Firm and shapely arms from your fingertips to your shoulders look great any time of the year, but what do you do if your arms are a little softer or not quite as toned as you wish they were? You just have to face facts; it is really impossible to hide your arms for the entire summer. Unfortunately, it is just too easy to lose your arm firmness after a winter of hibernation and reduced activity during the pandemic. Sure, you can wear sweaters in the spring and cover up with baggy sweatshirts for a while, but unless you live in the Antarctic, your arms will have to come out into the sunlight at some point. Even endless hours of cardio and dieting during the winter will not firm your arms. As the summer months are approaching, there is still time to work toward tight and shapely arms that will give you an entirely new look for the warmer weather.
Your anterior arms will get some indirect activation if you routinely do some form of rows or pulldowns for your back. However, to achieve the goal of firm and shapely anterior (front) arms, you will need some direct arm work, and hammer rope curls will get the job done quickly. The “hammer” title describes the mid-prone hand position during the exercise, as if you were holding a hammer in your hands. It activates all of the primary and secondary movers of your anterior arms and forearms. Do not worry about bulking up your arms with this exercise since you will not need heavy weights for hammer rope curls to stimulate your muscle fibers.
The brachialis muscle of the upper arm is strongly activated by hammer rope curls. It is covered by the biceps and not visible except for the lower and outer parts; however, it is a very important flexor of the elbow joint and it still contributes significantly to the overall shape of your upper arm. This muscle begins on the humerus bone of the upper arm about two-thirds of the way from the elbow to the shoulder and it crosses the anterior part of the elbow joint, where it becomes anchored to the ulna bone near the elbow joint. The ulna bone lies closest to the little-finger side of the forearm. This attachment to the ulna prevents the brachialis from having any role in supination, but when the hands are semi-pronated or pronated, it is a very strong elbow (forearm) flexor. The semi-pronated (neutral) hand position during hammer rope curls ensures that the brachialis muscle is fully activated throughout the exercise.
The biceps brachii muscle has two parts. The short head of the biceps attaches to the coracoid process, a little beak-like projection from the anterior-lateral side of the scapula (shoulder blade). The long head of the biceps brachii attaches to the supraglenoid tubercle, a little bump over the shoulder joint on the scapula. Both heads of the biceps come together and attach to the radius bone of the forearm via the bicipital tendon. The radius bone (the most lateral forearm bone) forms a combination rotational-pivot joint and hinge joint at the elbow. The biceps becomes an effective forearm flexor, when the hands are supinated (the palms turned toward the ceiling). This is because supination rotates the radius bone, which tightens the biceps. In contrast, the biceps brachii is a very poor elbow flexor when the hands are pronated, because this rotates the radius so that it sits on top of the ulna and this position slackens the biceps muscles. In hammer rope cable curls, the hands are semi-pronated, which “unloads” the biceps a bit to concentrate more fully on the brachialis of the upper arm, but the biceps are still stimulated quite strongly.
The brachioradialis muscle is primarily a forearm muscle, but it helps to provide the firm continuity from the arm to the forearm. It is also an accessory muscle to help elbow flexion. The brachioradialis muscle attaches proximally to the lateral ridge of humerus bone just above the lateral epicondyle of the elbow and it attaches distally by a long tendon along the lateral side of the distal end of the radius bone near the wrist. It does not cross the wrist, so it can only flex the elbow and it therefore assists the biceps and brachialis in hammer rope curls.
Hammer Rope Curls
1. Attach a Y rope handle to the cable from the bottom of the cable pulley station. Make sure the end of the rope has a large knot or a solid plastic knob to keep your hands from slipping off.
2. Grab each part of the Y rope. Turn the hands so the palms are facing each other. This is a semi-pronated grip and your hands will stay in this position throughout the exercise.
3. Back away from the cable machine so that your feet are about 2 to 3 feet from the base of the pulley unit. Your back should be straight and tight, but your knees should not be locked straight. Your feet should be placed at hip-width.
