Cycling strength training produces real performance improvements through exercises that build the specific physical capacities cycling demands: leg strength for sustained power output, posterior chain power for pedal stroke efficiency, unilateral leg strength for single-leg pedal force, core stability for posture during long rides, and explosive power for sprinting and acceleration. The format works particularly well for cyclists because pure cycling training rarely develops the strength foundation that supports higher power output and reduces injury risk. Most cyclists who consistently add 2 to 3 strength sessions per week alongside cycling training see measurable improvements in sustained power, climbing capacity, and sprint performance within 8 to 12 weeks. The combination of strength work, single-leg training, core stability, and explosive power produces broader athletic development than cardio-only training.
Below are ten effective cycling strength exercises that cover heavy lower-body strength (barbell squat, front squat), posterior chain (Romanian deadlift, single-leg deadlift with knee lift, glute bridge), unilateral leg work (Bulgarian split squat, step-up), explosive power (jump squat), and core stability (side plank, superman). Together they form a complete cycling strength program that hits every physical demand of the sport without overloading the cyclist’s already-high cardio volume. A 30 to 45-minute session pulled from this list, performed 2 to 3 times per week alongside cycling training, produces strong athletic foundation that supports cycling performance.
Barbell Squat
The Barbell Squat performs squat motion with a barbell across the upper back. The pattern is the foundational lower-body strength exercise that builds the leg power cyclists need for sustained sprint efforts and hill climbing.
For cycling strength training, the barbell squat is the foundational lower-body strength exercise. The pattern hits the quads, glutes, and hamstrings through heavy compound loading that translates directly to cycling power output. Run it for 4 sets of 5 to 8 reps as primary lower-body strength work in any cycling strength session.
Set up under a barbell positioned across the upper back at chest height in a squat rack. Step back to clear the rack with feet shoulder-width and toes pointing slightly out. Squat down by sitting the hips back and bending the knees, descending until the hip crease is below the knees. Drive back to standing through the heels while keeping the chest up.
Barbell Romanian Deadlift
The Barbell Romanian Deadlift performs hip-hinge motion with a barbell, emphasizing the hamstrings and glutes through eccentric loading. The pattern builds the posterior chain power critical for cycling pedal stroke efficiency.
For cycling strength training, the Romanian deadlift produces strong hamstring and glute loading that translates to cycling pedal stroke power and hip extension during the down phase. The pattern hits the posterior chain through hip extension under heavy load. Run it for 3 to 4 sets of 6 to 10 reps as primary posterior chain work in any cycling strength session.
Stand with feet hip-width and a barbell held at thigh level. Hinge at the hips by sending them backward while keeping the back flat and the bar close to the legs. Lower until feeling a strong hamstring stretch. Drive back to standing by extending through the hips and squeezing the glutes. Maintain bar contact with legs throughout.
Dumbbell Bulgarian Split Squat
The Dumbbell Bulgarian Split Squat performs split squats with the back foot elevated on a bench while holding dumbbells at the sides. The pattern produces strong unilateral leg loading that addresses left-right imbalances common in cyclists.
For cycling strength training, the Bulgarian split squat produces strong unilateral leg loading that translates directly to single-leg pedal stroke power. The pattern hits the quads and glutes through deep range of motion. Run it for 3 sets of 8 to 10 reps per leg as primary unilateral leg work.
Stand 2 to 3 feet in front of a bench with one foot resting on the bench behind the body and a dumbbell in each hand. Drop straight down by bending the front knee until the back knee approaches the floor. Drive through the front foot to push back to standing. Switch sides between sets. Lean slightly forward to emphasize glute loading.
Dumbbell Step Up
The Dumbbell Step Up steps onto an elevated surface (bench, box, or sturdy chair) while holding dumbbells at the sides. The pattern builds unilateral leg strength and translates directly to the standing climb position cyclists use on hills.
For cycling strength training, the step-up produces strong unilateral leg loading that translates directly to climbing position pedal power. The pattern hits the quads, glutes, and balance throughout. Run it for 3 sets of 8 to 12 reps per leg as primary unilateral leg work.
Stand in front of a sturdy elevated surface (12 to 18 inches high) with dumbbells held at the sides. Step onto the surface with one foot, driving through the heel and using the leg to lift the body up. Step back down under control with the same leg. Switch sides between sets or alternate per rep. Maintain controlled tempo throughout.
