor — front knee tracking over the second toe, not caving inward. Drive through the heel of the front foot to return. Keep the torso upright throughout; the common error is excessive forward lean, which shifts load away from the glutes.
Sets and reps: 3 × 6–10 per side. Beginners: bodyweight only for the first 2–3 sessions before adding load. Progress to 4 × 4–6 per side with heavier dumbbells as strength develops.
2. Romanian Deadlift
The Romanian deadlift (RDL) develops the hamstrings and glutes through hip extension — exactly what cycling underloads. Strong hamstrings reduce the quad-to-hamstring imbalance that drives knee pain, and powerful glutes directly increase downstroke power. The RDL also strengthens the lumbar extensors responsible for maintaining position during long rides. If you experience hamstring tightness or lower back fatigue on longer rides, this exercise and the Nordic curl (below) are the two most direct interventions.
How to perform it: Hold a barbell or dumbbells at hip height, feet hip-width apart. Hinge at the hips — push them backward — while allowing a slight knee bend. Lower the weight along the front of your legs until you feel a firm hamstring stretch, typically just below the knees. Drive the hips forward to return to standing, squeezing the glutes at the top. Keep the spine neutral throughout: the lower back should never round under load.
Sets and reps: 3 × 8–10. When 10 reps feel genuinely manageable, add weight and drop to 6–8.
3. Half Squat
The squat is the primary quadriceps developer in any cycling strength programme. The half squat — thighs parallel to the floor, not below — matches the range of motion used in cycling more closely than a full squat, and allows heavier loading without excessive spinal stress. Research on elite cyclists consistently includes squats in the most effective strength protocols. Heavier half squats produce greater neuromuscular adaptation (improved rate of force development, better motor unit recruitment) than lighter full-range squats for cycling performance purposes.
How to perform it: Barbell across the upper trapezius, feet slightly wider than shoulder-width, toes turned 15–30 degrees outward. Squat until thighs are parallel — stop there, don’t descend further. Drive through mid-foot and heels to return. Core braced throughout. For cyclists new to barbell squatting, a goblet squat (dumbbell held at the chest) is the ideal entry point — it teaches the pattern safely, builds the necessary mobility, and can be loaded progressively.
Strength benchmark: 1× bodyweight for endurance cyclists; up to 1.5× for sprinters and power-focused riders.
Sets and reps: 3–4 × 4–8. Lower rep range with heavier loads produces the neuromuscular adaptations most relevant to cycling. See our guide on squats for cycling performance for more detail on the research behind this rep range.
4. Hip Thrust
The hip thrust produces higher glute maximus activation than any other lower-body exercise — significantly higher than squats or deadlifts. The glute max is the primary driver of hip extension during the downstroke and is systematically under-activated in cyclists whose glutes never reach full hip extension during pedalling. Strong glutes also protect the lower back by stabilising the pelvis during repeated power efforts.
How to perform it: Sit on the floor with your upper back against a bench, feet flat and roughly hip-width apart. Place a barbell or dumbbell across the hip crease. Drive through both heels to push the hips upward until the torso, hips, and thighs form a straight line. Squeeze the glutes firmly at the top, hold for a count, then lower with control. The lift ends when the hips are level — don’t hyperextend the lower back by pushing higher. For single-leg variation (more cycling-specific): one leg extended, same movement through the grounded heel. Start with bodyweight single-leg.
Sets and reps: 3 × 10–12 bilateral; 3 × 8 per side for single-leg.
5. Step-Up
The step-up closely replicates the single-leg loading pattern of the pedal stroke and develops strength through a very similar range of motion. It builds quad and glute strength while simultaneously challenging balance and stability, making it directly transferable to varied terrain and out-of-saddle efforts. A useful exercise for cyclists who find Bulgarian split squats technically demanding.
How to perform it: Stand facing a box or bench at approximately knee height. Holding dumbbells by your sides, place one foot fully flat on the box. Press through the heel of the elevated foot to step up — critically, do not push off with the trailing foot. That trailing push removes the unilateral stimulus. Lower back down slowly. Keep the torso upright throughout.
Sets and reps: 3 × 8–10 per side. Progress by raising box height or adding load.
