Blog Fitness Workouts Which Forearm Equipment Do You Need for a Forearm Workout?

Which Forearm Equipment Do You Need for a Forearm Workout?

Strong forearms are the foundation of an impressive grip and functional upper-body strength. However, many fitness enthusiasts overlook this crucial muscle group, focusing instead on flashier muscles such as the biceps and chest.

The truth is, well-developed forearms enhance your performance in virtually every upper-body exercise. From deadlifts to pull-ups, your grip strength often becomes the limiting factor before your larger muscle groups reach failure.

But here’s the challenge: building impressive forearms requires understanding both the anatomy and the right equipment to target these complex muscles effectively.

This comprehensive guide will walk you through everything you need to know about forearm training equipment, from basic dumbbells to specialized grip tools.

You’ll discover which exercises deliver the best results, what equipment truly makes a difference, and how to structure your forearm training for maximum growth. 

Are Forearms Difficult to Grow?

The perception that forearms are difficult to develop has some basis in anatomy and training practices. Unlike larger muscle groups that respond quickly to basic movements, forearms present unique challenges that require a more strategic approach.

Complex Muscle Architecture

Your forearms contain over 20 individual muscles that are divided into several functional groups. The primary movers include the flexors (responsible for gripping and wrist flexion), extensors (which open your hand and extend your wrist), pronators, and supinators (1). This intricate network means that comprehensive forearm development requires targeting multiple movement patterns.

The brachioradialis, which is one of the most visible forearm muscles, originates on the upper arm and provides significant visual mass when it’s developed (2). However, it responds best to specific hand positions and loading patterns that many traditional exercises miss.

Fiber Type Composition

Forearm muscles contain a high percentage of slow-twitch muscle fibers (3). These fibers are built for endurance rather than explosive growth (4), which means they require higher training volumes and more frequent stimulation than fast-twitch dominant muscles such as your biceps (5).

Daily Use and Adaptation

Your forearms work constantly throughout the day – typing, gripping, carrying objects. This constant low-level activity creates a high baseline of muscular endurance, but it can also make them resistant to the stress needed for growth.

Training Volume and Frequency

Most people simply don’t train their forearms with sufficient volume or frequency. Adding a few wrist curls at the end of a workout won’t provide the stimulus these muscles need. Research has suggested that forearms respond well to higher frequency training – up to daily sessions when programmed correctly.

The perception of difficulty often stems from inadequate training approaches rather than inherent resistance to growth. With proper programming, equipment selection, and consistent effort, forearms can develop impressively.

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What Causes Skinny Forearms?

Genetics plays the primary role in determining your forearm size potential and starting point. Some individuals possess naturally thicker bone structures and longer muscle bellies in their forearms, while others start with smaller frames that require more dedicated effort to develop.

Your genetic makeup influences several key factors:

  • Muscle fiber distribution (6): Higher percentages of slow-twitch fibers limit explosive growth potential (4).
  • Bone structure (7): Wrist circumference and forearm length affect how much muscle mass you can build.
  • Recovery capacity: Some individuals can handle higher training frequencies better than others (8).

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In addition to genetics, several lifestyle and training factors contribute to underdeveloped forearms:

Lack of direct training represents the most common cause. Many lifters assume compound movements such as rows and pull-ups provide sufficient forearm stimulation. While these exercises engage your forearms, they don’t provide the specific stress patterns that are needed for optimal growth.

Inadequate grip challenges during training limit forearm development. Using lifting straps too frequently prevents your grip from becoming the limiting factor, which reduces the training stimulus to your forearms.

Poor training consistency affects forearms more than other muscle groups due to their high training frequency requirements. Missing sessions disrupts the frequent stimulation pattern these muscles need for growth.

Nutritional deficiencies can impact forearm development, particularly inadequate protein intake and insufficient calories for muscle growth (9).

What Workout Works Out Forearms?

Effective forearm training requires exercises that target the multiple movement patterns and muscle groups within your forearms. The best approach combines isolation exercises with compound movements that challenge grip strength.

Barbell Wrist Curls

This classic exercise targets the forearm flexors and provides excellent overload potential.

  1. Sit on a bench with your feet flat on the floor.
  2. Rest your forearms on your thighs with your palms facing up.
  3. Hold a barbell with an underhand grip, your hands shoulder-width apart.
  4. Allow the barbell to roll down to your fingertips with your wrists extended.
  5. Curl the weight back up by flexing your wrists, squeezing at the top.
  6. Lower the weight slowly and repeat for 12-15 repetitions.
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Focus on the full range of motion, allowing the weight to roll into your fingertips before curling back up. This exercise works best with moderate weight and higher repetitions.

