Forget the Perfect Program: New Research Says Just Lift Something
The American College of Sports Medicine's first update in 17 years reveals that consistency beats complexity for strength training benefits.
The cycling world obsesses over precision. We track FTP to the watt, dial in power zones to single percentage points, and endlessly debate the optimal interval structure for threshold development. So when it comes to strength training—the off-bike work that could make us faster, more durable, and injury-resistant—surely the perfect program matters just as much, right?
Wrong. The American College of Sports Medicine just released its first major update to resistance training guidelines in 17 years, and the message is refreshingly simple: any resistance training improves strength, muscle size, and overall physical function. After analyzing 137 systematic reviews covering more than 30,000 participants, the experts concluded that the perfect program doesn't exist. What matters most is showing up and doing something consistently.
For cyclists who've avoided the gym because they couldn't figure out whether to do 3 sets or 5, whether to lift heavy or light, whether to train twice a week or four times—this is liberating news. The gains come from regular resistance work, regardless of the specific protocol you choose.
What the Research Actually Shows
The ACSM's comprehensive evidence review examined virtually every variable in resistance training: sets, reps, load, frequency, exercise selection, rest intervals, and training to failure versus leaving reps in reserve. The consistent finding: while you can optimize programs for specific outcomes, any reasonable approach to progressive resistance training delivers meaningful benefits.
Want to build maximum strength? Heavy loads (80-90% of your one-rep max) for lower reps work best. Want to build muscle size? Moderate loads (60-80%) for higher reps have a slight edge. Want to improve muscular endurance? Lighter loads for even higher reps make sense. But here's the critical insight: all three approaches still produce improvements across all three outcomes. The differences between optimized and non-optimized programs are smaller than the difference between training and not training.
Progressive overload—gradually increasing the challenge over time—remains the single most important principle. Whether you add weight, add reps, add sets, or reduce rest periods, the stimulus must increase for adaptation to continue. But you don't need a PhD in exercise science to implement progressive overload. Simply trying to do a bit more than last session works surprisingly well.
Why Cyclists Avoid the Weights
Cycling culture has a complicated relationship with strength training. Decades of dogma suggested that lifting heavy weights would add unwanted muscle mass, compromise flexibility, or somehow interfere with aerobic development. Road cyclists in particular often saw themselves as purely aerobic athletes with no need for gym work.
The science never supported these fears. Modern research consistently shows that strength training improves cycling performance through multiple mechanisms: increased power output, better economy (more watts for the same oxygen consumption), enhanced neuromuscular coordination, and injury prevention through strengthened connective tissues. Even for pure endurance events, the benefits are clear.
Yet many cyclists still skip strength work, often citing time constraints or confusion about programming. With limited hours available for training, the bike naturally takes priority. And when cyclists do venture into the gym, they're confronted with bewildering choices: Olympic lifts or machine exercises? Full body or split routines? Plyometrics or isometric holds?
The Simplicity Solution
The new ACSM guidelines offer a way forward: pick exercises that work major muscle groups, use a weight you can control for 8-12 repetitions, do 2-3 sets of each exercise, and train 2-3 times per week. Progress by adding weight or reps when the current load feels manageable. That's it.
For cyclists, the most effective exercises target the posterior chain and core stability that cycling neglects. Squats, deadlifts (or Romanian deadlifts), single-leg movements like Bulgarian split squats, and core work like planks or pallof presses address the muscular imbalances that develop from thousands of hours hunched over handlebars.
You don't need fancy equipment or complex periodization. A recent study published in 2026 compared gym-based strength training with bike-specific strength work in young off-road cyclists. Both approaches improved strength and power output. The takeaway: whether you're doing barbell squats in a gym or big-gear hill repeats on your bike, resistance is resistance, and your body adapts.
That said, gym-based training offers advantages that on-bike strength work can't match. You can target specific muscle groups that may be underdeveloped, like the glutes or hamstrings. You can work through a full range of motion that cycling's limited movement pattern doesn't allow. And you can load the musculoskeletal system more heavily than cycling permits, creating a robust adaptation stimulus.
Practical Implementation
Here's a dead-simple strength program that aligns with the new guidelines and fits into a cyclist's schedule:
Session A (Lower Focus): - Goblet squats or back squats: 3 sets of 8-10 reps - Romanian deadlifts: 3 sets of 8-10 reps - Single-leg step-ups: 2 sets of 10 reps per leg - Plank hold: 2-3 sets of 30-45 seconds
Session B (Upper/Core Focus): - Push-ups or dumbbell chest press: 3 sets of 10-12 reps - Dumbbell rows: 3 sets of 10-12 reps per arm - Pallof press: 3 sets of 12 reps per side - Bird dogs: 2 sets of 10 reps per side
Alternate these sessions twice per week during base training periods, reducing to once per week during high-volume or high-intensity cycling blocks. Each session takes 30-40 minutes. Start with bodyweight or light loads, and add resistance gradually—maybe 5% more weight each week if you're completing all prescribed reps with good form.
The beauty of this approach: it's not optimal for any single outcome, but it's effective for the outcomes cyclists care about—stronger pedaling muscles, a more resilient core, and injury prevention.
The Training Year Context
Strength training benefits vary across the season. During the off-season or base period, when cycling volume is lower and intensity is moderate, you have the physical and mental capacity to push harder in the gym. This is when 2-3 sessions per week make sense, with an emphasis on building maximum strength through heavier loads.
As cycling volume and intensity increase during build and race phases, strength work should transition to maintenance mode: one session per week with slightly lower volume, focused on preserving the strength you built earlier. Trying to set gym PRs while also doing threshold intervals and long weekend rides is a recipe for overtraining.
Some coaches recommend eliminating gym work entirely during peak racing periods, relying on the cycling load itself to maintain strength. Others advocate for year-round consistency with adjusted volume. The ACSM research suggests both approaches work—again, consistency matters more than the specific protocol.
What This Means for Your Riding
If you've been paralyzed by analysis, trying to find the perfect strength program, stop researching and start lifting. Pick 4-6 exercises, choose a weight you can control for 8-12 reps, do 2-3 sets, and train twice a week. Track your sessions in a simple notebook: exercise, weight used, reps completed. When you hit the top of your rep range comfortably, add weight next session.
You'll get stronger. Your pedaling will feel more powerful, especially on climbs and during sprints. Your position on the bike will feel more stable because your core can better support the force your legs produce. And you'll likely avoid the chronic knee, hip, or lower back issues that plague cyclists who never address their muscular imbalances.
The perfect program doesn't exist, but the consistent program—the one you actually do week after week—will transform your riding. The new ACSM guidelines have given us permission to keep it simple. Now we just need to pick up something heavy and get to work.