6. Nordic Hamstring Curl
The Nordic curl develops eccentric hamstring strength — the ability to control the leg during the upstroke and decelerate it during the recovery phase. Eccentric hamstring weakness is one of the strongest predictors of hamstring strain injury in endurance athletes. Research in team sports shows Nordic curls reduce hamstring injury rates by over 50%; the principle transfers directly to cyclists whose hamstrings are chronically underloaded and eccentrically undertrained. This exercise is genuinely hard and should be introduced gradually.
How to perform it: Kneel on a mat with feet anchored under something sturdy (a bench, a partner, a loaded barbell). Cross arms over your chest. Lower your torso toward the floor as slowly as possible, resisting the descent purely with the hamstrings. Catch yourself with your hands at the bottom, then use your arms to push back to the starting position. As strength improves, use less arm assistance on the return. Progress toward completing the lowering phase over 4–6 seconds.
Sets and reps: 3 × 4–6. Quality entirely over quantity — a sloppy Nordic curl is a wasted Nordic curl.
7. Single-Leg Press
The leg press allows unilateral loading with less technical demand than barbell exercises, making it accessible to cyclists who are new to gym training. It develops quad and glute strength through a range of motion similar to the downstroke, and easy side-to-side load comparison makes it a useful tool for identifying and tracking strength imbalances between legs.
How to perform it: Set one foot on the press platform roughly mid-height, other leg raised. Lower the platform until the knee reaches approximately 90 degrees, then press back. Keep the lower back firmly against the seat throughout. Avoid letting the pelvis posteriorly tilt under load — a common error that compresses the lumbar spine.
Sets and reps: 3 × 8–12 per side. Progress by adding load or adjusting the seat angle.
8. Calf Raise (Single-Leg)
The soleus and gastrocnemius contribute meaningfully to pedalling power through ankle plantarflexion at the base of the downstroke. Strong calves also support the knee joint and reduce Achilles tendon stress, particularly relevant in cyclists who also run (triathletes, for example). Despite being used during cycling, the range and load pattern of pedalling don’t fully develop calf strength — especially at longer muscle lengths. Direct calf training fills this gap.
How to perform it: Stand with the ball of one foot on the edge of a step, heel hanging below. Lower the heel as far as comfortable, then rise as high as possible on the ball of the foot. Hold for one second at the top, then lower slowly. Two key variations: slightly bent knee targets the soleus (most active during cycling); straight knee targets the gastrocnemius. Both matter. If managing Achilles tendon issues, the bent-knee eccentric calf raise is the evidence-based first-line intervention.
Sets and reps: 3 × 12–15 per side. Add a dumbbell when bodyweight becomes easy.
9. Bent-Over Row
The upper back is the cyclist’s most neglected strength zone. Thoracic extensors, rhomboids, and mid-trapezius work isometrically to maintain riding position — especially in aero positions — and fatigue here produces the position collapse that restricts breathing and reduces power transfer. Rows directly strengthen these muscles in a way cycling never achieves. A cyclist with a strong upper back holds their position longer and better, which is a meaningful performance advantage over 3–5 hour rides.
How to perform it: Hold a barbell or dumbbells, hinge at the hips to roughly 45 degrees with a neutral spine. Row the weight toward your lower chest or upper abdomen, keeping the elbows close to the body. Squeeze the shoulder blades together at the top — the contraction, not the movement of the weight, is what matters. A more horizontal torso (closer to parallel to the floor) is more cycling-position-specific and emphasises the thoracic extensors more. Our guide on resistance band alternatives for cyclists covers band-based rows for home training.
Sets and reps: 3 × 8–12.
10. Plank and Dead Bug (Core Stability)
Core stability for cyclists is about anti-extension and anti-rotation — resisting unwanted spinal movement under load — not producing flexion. A stable core transfers force from the legs through the torso without energy leakage. Position maintenance, breathing efficiency, and effective power application all depend on it. Research on master cyclists confirms core training is the most consistently practised element of off-bike training, and while direct performance improvements are modest in isolation, the injury prevention benefit for the lower back is significant.
Plank: Forearms on the floor, body rigid from heels to head — no hip sagging or piking. Build to 3 × 60–90 second holds. For progression: alternate arm lifts, or elevate feet on a bench.
Dead bug: Lie on your back, arms extended toward the ceiling, knees bent at 90° directly above the hips. Slowly lower one arm overhead while simultaneously extending the opposite leg, keeping the lower back pressed flat throughout. Return and alternate. 3 × 8–10 per side. This is harder than it looks when done correctly — back stays flat means flat, not slightly lifted.
