The 14 Best Medicine Balls of 2022 According to Fitness Experts

Medicine balls can be a fun and effective way to add variety to your workout routine. Whether you want to build core strength, improve coordination, or work on explosive power, medicine balls allow you to train in new ways.

Focusing on Overall Wellness

When researching medicine balls, it’s important to focus on your overall health and wellness goals rather than getting caught up in marketing claims. Consider your own needs and abilities first. The most expensive ball with the flashiest features may not actually be the best fit for you.

Consulting Fitness Experts

Fitness experts like personal trainers and physical therapists can provide personalized recommendations based on your fitness level, any physical limitations, and what you want to achieve with your training. Their experience allows them to suggest appropriate medicine ball sizes, weights, and exercises to match your goals.

The Highest Rated Medicine Balls

After consulting experts, many people narrow their options down to some of the most consistently highly rated medicine balls on the market. These often strike the best balance of quality, durability, and reasonable pricing for most exercisers. They include:

SKLZ Slam Balls
Amazon Basics Medicine Balls
Champion Sports Medicine Balls
TRX Training Medicine Balls
OPTP PRO Plyo Balls

Expert Tips for Safe, Effective Use

Once you’ve chosen a medicine ball suited for your fitness level, experts recommend keeping these tips in mind:

Warm up first with dynamic stretching to prevent injury
Start slow and focus on technique over speed or weight
Engage your core during explosive movements
Brace your torso on catches to absorb force
Allow muscles to fully recover between medicine ball sessions

Listening to Your Body

Most importantly, listen to the signals from your body. Pain or discomfort are signs to stop an exercise, lighten your medicine ball, or adjust your range of motion. With mindful training focused on overall health rather than arbitrary goals or metrics, medicine balls can be a gentle, low-impact way to improve fitness.

Understanding Material Composition and Surface Texture

While the existing article highlights popular brands, the physical construction of a medicine ball significantly influences its utility and lifespan. Most high-quality balls are constructed from one of three primary materials: molded rubber, synthetic leather (often called “medicine balls” in the traditional sense), or heavy-duty vinyl. Molded rubber balls are the most versatile for solo training because they offer a consistent bounce, making them ideal for wall-drills or floor-rebound exercises. However, the quality of the rubber matters; virgin rubber tends to be more durable and less prone to the “rubbery smell” that can plague cheaper, recycled-rubber alternatives.

Surface texture is a critical edge case often overlooked until your hands are slick with sweat mid-workout. A smooth-surfaced ball may look sleek, but it becomes a safety hazard during high-velocity movements. Look for “pebbled” finishes, similar to the texture of a basketball, or diamond-patterned grips. For athletes focusing on rotational power, such as golfers or baseball players, a high-tack surface is essential to maintain control during the high-acceleration phase of a throw. Conversely, if you are performing a lot of “cleans” or “snatches” where the ball must rotate in your hands, a slightly smoother synthetic leather surface might actually prevent skin abrasions on the palms.

Another specialized category is the dual-grip medicine ball, which features integrated handles. These are essentially a hybrid between a kettlebell and a traditional medicine ball. While they limit your ability to perform slams or catches safely—as the handles can cause wrist injury if the ball rotates unexpectedly—they are unparalleled for high-volume rotational lunges, Romanian deadlifts, and weighted steering-wheel exercises for shoulder endurance. When choosing between handled and non-handled versions, consider whether your program leans more toward fluid, rhythmic movement or explosive, release-based power.

The Physics of Impact: Slam Balls vs. Rebounders

A common mistake in equipment selection is failing to distinguish between a “dead” slam ball and a high-rebound medicine ball. Slam balls are typically filled with sand or a proprietary gel and have a thick, pliable outer shell. They are designed to absorb energy completely upon impact. When you throw a slam ball at the floor with maximum force, it should stay exactly where it lands. This is a safety feature; a high-rebound ball used for a maximum-effort overhead slam can easily bounce back and strike the user in the face or chest, leading to serious injury.