4. Start with your elbows straight and the hands in front of the thighs.
5. Keeping your elbows close to the sides of your torso, take a breath and exhale as you flex the elbow and pull the hands up toward your shoulders.
6. Keep your elbows back and tight to the side of your ribs as you are completing the repetition. Your forearms should be moving, but your upper arms should not be moving at the shoulder. Continue to curl until your hands are as close to your shoulders as possible.
7. Lower the rope back to the starting position by controlling the weight downward as you inhale.
8. Stop just before the elbows are completely straight, then start the next repetition upward.
The arms are typically among the most challenging areas for women to tone. Part of the reason is that fat is readily deposited in the arms of women. The other primary reason is that unless you achieve direct exercise for the arms, there is little to stimulate and tone the underlying musculature. Proper dieting, resistance training and cardiovascular activity are all required to reduce your subcutaneous fat and improve the shape of your arms. Resistance training is really the only way that will help you tone and firm your anterior arms, but alone, it will not eliminate much excess fat that you might have on your arms. For strengthening and toning your arms, there are many exercises you can do, but hammer rope curls will be excellent at activating your anterior arms and forearm muscles. Hammer rope curls will not build muscle mass, which is reasonable, because they are not designed to build muscle mass. However, this exercise is an excellent finishing exercise for your arm workout and it will definitely improve the firmness and shape of your upper arms.
Good form is important if you are going to get the most out of it for your biceps, brachialis and brachioradialis muscles. It is important to use enough resistance so that your arms fatigue within 12 to 15 repetitions. If the resistance is too light, then you will not obtain the shape and muscle firmness that you will want. You should also try to keep the rests between sets to 90 seconds or less. It is acceptable to allow the arms to move slightly forward when the elbow is fully flexed, but the upper arms must remain as close to perpendicular to the floor as possible to ensure a full, aching contraction during the curl.
If the outside (lateral part) of your upper arm is soft or more shapeless than you would like, you should try extra hard to keep the elbows and arms back when you are doing the curls. This will stretch the long head of the biceps brachii and thereby activate this muscle head more fully during each curl upward. This helps to shape and firm the outer parts of the upper arm so that the arms look great at any angle. You can also add a bit of supination to the movement on the way up rather than keeping the semi-pronated “hammer” positions. Supinating the hands while you are lifting the weight upward will increase the recruitment of the biceps brachii; however, do not forget to pronate the hands back to the hammer position as the weight is lowered.
Arm development is critical if you want to look great around the pool, or if you need to firm up your arms after your serious dieting has paid off. Dieting and cardio will reduce your body fat and shrink the fat around your arms, but without direct resistance exercise, they will not help to firm and shape and tone your arms. If great arms are something that you want to have this summer, and if you are having a little trouble keeping on track, why not get a gym partner who has similar goals? Together you can achieve a great arm structure in only a few months and hammer rope curls are a great start to unveil your new summer arms.
Basmajian JV and CJ DeLuca. Muscles Alive, 5th Ed. Baltimore, Williams & Wilkins, 1985, pp. 285-286.
Clemente CD. Anatomy, A Regional Atlas of the Human Body. Second edition, Baltimore, Urban & Schwarzenberg Pub. Co. p.43-55, 1981.
Kostek MA, Pescatello LS, Seip RL, Angelopoulos TJ, Clarkson PM, Gordon PM, Moyna NM, Visich PS, Zoeller RF, Thompson PD, Hoffman EP and Price TB. Subcutaneous fat alterations resulting from an upper body resistance-training program. Med Sci Sports Exerc, 39: 1177-1185, 2007.
Nickols-Richardson SM, Miller LE, Wootten DF, Ramp WK and Herbert WG. Concentric and eccentric isokinetic resistance training similarly increases muscular strength, fat-free soft tissue mass, and specific bone mineral measurements in young women. Osteoporos Int, 18: 789-796, 2007.