Strength Benchmarks for Cyclists
These targets give a concrete goal to work toward. They are not minimum entry requirements — they are markers of well-developed functional strength for cyclists. Most recreational cyclists start well below these and improve quickly in the first 8–12 weeks of structured training. Reassess every 6 weeks.
| Exercise | Endurance cyclist target | Sprint / power cyclist target | Key notes |
|---|---|---|---|
| Half squat | 1× bodyweight | 1.5× bodyweight | Thighs parallel only; form over depth |
| Romanian deadlift | 1–1.25× bodyweight | 1.5× bodyweight | Neutral spine throughout |
| Bulgarian split squat | 0.4–0.5× bodyweight per side | 0.6× bodyweight per side | Test each side independently |
| Hip thrust | 1–1.5× bodyweight | 1.75× bodyweight | Full glute contraction at top |
| Plank | 90 seconds | 2–3 minutes | No position breakdown accepted |
| Pull-up | 6–8 unassisted | 10+ unassisted | Upper back and postural endurance |
| Bent-over row | 0.5× bodyweight | 0.75× bodyweight | Torso roughly parallel to floor |
Significant asymmetries between sides on single-leg exercises — more than 10% — deserve targeted attention before continuing to increase bilateral loads. An imbalanced cyclist adding heavy bilateral squats without addressing the imbalance often reinforces, rather than corrects, the discrepancy. Our guide on cycling after a leg workout covers how to manage the fatigue from strength sessions when you’re also riding.
How to Periodise Strength Through the Cycling Year
The most effective approach ties strength volume inversely to cycling volume. When riding volume is low, strength volume is high. As the season builds, strength reduces to maintenance. This is not complicated to implement but requires planning.
Off-Season: Anatomical Adaptation (4–6 weeks)
The goal here is learning movement patterns and preparing connective tissue for heavier loading to come — not building strength yet. Use bodyweight or light loads, 12–15 reps, 2–3 sessions per week. The biggest mistake cyclists make is skipping this phase and going straight to heavy lifting, which produces injuries and severe DOMS that derails both gym training and cycling.
Winter / Base Phase: Maximum Strength (8–12 weeks)
This is the primary performance-building window. Heavy loads, 4–8 reps, 2 sessions per week with all key exercises. The research showing meaningful cycling performance improvements consistently involves at least 8 weeks of this phase. This is also when base cycling volume is building — the two complement each other, with strength improving the neuromuscular foundation on which aerobic fitness builds. For cyclists also working on FTP development during this period, our guide on what influences FTP improvement explains how strength adaptations interact with on-bike training.
Race Season: Maintenance (ongoing)
Reduce to 1 session per week with reduced volume (2 sets per exercise, slightly reduced load). The goal is preserving winter gains, not building new strength. Remove exercises that produce significant DOMS in the 48 hours after a session — Nordic curls and very heavy squats should be lightened or replaced with lower-fatigue alternatives. Schedule the maintenance session on the same day as a hard cycling session (fatigue is already accumulated), never the day before a key ride or race. See our guide on cycling after a leg session for managing the combined training stress.
Transition / Recovery
Two to four weeks of full rest or very light activity after the race season ends. Strength training can be dropped entirely during this period before recommencing the off-season cycle. This rest is not wasted time — it is what allows the next off-season strength phase to be more productive than the previous one.
Sample Weekly Training Structure
Off-Season / Winter Strength Phase
| Day | Session | Duration |
|---|---|---|
| Monday | Strength A: Bulgarian split squat, Romanian deadlift, bent-over row, plank | 50–60 min |
| Tuesday | Zone 2 endurance ride | 60–90 min |
| Wednesday | Rest or easy spin | — |
| Thursday | Strength B: Half squat, hip thrust, step-up, Nordic curl, dead bug | 50–60 min |
| Friday | Rest | — |
| Saturday | Hard cycling session (intervals or tempo) | 60–90 min |
| Sunday | Long endurance ride | 2–3 hrs |
Race Season Maintenance
| Day | Session | Notes |
|---|---|---|
| Monday | Maintenance: 2 × 5 Bulgarian split squat, 2 × 6 RDL, 2 × 8 hip thrust, 2 × 60s plank | After an easy spin or on its own — never before a key ride |
| Tuesday | Hard cycling intervals | Strength soreness fully cleared by now |
| Wednesday | Easy recovery spin | — |
| Thursday | Threshold or tempo ride | — |
| Friday | Rest | — |
| Saturday | Race or key training ride | — |
| Sunday | Long ride | — |
Common Mistakes Cyclists Make With Strength Training
Starting too heavy. The most common entry mistake — and the one that sends cyclists back to the bike for two weeks while DOMS clears and then abandons the programme. Start with bodyweight or light loads for the first three to four sessions, regardless of cycling fitness level. Strength is a different motor skill from cycling and connective tissue needs time to adapt.