Barbell Reverse Wrist Curls

This movement targets the often-neglected forearm extensors, creating balanced development and preventing imbalances.

  1. Sit on a bench with your forearms resting on your thighs.
  2. Hold a barbell with an overhand grip, your palms facing down.
  3. Position your wrists just beyond your knees.
  4. Lower the weight by extending your wrists downward.
  5. Curl the weight up by flexing your wrists toward your body.
  6. Squeeze the extensors at the top before lowering slowly.

Start with a lighter weight than regular wrist curls, as the extensors are typically weaker than the flexors. This exercise is essential for wrist health and balanced development.

Dumbbell Wrist Curl

This unilateral variation allows you to work each forearm independently and address any strength imbalances.

  1. Straddle a bench and hold a dumbbell with an underhand grip.
  2. Rest your forearm on the bench so your wrist extends beyond the edge.
  3. Allow the dumbbell to roll into your fingertips with your wrist extended.
  4. Curl the weight up by flexing your wrist.
  5. Hold the contraction briefly before lowering slowly.
  6. Complete all repetitions on one side before switching arms.

The single-arm approach allows for better mind-muscle connection and ensures balanced development between your forearms.

forearm workout equipment

Dumbbell Reverse Wrist Curl

This exercise targets the extensors unilaterally, which allows for focused development and correction of imbalances.

  1. Straddle a bench, holding a dumbbell with an overhand grip.
  2. Rest your forearm on the bench at a 90-degree angle.
  3. Lower the dumbbell as far as possible with your wrist extended.
  4. Reverse the motion by flexing your wrist upward.
  5. Focus on squeezing the extensor muscles at the top.
  6. Lower slowly and repeat before switching arms.

This movement requires patience and lighter weights, as the extensors fatigue quickly but are essential for forearm balance and wrist health.

forearm workout equipment

Reverse Barbell Curls

This compound exercise targets the brachioradialis while also working the biceps, providing functional strength development.

  1. Stand upright, holding a barbell with an overhand grip.
  2. Position your hands shoulder-width apart with your palms facing down.
  3. Keep your elbows tucked to your sides throughout the movement.
  4. Curl the barbell toward your upper chest.
  5. Focus on leading with your wrists and squeezing your forearms.
  6. Lower the weight slowly and under control.

This exercise allows for heavier loading than isolation movements and builds functional strength that can be transferred to other exercises.

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Farmer’s Carry

This loaded carry exercise builds grip endurance while strengthening the entire forearm complex.

  1. Select heavy dumbbells or specialized farmer’s walk handles.
  2. Pick up the weights with a neutral grip.
  3. Stand tall with your shoulders back and your core engaged.
  4. Walk forward with controlled steps for a predetermined distance.
  5. Focus on maintaining a tight grip throughout the walk.
  6. Rest briefly and repeat for multiple rounds.

The farmer’s carry builds real-world grip strength and endurance while challenging your entire body. Start with shorter distances and progressively increase as your grip strength improves.

For more comprehensive forearm workouts that incorporate these exercises into complete training programs, consider varying your grip positions and rep ranges to maximize development.

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Do I Need Equipment to Build Forearms?

Bodyweight exercises can provide some forearm stimulation, but they cannot fully isolate and target all forearm functions effectively. Your forearms perform five primary movements that require specific resistance patterns for optimal development.

Bodyweight limitations become apparent when examining forearm functions:

  • Wrist flexion and extension: Bodyweight exercises such as push-ups on fists provide minimal resistance for these movements
  • Ulnar and radial deviation: No bodyweight exercise effectively targets these side-to-side wrist movements
  • Pronation and supination: Rotating your forearms against bodyweight resistance proves challenging and ineffective

Effective bodyweight options include:

  • Forearm plank holds target endurance, but don’t promote significant muscle growth
  • Knuckle push-ups engage wrist extensors, but provide insufficient resistance for strength gains
  • Dead hangs from a pull-up bar challenge grip endurance, but miss several forearm functions

While bodyweight exercises can supplement your forearm training, they cannot replace targeted equipment for comprehensive development. The resistance requirements for effective forearm training exceed what bodyweight movements can provide.

Progressive overload challenges with bodyweight exercises make long-term development difficult (10). Unlike adding weight to equipment-based exercises, increasing resistance in bodyweight forearm movements requires complex progressions that often compromise exercise quality.

Equipment becomes essential for serious forearm development as it allows you to:

  • Target all five forearm functions specifically
  • Apply progressive overload systematically
  • Control resistance levels precisely
  • Isolate forearm muscles effectively

For more detailed forearm bodyweight exercises you can perform anywhere, proper equipment remains the superior choice for serious forearm development.