Pescatello LS, Kelsey BK, Price TB, Seip RL, Angelopoulos TJ, Clarkson PM, Gordon PM, Moyna NM, Visich PS, Zoeller RF, Gordish-Dressman HA, Bilbie SM, Thompson PD and Hoffman EP. The muscle strength and size response to upper arm, unilateral resistance training among adults who are overweight and obese. J Strength Cond Res, 21: 307-313, 2007.
Sarsan A, Ardic F, Ozgen M, Topuz O and Sermez Y. The effects of aerobic and resistance exercises in obese women. Clin Rehabil, 20: 773-782, 2006.
Have you tried this NEW workout plan that everyone is talking about?
Here’s a 2000s Workout Playlist to Help You Put Your Thing Down, Flip It, and Reverse It
Like many other Millennials, I'm not thrilled about the fact that Y2K style is back; let's just say that the early 2000s were a very tough time to be a teenager with a body. Mainstream media's obsession with flat abs—getting them, keeping them, styling them, showing them off—in that decade felt relentless, and frankly all of the media outlets that fueled it should be made to come before Congress to explain themselves.
On the other hand, I started working out in 2003, which means there's a special place in my heart for the era's bops. My gym at the time had CD/DVD players on every cardio machine, so I would burn CDs with my favorite workout songs and take one with me every time I went to do the elliptical or treadmill. This meant I only ever got a new workout “mix” once a month or so. Nowadays, most of us aren't content to listen to one playlist for every single workout for a whole-ass month. But at the time? I simply put on the same songs over and over and over again until they were indelibly burned into my brain. Getting a cheap MP3 player and eventually buying my first-ever iPod—the green Mini, on Black Friday in 2004!—was nothing short of life-changing. But streaming music was still years off, so I had to pay $1 for every new song I added.
I think this is a big part of why music, more than anything else, took me from a reluctant exerciser to someone who fully loved working out: It always felt like a treat. It definitely helped that the pop music of the era—unlike the clothes and crunchy hairstyles, sorry!!!—was actually very very good. Sure, we had to deal with all the extremely weird coverage of teen pop stars' virginity or lack thereof, but we were also blessed with Rihanna and Lady Gaga, plus some of Britney's best work.
Below, you'll find many of the songs that I had on my first workout CDs, as well as others that came later in the decade. The beats still get my heart pumping just as much as they did nearly 20 (!!) years ago, and have the added benefit of filling me with the best kind of nostalgia. So pull on your gauchos, let your thong show, and gitchie gitchie ya ya da da.
The full playlist:
This Kettlebell Routine Covers a Lot in Very Little Time
Short on time but still want to get in a great full-body kettlebell workout? Enter: kettlebell complexes, a series of kettlebell exercises strung together without rest to work multiple muscles in little time.
In this video, the final installment in Sweat With SELF's new Kettlebells series, you'll complete an advanced, full-body workout that will have you building on foundational moves to create kettlebell complexes for an even bigger challenge. Lee Jimenez, a certified kettlebell level 1 instructor and ACE-certified personal trainer, and ACE-certified personal trainer Tiffany Ragozzino will take you through the routine, which will work the quads, hamstrings, and glutes in your lower body, as well as the shoulders, triceps, and biceps in your upper body.
After a solid warm-up, which includes exercises like the squat and reach, lateral cross-body stretch, downward dog to plank, and good morning, you'll get into your workout. The routine includes two groupings of four kettlebell exercises, which you'll perform for 30 seconds each. As you go through each group, the kettlebell complexes will become more, well, complex. For instance, in the first grouping of moves, you'll begin with the deadlift. Your second exercise will be the deadlift to clean, which will be followed by the deadlift to clean to squat. Then for your final exercise, you'll complete the deadlift to clean to squat to biceps curl. You'll finish off your round with an even bigger challenge: Sixty seconds of the final exercise, which brings everything you've done earlier in the grouping all together!