Single Leg Deadlift with Knee Lift
The Single Leg Deadlift with Knee Lift combines a single-leg deadlift with a knee drive at the top. The pattern produces strong combined posterior chain loading and balance work that translates directly to cycling pedal stroke mechanics.
For cycling strength training, the single-leg deadlift with knee lift produces strong combined posterior chain, balance, and pedal stroke mechanics work. The pattern hits the glutes and hamstrings through unilateral loading combined with hip flexor activation. Run it for 3 sets of 6 to 8 reps per side as combined posterior chain and athletic mechanics work.
Stand on one leg with the free leg extended slightly behind. Hinge at the hip while extending the free leg back behind the body, lowering the torso forward. Drive back to standing by extending the planted hip while simultaneously driving the free knee up to chest height. Hold briefly at the top. Reverse the motion. Switch legs between sets.
Barbell Front Squat
The Barbell Front Squat performs squat motion with a barbell racked on the front of the shoulders rather than across the back. The pattern emphasizes the quads and core, both critical for cycling power generation.
For cycling strength training, the front squat produces strong quad and core loading that translates directly to cycling pedal power. The pattern hits the quads heavily and builds the upright core strength needed for long rides. Run it for 3 to 4 sets of 5 to 8 reps as primary quad-emphasis squat work.
Set up with a barbell racked on the front of the shoulders (resting across the front delts and clavicles, with elbows pointed forward). Step back to clear the rack with feet shoulder-width. Squat down by sitting the hips back, keeping the elbows up to maintain bar position. Drive back to standing through the heels. Maintain upright torso position throughout.
Jump Squat
The Jump Squat performs explosive squat motion ending with a vertical jump, then absorbs the landing back into the squat. The pattern produces explosive leg power that translates directly to sprinting bursts and acceleration in cycling.
For cycling strength training, the jump squat produces explosive leg power that translates to sprinting bursts and acceleration on the bike. The pattern hits the legs through high-intensity dynamic loading. Run it for 3 sets of 5 to 8 reps as power work, with full recovery between sets.
Stand with feet shoulder-width. Squat down by sitting the hips back. Explosively extend the legs and hips to jump straight up vertically. Land softly with bent knees, immediately lowering into the next squat. Continue in a smooth tempo. The explosive extension produces strong leg power loading.
Side Plank
The Side Plank holds the body in a side-lying position supported on the forearm with the hips lifted and body in a straight line. The pattern produces direct oblique and lateral core stability loading critical for cycling posture.
For cycling strength training, the side plank produces direct oblique loading that supports cycling posture and counteracts the lateral instability of single-leg pedal force. The pattern hits the obliques and gluteus medius through sustained isometric loading. Run it for 3 sets of 30 to 60-second holds per side as direct oblique and lateral hip stability work.
Lie on one side with the forearm planted on the floor under the shoulder. Stack the feet (or stagger them for easier balance). Lift the hips up to form a straight line from head to heels. Hold the position while engaging the obliques and gluteus medius. Switch sides between sets. Maintain straight body position throughout.
Superman
The Superman lies face-down on the floor and lifts the arms and legs up off the floor simultaneously. The pattern produces direct lower-back, glute, and posterior shoulder loading critical for counteracting the rounded cycling posture.
For cycling strength training, the superman produces direct posterior chain loading that counteracts the rounded forward position cyclists hold for hours. The pattern hits the lower back, glutes, and posterior shoulders through extension. Run it for 3 sets of 12 to 15 reps as posterior chain and posture work.
Lie face-down on the floor with arms extended overhead and legs straight. Simultaneously lift the arms, chest, and legs off the floor by engaging the lower back, glutes, and posterior shoulders. Hold briefly at the top. Lower under control. Maintain neutral neck position throughout.
Dumbbells Glute Bridge
The Dumbbells Glute Bridge performs hip thrust motion with dumbbells held on the hips for added resistance. The pattern produces strong glute loading critical for the hip extension power cyclists need for pedal stroke efficiency.
For cycling strength training, the dumbbell glute bridge produces direct glute loading that translates to cycling pedal stroke power. The pattern hits the glutes through pure hip extension under added load. Run it for 3 sets of 12 to 15 reps as direct glute work in any cycling strength session.
Lie flat on the back with knees bent and feet planted on the floor shoulder-width. Hold a dumbbell horizontally on the hips. Drive the hips up by squeezing the glutes hard. Hold briefly at the top with the body forming a straight line from shoulders to knees. Lower under control. Squeeze the glutes hard at peak contraction. Add dumbbell weight as strength builds.