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Which Equipment Is Best for Forearms?

The most effective forearm training combines several types of equipment, each offering unique advantages for targeting different muscle groups and movement patterns.

Barbells

Barbells excel for heavy loading and bilateral training:

  • Standard barbells: Allow for maximum weight progression in wrist curls
  • EZ-curl bars: Provide a more comfortable wrist angle for some individuals
  • Thick bars: Increase grip challenge and target different muscle fibers
  • Olympic barbells: Enable heavy loading for compound movements like reverse curls

Barbells work best for foundational strength building and allow you to overload the forearms with significant weight.

Dumbbells

Dumbbells offer versatility and unilateral training benefits:

  • Standard dumbbells: Perfect for single-arm wrist curls and isolation work
  • Adjustable dumbbells: Provide weight progression without requiring multiple sets
  • Fat-grip dumbbells: Challenge grip strength more than standard handles
  • Hex dumbbells: Stable base prevents rolling during floor-based exercises

The unilateral nature of dumbbell training helps address imbalances between your forearms while providing an excellent range of motion.

Cable Machines

Cable systems provide constant tension throughout the entire range of motion:

  • Cable towers: Allow for standing wrist curls and reverse curls
  • Pulley systems: Enable multiple grip positions and angles
  • Rope attachments: Target different muscle groups through varied grip patterns
  • Handle variations: Different grips challenge your forearms uniquely

Cable machines excel at maintaining tension during the negative portion of exercises, which enhances muscle development.

Specialized Grip Equipment

Purpose-built grip tools target specific aspects of forearm strength:

  • Thick Bar Attachment: Clip-on attachments that increase barbell and dumbbell diameter
  • Grip crushers: Spring-loaded devices for crushing grip strength
  • Wrist rollers: Develop both flexors and extensors through continuous tension
  • Hand grippers: Progressive resistance hand grippers

These tools address specific weaknesses and provide training variety that traditional weights can’t match.

Pull-Up Bars and Suspension Systems

Hanging-based equipment builds grip endurance:

  • Pull-up bars: Enable dead hangs and towel hangs for grip endurance
  • Suspension trainers: Provide unstable grip challenges
  • Gymnastic rings: Require significant grip strength and control
  • Climbing holds: Offer varied grip positions for sport-specific training

Resistance Bands and Ropes

Bands and ropes provide variable resistance that increases throughout the range of motion, which creates a unique training stimulus (11, 12).

A comprehensive setup might include adjustable dumbbells, a cable system, and specialized grip tools. However, even basic wrist and forearm exercise equipment can deliver excellent results when used consistently.

The key is to choose equipment that allows progressive overload while targeting the multiple muscle groups and movement patterns within your forearms. Forearm equipment grip variations should challenge different aspects of your grip strength for complete development.

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For specific recommendations on grip strength workout equipment that maximizes your training investment, focus on versatile tools that offer multiple exercise options.

Which Gym Machine Is Best for Forearms?

Cable machines with rope attachments provide the most effective gym machine option for comprehensive forearm development (13). The cable pulley system offers several advantages over other machine types for forearm training (14).

Cable machine superiority stems from:

  • Constant tension: Unlike free weights, cables maintain resistance throughout the entire range of motion
  • Variable angles: Adjustable cable positions allow targeting of different muscle groups within the forearms
  • Safety features: Controlled resistance reduces injury risk during high-repetition training
  • Smooth operation: Cable systems provide fluid movement patterns that match natural joint mechanics

Specific cable exercises that maximize forearm development include:

  • Rope pronation and supination for rotational strength
  • Cable wrist curls using the low pulley position
  • Rope ulnar deviation for side-to-side wrist strength
  • Cable hammer curls with rope attachment

Alternative machine options include:

  • Seated calf raise machines can be adapted for heavy wrist curls
  • Preacher curl benches provide stable positioning for wrist curl variations
  • Lat pulldown machines with rope attachments enable multiple forearm exercises

Machine limitations to consider:

Most gym machines are designed for larger muscle groups, which makes dedicated forearm machines rare. This scarcity means you’ll often need to adapt existing equipment for forearm training.

Fixed movement patterns in machines may not accommodate individual limb lengths and joint mechanics as effectively as free weights or cables (15).

Forearm equipment grip considerations become essential when selecting machines. Look for equipment that allows neutral wrist positioning and accommodates different hand sizes comfortably.

The cable machine’s versatility makes it the clear winner for gym-based forearm training, and it provides the widest range of exercise options with optimal resistance characteristics.

Frequently Asked Questions

  • Is it worthwhile to work out my forearms?