Your second grouping will follow the same pattern. You'll begin with the kettlebell swing and follow it with a kettlebell swing to clean. Then you'll perform a kettlebell swing to clean to overhead press, before ending with a kettlebell swing to clean to overhead press to alternating reverse lunge. Again, you'll finish up with 60 seconds of that most advanced kettlebell complex.
Added bonus? Along with working multiple muscle groups, these kettlebell complexes also challenge your mind too, since stringing the exercises together requires a great deal of focus—especially as the complex becomes longer!
Including warm-up and cool-down, this full-body kettlebell workout will be done in less than 20 minutes, making it the ideal choice when you don't have a ton of time but want to get in some total-body movement.
This workout is great for advanced exercisers, but if you're new to kettlebells, you may want to try some more beginner-friendly routines first, like the 4-Move Kettlebell Circuit to Work Your Butt and Legs or a Quick Upper-Body Kettlebell Circuit.
Fitness / Workouts
The Ultimate Pump for Bigger Arms
There may be times when you can’t hit the gym, but that doesn’t mean you can’t get a solid upper-body pump. Exercises like close-grip push-ups give you a great pump and fatigue your muscles almost as much as if you had been to the gym. The close-grip push-up is one exercise with the potential to generate a massive pump in the triceps, with decent carry-over for the anterior deltoids, chest and even a bit of the scapular muscles of the back. This exercise is an intense way to engage your triceps when the heavy iron isn’t around.
If you simply don’t have time to get to a gym and might be forced to skip the occasional workout, then you should consider this triceps shocker. It’s also a great way to get a quick pump in your upper body before stepping out. Either way, this rather basic exercise can have some amazing effects that will quickly gorge your triceps with blood and make them feel like they’ve just completed their usual session at the gym.
Close-grip push-ups activate the serratus anterior, upper trapezius and pectoralis muscles along with a number of shoulder and rotator cuff muscles, but it’s the triceps brachii muscles that really get torched in this exercise. Hand position on this exercise is important because if the hands are shoulder-width apart, the force at the elbow is up to 45 percent of bodyweight, but the force increases significantly (and involves more triceps work) with the hands closer together (up to 70 percent of bodyweight with a close-grip spacing).
The triceps brachii muscle – and especially the long head of the triceps – is strongly activated in close-grip push-ups. The lateral head of the triceps begins high on the humerus bone, but doesn’t cross the shoulder joint. The medial head of the triceps begins in the middle of the humerus bone and is mostly buried by the other two heads, but part of it can be seen above the elbow. The long head of the triceps runs from the scapula (shoulder blade) just below the shoulder joint, and it joins the medial and lateral heads of the triceps brachii to cross the elbow and attach to the ulnar bone in the forearm. The long head of the triceps, or the “inner head,” gets the most activation because it both extends the arm at the shoulder joint (pulls the upper arm backward during the controlled descent) and extends the forearm at the elbow joint (straightens the elbow) during the upward movement. The medial and lateral heads also contribute strongly to elbow extension by helping the long head raise the body from the floor during each repetition.
The anterior fibers from the deltoid muscle are activated with each push upward. These muscle fibers begin along the lateral part of the clavicle bone. The fibers from this region of the deltoid insert on the proximal (closer to the head) and upper anterior (front) regions of the humerus bone. They cover the insertion of the pectoralis muscle as it also attaches to the humerus bone of the upper arm.
The large, fan-shaped sternocostal head of the pectoralis major muscle attaches along the lateral edge of the sternum and the upper-six ribs. Although all of the fibers are activated by close-grip push-ups, the fibers closest to the sternum are most directly and constantly activated. The pectoralis major adducts the humerus (moves the arm toward the midline of the body), so this muscle is active to position your arms into the close hand spacing. The fibers of this muscle also flex the humerus (move the humerus bone of the upper arm anteriorly) as you push your upper body up from the floor.
