Why Dorian Yates Warns About the Flat Barbell Press

[MuscleMecca Crew]

Bench pressing isn’t inherently dangerous, but poor technique can lead to shoulder strains and wrist injuries. You’ll minimize risks by maintaining proper form: feet planted firmly, shoulders retracted, and using an appropriate grip width. Quality equipment and having a spotter further enhance safety. Consider alternatives like dumbbell presses or incline variations if you experience discomfort. With gradual progression and adequate recovery between sessions, you’ll build strength while protecting your joints for years to come.

Legendary six-time Mr. Olympia Dorian Yates has been vocal about the risks of one particular version — the flat barbell bench press.


Flat Barbell Bench Press Useless Exercise?

“It’s a dangerous exercise… I’ve seen too many pec tears and shoulder injuries from the flat bench,” Yates has said in interviews. While he acknowledges that chest pressing is a valuable movement, Yates believes the flat barbell variation places the shoulders in a compromised position for many lifters, especially under heavy loads.

Common Bench Press Injuries and Their Causes​

While the bench press is a staple exercise in many fitness routines, it’s associated with several common injuries that can sideline your training progress. Shoulder strains often result from improper form, particularly when you flare your elbows too far from your body. This places excessive stress on the rotator cuff, leading to inflammation and pain.

Wrist injuries frequently occur when you position the bar incorrectly in your hands or when your wrists bend backward during the lift. Using a grip that’s too wide can exacerbate this problem. Additionally, lifting too heavy without proper progression or attempting one-rep maxes with poor technique considerably increases your injury risk. Most bench press injuries stem from technical errors rather than the exercise itself being inherently dangerous.

However, Yates argues that even with good form, the flat barbell bench has built-in biomechanical risks for some lifters:

“For me, it was a sh***y pec exercise. My delts and triceps did most of the work. On top of that, the injury rate I’ve seen from this lift is higher than it’s worth.”

Proper Form and Technique to Minimize Risk​

Because safety begins with proper execution, mastering correct bench press technique is essential for injury prevention. Position yourself with your feet firmly planted on the floor, creating a stable base that supports proper weight distribution. Your foot positioning should allow for leg drive while maintaining contact with the ground throughout the lift.

Establish a proper grip that’s slightly wider than shoulder-width, with wrists straight and aligned with your forearms. Keep your shoulders retracted and your lower back maintaining a natural arch. Don’t bounce the bar off your chest or lock your elbows at the top of the movement.

Control the weight throughout the entire range of motion, focusing on steady breathing patterns. Inhale during the descent and exhale during the pressing phase to maintain core stability and protect your spine.

Yates’ own solution: he often replaced the flat barbell press with decline presses, dumbbell presses, and machine work, finding them safer and more targeted for chest development.

Equipment Considerations for Safe Bench Pressing​

Beyond perfecting your form, the equipment you use plays a significant role in bench press safety. Invest in a quality bench with stable construction and appropriate padding to protect your spine during heavy lifts. Never compromise on a sturdy rack with adjustable safety catches that can prevent the bar from crushing you if you fail a rep.

Essential safety gear includes wrist wraps to support your joints and a spotter for challenging sets. Consider using a bench press collar to secure weights and prevent plates from sliding during your workout. If you’re lifting alone, a power rack with safety pins offers critical protection.

Don’t overlook your footwear — flat-soled shoes provide better stability than cushioned running shoes. Finally, inspect all bench press equipment regularly for signs of wear or damage.

Alternatives and Modifications for Shoulder Health​

Many lifters experience shoulder discomfort with traditional flat bench pressing, making modifications essential for long-term joint health. If you’re struggling with shoulder pain, consider switching to dumbbell presses, which allow a more natural range of motion for your shoulder joints. This small change can dramatically reduce impingement issues while still effectively targeting your chest muscles.

Adding resistance bands to your bench press can also decrease joint stress at the most vulnerable positions. Try using bands to deload the bottom position where shoulder strain is highest. Adjusting to an incline position (15–30 degrees) often relieves anterior shoulder pressure. Neutral-grip variations, where your palms face each other, typically place your shoulders in a more anatomically friendly position.

Yates often points to these variations as smarter long-term choices, especially for lifters who’ve had injuries in the past:

“If you’ve torn a pec or hurt your shoulder, you learn quick — the flat bench isn’t worth the risk.”

Building a Progressive Bench Press Program Safely​

While developing strength is important, building a safe bench press program requires careful progression and strategic planning. Start with lighter weights to master proper form before gradually implementing progressive overload. Increase weight by 5–10% only when you can complete your target reps with perfect technique.

Structure your program with varied intensity: incorporate heavy days (85–90% of max) and lighter technique days (60–75%). Don’t neglect recovery strategies between sessions — allow 48–72 hours before training chest again. Proper nutrition, sleep, and mobility work are equally essential components.

Track your progress meticulously, but be willing to deload when fatigue accumulates or technique deteriorates. Remember that sustainable progress is measured in months and years, not weeks.