Using endurance rep ranges. Sets of 15–20 reps at light load build muscular endurance, not the neuromuscular strength that improves cycling efficiency and power. The research is consistent: loads in the 4–12 RM range at 80% or more of one-rep maximum produce cycling performance gains. Lighter, higher-rep strength work does not replicate these effects.
Only doing bilateral exercises. Squats and leg presses on both legs simultaneously allow the stronger side to compensate — the dominant leg does more work while the imbalance persists. Single-leg work (Bulgarian split squat, step-up, single-leg press) is non-negotiable for cyclists who want to improve pedalling symmetry and correct the asymmetries that cause overuse injuries. Our article on whether cycling can replace leg day covers why the specificity of cycling doesn’t fully substitute for unilateral gym work.
Heavy strength during race season. High cycling volume plus heavy strength volume equals accumulated fatigue that degrades both. Race season is for maintaining winter strength gains with one light session per week — not building new strength. Trying to build strength in-season consistently underperforms relative to a properly periodised approach.
Neglecting the posterior chain. Most cyclists intuitively focus on quads — those are the muscles they feel. Hamstrings, glutes, and lower back are significantly undertrained but equally important for performance and injury resilience. Romanian deadlifts, hip thrusts, and Nordic curls are the three exercises that most directly address what cycling leaves undertrained.
Scheduling strength the day before key rides. Heavy leg work impairs power output for 24–48 hours. Scheduling strength the day before your most important ride of the week consistently degrades that ride’s quality. The correct sequencing is: strength on the same day as a hard ride (fatigue is already present), or at minimum two days before the next key session.
Want Strength Training Built Into Your Cycling Plan?
A structured cycling programme can integrate strength sessions at the right time of year — off-season building, in-season maintenance — without compromising your riding. Coaching takes care of the periodisation so you don't have to guess when to lift heavy and when to back off.
FAQ: Strength Training for Cyclists
Does strength training improve cycling performance?
Yes. Multiple peer-reviewed studies confirm that heavy strength training (8+ weeks, multiple lower-body exercises, 4–12 RM loads) improves cycling time trial performance, power at lactate threshold, and peak sprint power. The mechanism is improved cycling efficiency and rate of force development, not increased VO2 max. A 2012 study found cyclists who added 12 weeks of heavy strength training improved 5-minute all-out power by 7% more than endurance-only training.
What are the best strength exercises for cyclists?
Bulgarian split squats, Romanian deadlifts, half squats, hip thrusts, step-ups, Nordic hamstring curls, single-leg press, calf raises, bent-over rows, and plank or dead bug. Single-leg exercises are especially important because they correct bilateral asymmetries and transfer more directly to the pedal stroke than bilateral-only programmes.
How often should cyclists strength train?
Two sessions per week during the off-season and base phase; one maintenance session during race season. Never schedule heavy leg work in the 48 hours before an important ride. See our guide to cycling after a leg workout for managing the combined training stress.
Will strength training make cyclists too heavy?
No. When programmed correctly — heavy loads, 4–8 rep range, two sessions per week — strength training builds neuromuscular efficiency, not significant muscle mass. Research on trained cyclists consistently shows no meaningful weight gain from properly structured strength programmes. Any small lean mass gains are offset by the power improvements, improving watts per kilogram.
When should cyclists start strength training?
The off-season is the ideal starting point, with 4–6 weeks of anatomical adaptation (lighter loads, higher reps) before transitioning to the heavy maximum strength phase through winter. Understanding how this interacts with on-bike FTP development is covered in our FTP improvement factors guide.
What strength benchmarks should cyclists aim for?
Half squat: 1× bodyweight (endurance), 1.5× (sprint). Romanian deadlift: 1–1.25× bodyweight. Bulgarian split squat: 0.5× bodyweight per side. Plank: 90 seconds. Pull-ups: 6–8 unassisted. Check your FTP benchmarks by age alongside these to understand where your overall performance profile sits.
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