High-rebound balls, usually air-filled and made of stiff rubber, are designed for tasks where the return of energy is part of the exercise. These are best used against a reinforced masonry wall or a dedicated rebounding trampoline. The goal here is reactive power—catching the ball immediately after it bounces and transitioning into the next rep without pause. This trains the stretch-shortening cycle (SSC) of the muscles, which is vital for sprinting and jumping. If your workout space consists of drywall or wood-framed walls, you must avoid high-rebound balls unless you have a dedicated backstop, as they can easily punch holes through standard home construction.

Then there is the “Wall Ball,” which is often larger in diameter (usually 14 inches) regardless of its weight. These are typically soft-shelled and padded, designed specifically for the CrossFit-style wall ball shot where the ball is thrown to a 9- or 10-foot target and caught on the descent. The large diameter and soft shell make them easier to catch against the chest safely, but their bulk makes them cumbersome for one-handed drills or floor-based core work. Understanding these mechanical differences ensures you don’t buy a ball that is literally working against your training intent.

Strategic Weight Selection for Sport-Specific Mechanics

While the FAQ in the original article suggests 4-10 pounds for beginners, advanced training requires a more nuanced approach to weight selection based on the “Force-Velocity Curve.” In strength and conditioning, if the goal is maximum power (speed x strength), the ball should generally not exceed 10% of the user’s body weight. For a 180-pound athlete, an 18-pound ball is the upper limit for explosive power work. Going heavier often results in a breakdown of mechanical speed, turning an explosive drill into a slow, grinding strength drill, which defeats the purpose of plyometric training.

For rotational sports like tennis or hockey, lighter is often better. A 2-to-6-pound ball allows for the high-velocity trunk rotation necessary to mimic the speed of a swing. Using a 20-pound ball for these movements can actually train the nervous system to move slower, potentially hurting your performance on the field. On the other hand, if you are using the medicine ball as a substitute for a dumbbell in exercises like goblet squats or overhead presses, you can safely move into the 20-to-50-pound range, provided your form remains impeccable.

Edge cases include “over-weighting” for specific deceleration training. Some physical therapists use heavier balls not for the throw, but for the catch. Catching a heavy medicine ball requires immense eccentric control from the core and shoulders. In this scenario, a 15-pound ball might be used by a smaller athlete specifically to train the body how to “brake” and stabilize under load, which is a key component in injury prevention for contact sports.

Biomechanical Nuances of Rotational and Transverse Plane Training

The medicine ball is one of the few tools that allows for true power development in the transverse plane (rotation). Most traditional gym equipment—barbells, dumbbells, and machines—moves primarily in the sagittal plane (up and down, forward and back). To maximize the medicine ball’s potential, one must understand the “Serape Effect.” This is the diagonal loading of the torso, from one shoulder to the opposite hip, involving the internal and external obliques and the serratus anterior.

When performing a rotational toss, the power should not come solely from the arms. It starts with a pivot of the back foot, transfers through the hips, and is whipped through the core into the arms. A common technical error is “muscling” the ball with the upper body while keeping the hips static. This puts unnecessary shear force on the lumbar spine. Instead, think of your torso as a spring that you are winding up and then releasing. Always ensure that your belly button follows the ball during the release to protect your lower back.

For those looking to improve core definition and functional stability, the “halos” and “woodchoppers” are staples. However, to increase the challenge without increasing weight, try varying your base of support. Performing a rotational pass from a half-kneeling position (one knee on the ground) removes the ability to use the legs for power, forcing the deep stabilizers of the spine and the glute of the “down” leg to work significantly harder. This is an excellent way to bridge the gap between static planks and high-intensity athletic movement.

Integrating Medicine Balls into Progressive Rehabilitation

Beyond general fitness, medicine balls are invaluable in a clinical or recovery setting, particularly for shoulder and ankle stability. For shoulder rehabilitation, “ball rhythmic stabilization” is a potent technique. An athlete holds a light medicine ball against a wall at shoulder height while a partner (or the athlete themselves) applies small, unpredictable taps to the ball. This forces the rotator cuff muscles to fire rapidly to keep the ball from falling, training the reactive stability that is often lost after an injury.