Yes, training forearms directly provides significant benefits for overall performance and injury prevention. Strong forearms improve grip strength, which directly translates to better performance in pulling exercises such as deadlifts, rows, and pull-ups (16). In addition, balanced forearm development reduces the risk of common injuries such as tennis elbow and carpal tunnel syndrome that plague many active individuals.

  • Can I train my forearms every day?

Forearms can handle higher training frequencies than larger muscle groups due to their endurance-oriented fiber composition. Training forearms 3-4 times per week provides optimal results, but daily light training is possible if you vary the intensity and exercise selection. Allow at least 24 hours between high-intensity forearm sessions to ensure adequate recovery.

  • Do hand grippers build forearms?

Hand grippers primarily target grip strength and finger flexors rather than overall forearm mass. While they contribute to functional grip strength, they provide limited stimulus for the extensor muscles and don’t address all forearm functions. Use hand grippers as a supplement to, rather than as a replacement for, comprehensive forearm training with varied equipment.

  • Do push-ups work forearms?

Standard push-ups provide minimal forearm activation as your hands remain stationary throughout the movement. Modified variations such as knuckle push-ups or push-ups on unstable surfaces increase forearm engagement, but they still don’t provide sufficient resistance for significant development. Push-ups work better as a finishing exercise than a primary forearm builder.

The Bottom Line

Selecting the right forearm equipment marks the beginning of your journey toward crushing grip strength and impressive forearm development. 

Start with the basics: a set of dumbbells or access to a cable machine will cover 80% of your forearm training needs. As you progress, add specialized equipment such as grip trainers or fat grips to address specific weaknesses and maintain training variety.

Your forearms respond to frequent, consistent training with moderate to high repetitions. Focus on mastering the fundamental exercises with proper form before you add complexity or specialized equipment to your routine.

DISCLAIMER:

This article is intended for general informational purposes only and does not serve to address individual circumstances. It is not a substitute for professional advice or help and should not be relied on for making any kind of decision-making. Any action taken as a direct or indirect result of the information in this article is entirely at your own risk and is your sole responsibility.

BetterMe, its content staff, and its medical advisors accept no responsibility for inaccuracies, errors, misstatements, inconsistencies, or omissions and specifically disclaim any liability, loss or risk, personal, professional or otherwise, which may be incurred as a consequence, directly or indirectly, of the use and/or application of any content.

You should always seek the advice of your physician or other qualified health provider with any questions you may have regarding a medical condition or your specific situation. Never disregard professional medical advice or delay seeking it because of BetterMe content. If you suspect or think you may have a medical emergency, call your doctor.

SOURCES:

  1. Anatomy, Shoulder and Upper Limb, Forearm Muscles (2023, ncbi.nlm.nih.gov)
  2. Anatomy, Shoulder and Upper Limb, Forearm Brachioradialis Muscle (2024, ncbi.nlm.nih.gov)
  3. Muscle fibre types of the lumbrical, interossei, flexor, and extensor muscles moving the index finger (2013, tandfonline.com)
  4. Muscle Fiber Type Transitions with Exercise Training: Shifting Perspectives (2021, pmc.ncbi.nlm.nih.gov)
  5. Differences in Fibre Type Composition Between Human Masseter and Biceps Muscles in Young and Adults Reveal Unique Masseter Fibre Type Growth Pattern (2011, onlinelibrary.wiley.com)
  6. Gene polymorphisms and fiber-type composition of human skeletal muscle – PubMed (2012, pubmed.ncbi.nlm.nih.gov)
  7. Modifiable risk factors for bone health & fragility fractures (2022, sciencedirect.com)
  8. Genetics and sports performance: the present and future in the identification of talent for sports based on DNA testing (2022, pmc.ncbi.nlm.nih.gov)
  9. Understanding the effects of nutrition and post-exercise nutrition on skeletal muscle protein turnover: Insights from stable isotope studies (2021, sciencedirect.com)
  10. Bodyweight Training: A Return To Basics (2010, journals.lww.com)
  11. Integrating elastic band into physical education classes to enhance strength training (2023, frontiersin.org)
  12. The impact of elastic and battle rope training on physiological and physical indicators in individual sports athletes (2024, researchgate.net)
  13. Differences in Muscle Activity During Cable Resistance Training Are Influenced by Variations in Handle Types (2016, ournals.lww.com)
  14. The Forgotten Benefits of Machine Training (2019, acefitness.org)
  15. Understanding the Distinction Between Machine-Based vs Free Weight Training and Their Correlation to Mobility (2025, kosalbjournal.com)
  16. How to Get Bigger Forearms with a Few Simple Exercises (2024, issaonline.com)
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