The subscapularis muscle is a deep, rotator cuff muscle of the shoulder. It’s a thick, triangular-shaped muscle that begins and lies on the anterior surface of the scapula (closest to the ribs). It forms part of the armpit (axilla) and crosses the anterior part of the shoulder joint where it attaches to the humerus near its head. This muscle is a strong medial rotator of the humerus. It also helps hold the humeral head in the glenoid cavity during all phases of the push-ups.
The serratus anterior muscle is a very large muscle overlaying the lateral part of the rib cage. Its fibers look like ropes lying just above the attachments of the latissimus muscle fibers on the lateral side of the ribs. When the serratus muscles have been pumped by close-grip push-ups, these muscle bundles begin to live up to their name, which in Latin means “saw-toothed.” The fibers of the serratus anterior muscle attach to the first eight ribs and then run posteriorly along the lateral side of the thorax. The other end is attached along the medial border of the scapula (shoulder blade). This muscle pulls the scapula forward (protraction) and holds it against the thoracic wall. It stabilizes the scapula for pushing, and the serratus anterior acts as an anchor so other muscles can use the scapula as if it were a fixed bone (even though it’s a free-floating bone).
The superior (upper) portion of the trapezius is strongly activated by close-grip push-ups. The trapezius is diamond shaped with sides like a trapezoid, an irregular, four-sided figure. The superior part of the trapezius muscle (the top of the diamond) begins along the base of the skull and the seventh cervical (neck) vertebrae. The fibers angle downward and laterally to attach on the lateral part of the clavicle (collarbone) and along the scapula. The superior fibers of the trapezius lift the scapula and shoulder structures toward the ears and stabilize the shoulder during push-ups.
1. Position your body facedown (prone) with your feet close together. If you really want to turn up the heat on your triceps, place your feet on an elevated (high) bench, chair or even the bed.
2. Place your hands together, with your forefinger and thumbs forming a heart shape. You can spread your fingers if you feel unstable, as this will increase the base and give you a little extra support.
3. Start with your elbows flexed (bent) and your chest on the floor. Rise up so your bodyweight is distributed between your toes and your two hands.
4. Keep your knees and body straight and push upward by straightening your elbows. Do this quickly (in about one second).
5. Don’t rest at the top with your elbows straight; slowly lower your chest toward the floor (in about three seconds). Your elbows should point backward as you lower your body.
6. When your chest touches your hands, start the upward thrust. Continue until your set is done (e.g., 30 reps). Rest 30 seconds, and then start again for a great pump.
A wider hand placement will direct a greater activation and stretch to the lateral fibers of the sternoclavicular portion of the pectoralis muscle and away from the triceps. However, if your hands are closer together (especially if they’re touching), the triceps brachii will feel like they’re on fire and you’ll also activate the inner fibers of the pectoralis next to the sternum. If you’ve had a wrist injury, you might want to stay away from this exercise until your wrists heal completely.
This exercise is the paramount exercise for the perfect triceps pump.
1. Cogley RM, Archambault TA, Fibeger JF, Koverman MM, Youdas JW and Hollman JH. Comparison of muscle activation using various hand positions during the push-up exercise. J Strength Cond Res, 19: 628-633, 2005.
2. Fodhazy Z, Arndt A, Milgrom C, Finestone A and Ekenman I. Exercise-induced strain and strain rate in the distal radius. J Bone Joint Surg Br, 87: 261-266, 2005.
3. Freeman S, Karpowicz A, Gray J and McGill S. Quantifying muscle patterns and spine load during various forms of the push-up. Med Sci Sports Exerc, 38: 570-577, 2006.
4. Jaskolski A, Andrzejewska R, Marusiak J, Kisiel-Sajewicz K and Jaskolska A. Similar response of agonist and antagonist muscles after eccentric exercise revealed by electromyography and mechanomyography. J Electromyogr Kinesiol, 16:829-839, 2006.
5. Standring, Susan, Gray's Anatomy text, 39th edition, CV Mosby, Churchill Livingstone, 2005, ISBN: 0443071683.
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