For lower-extremity rehab, particularly following an ACL or ankle sprain, medicine balls add a layer of “perturbation training.” Standing on one leg while performing a simple chest pass with a partner forces the standing leg to micro-adjust to the shifting center of gravity. This improves proprioception—the body’s ability to sense its position in space. As the patient progresses, the weight of the ball can be increased or the speed of the passes can be varied to simulate the unpredictable nature of sports.

It is also useful for spinal decompression and mobility. Holding a light medicine ball during a slow, controlled Jefferson Curl (a segmented spinal flexion exercise) can provide a gentle traction effect. Similarly, using a soft-shell medicine ball as a bolster for thoracic extension—lying over the ball with it positioned between the shoulder blades—can help counteract the “hunched” posture associated with long hours at a desk. In these cases, the ball isn’t a weight to be thrown, but a tool for tactile feedback and positional support.

Environmental Longevity and Equipment Maintenance

To ensure your investment lasts, you must consider the environment in which the medicine ball is stored and used. Rubber medicine balls are susceptible to “dry rot” if left in direct sunlight or in a garage with extreme temperature fluctuations. The UV rays can break down the chemical bonds in the rubber, leading to cracking and eventually a catastrophic failure where the ball bursts upon impact. If you train outdoors, always bring your equipment inside after the session.

Cleaning is another overlooked aspect of maintenance, especially for balls with deep textures or synthetic leather covers. These surfaces can harbor bacteria and sweat, leading to odors and skin irritation. For rubber balls, a simple solution of mild dish soap and water is sufficient. For synthetic leather or vinyl, use a non-bleach disinfectant wipe. Avoid using petroleum-based cleaners on rubber balls, as these can dissolve the surface and make the ball permanently “sticky” or “tacky” in an unpleasant way.

Storage also impacts the ball’s shape. If a sand-filled slam ball is left in the same position for months, the filler can compact, making the ball lopsided. This creates an “unbalanced load” that can be frustrating during precision exercises. To prevent this, store your balls on a dedicated rack that supports the circumference, or simply give them a quick shake and roll before each use to redistribute the internal filling. If you notice a rubber ball has lost its “roundness” due to air pressure changes, most are equipped with a standard athletic valve that allows you to add or release air with a simple ball pump and needle.

Advanced Programming: Complexes and Metabolic Conditioning

Once you have mastered individual movements, the next step is to integrate medicine balls into complexes—sequences of exercises performed back-to-back without rest. A classic example is the “Medicine Ball Bear Complex”: a squat to overhead press, followed by a floor slam, followed by a push-up on the ball, and finishing with a mountain climber using the ball as a platform. Because the medicine ball requires constant stabilization, these complexes burn significantly more calories and build more “functional” endurance than standard circuit training.

For metabolic conditioning (MetCon), medicine balls are perfect for EMOMs (Every Minute on the Minute) or Tabata intervals. For example, performing 10 overhead slams as fast as possible at the start of every minute for 10 minutes. The explosive nature of the slam spikes the heart rate quickly, while the “dead” stop of the ball forces you to reset your posture for every single rep, maintaining a high level of movement quality even under fatigue. This is a distinct advantage over high-rep barbell work, where fatigue often leads to dangerous “rounding” of the back.

FAQ

What are the benefits of using a medicine ball?

Medicine balls can improve strength, balance, stability, explosive power, and athletic performance. They allow full range of motion exercises and dynamic movements you can’t get from free weights or machines alone.

How heavy of a medicine ball do I need?

Choose a weight you can comfortably lift overhead and catch without pain or strain. Most beginners and intermediate exercisers do best starting with 4-6 pound or 8-10 pound medicine balls.

What exercises can I do with a medicine ball?

Common medicine ball exercises include overhead slams, rotational throws, lunges with ball passes, various core exercises, push ups with ball taps, and using the ball for assisted stretching.

Where is the best place to buy medicine balls?

Many major retailers like Dick’s Sporting Goods, Walmart, and Target sell affordable medicine balls from reputable brands. You can also find great options online from specialty fitness companies like Rogue Fitness or Perform Better.

How can I make my medicine ball exercises more challenging?

You can increase difficulty by using a heavier ball, performing exercises standing on one leg for increased balance demands, speeding up explosive movements, or holding a squat position during overhead passes.