How To Program These Workouts
A productive cycling strength program organizes these exercises across 2 to 3 weekly sessions, scheduled to avoid conflicting with key cycling sessions. A common 2-day structure: Day 1 (Heavy Lower Body): barbell squat, Romanian deadlift, Bulgarian split squat, glute bridge. Day 2 (Unilateral and Power): step-up, single-leg deadlift with knee lift, jump squat, side plank, superman. Run heavy strength work for 4 sets of 5 to 8 reps; unilateral work for 3 sets of 6 to 10 reps per side; explosive power work for 3 sets of 5 to 8 reps with full recovery between sets; core work for 3 sets of 30 to 60-second holds or 12 to 15 reps. Total session covers 16 to 22 working sets focused on cycling-specific strength.
Train cycling strength sessions 2 to 3 times per week during base and build phases, reducing to 1 to 2 maintenance sessions during peak training and race weeks. The combination of strength work and high cycling volume requires careful management of total training stress. Most successful cycling programs schedule strength sessions either after key cycling sessions (so cycling fatigue doesn’t compromise riding form) or as standalone sessions on cycling rest days. Recovery, nutrition (sufficient calories to support both cycling training and strength gains), sleep (7 to 9 hours per night), and proper warm-up are critical for sustained athletic development.
For broader athletic programming, see our best workouts for athletes and best workouts for triathletes. For specific endurance work, see our best workouts for runners.
Final Thoughts
The best cycling strength workouts deliver real performance improvements through exercises that build the specific physical capacities cycling demands: leg strength, posterior chain power, unilateral leg strength, core stability, and explosive ability. The combination of strength work, single-leg training, core stability, and explosive power covers every physical demand of cycling and produces broader athletic development than cycling-only training programs. For cyclists who want measurable performance improvements (sustained power, climbing capacity, sprint performance), want to reduce injury risk through proper strength preparation, or want to extend their cycling career through smart training, dedicated strength work is one of the most effective investments cyclists can make.
Stay focused on form quality and integration with cycling training. The most common cycling strength training mistakes include either chasing weight at the expense of form (which compromises movement quality during cycling sessions) or undertraining strength because of fatigue from cycling volume. The fix: prioritize technique on every rep with appropriate weights that allow strict form, and schedule strength sessions strategically around key cycling days to avoid compromising cycling quality. Quality strength work that supports cycling performance produces stronger results than maximum-weight strength training that compromises riding training quality.
Frequently Asked Questions
Should cyclists lift weights?
Yes effectively for most cyclists. The combination of strength work and cycling produces measurable improvements in sustained power output, climbing capacity, sprint performance, and injury reduction. Most successful cyclists include 2 to 3 weekly strength sessions during off-season and base phases, reducing to 1 to 2 maintenance sessions during peak training and race periods. Pure cycling training rarely develops the strength foundation needed for maximum performance and long-term durability.
How heavy should cyclists lift?
Moderate weights work best for most cyclists. The goal of cycling strength training is to build supporting strength and improve movement quality, not maximum strength. Most successful cycling strength programs include weights at 60 to 80 percent of one-rep max for 5 to 10 reps, which builds strength without producing excessive fatigue. Some advanced cyclists benefit from occasional heavier work (3 to 5 reps at 85 percent), but most should stay in moderate rep ranges with strict form.
Will lifting weights make me bulky for cycling?
Very unlikely for most cyclists. Building significant muscle mass requires high training volume, caloric surplus, and lower training fatigue than cyclists typically experience. Most cyclists following the strength program above will gain minimal mass while significantly improving strength and power output. The combination of high cycling volume, moderate caloric intake, and moderate strength training rarely produces unwanted muscle gain.
When should cyclists do strength training?
Either after key cycling sessions or on cycling rest days works best. Doing strength training before key cycling sessions can compromise cycling quality through accumulated fatigue. Most successful cycling schedules include strength work either: 1) immediately after a moderate cycling session, 2) on a complete cycling rest day, or 3) several hours after a moderate cycling session in the same day. Avoid strength training before key cycling sessions or events.
Can strength training improve cycling power?
Yes effectively for most cyclists. The combination of stronger legs (better sustained power output), improved posterior chain (better pedal stroke efficiency), improved unilateral strength (better single-leg force production), and improved core stability (better posture during long efforts) produces measurable improvements in cycling power. Most cyclists see 3 to 8 percent improvement on power-related metrics within 12 to 16 weeks of consistent strength training added to their existing cycling program. Stronger cyclists also experience reduced injury rates over long careers.
