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Dumbbell chest session: every angle Six moves. Two dumbbells only: pullovers, reverse-grip press, flat press, hex/squeeze press, low-to-high flyes, classic flyes. Do 2 sets of 8–10 reps each. Slow stretch, no bouncing. Uses: hits upper, lower, inner, and mid chest when you don’t want a full machine circuit. Result:...

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32,511 görüntüleme • 10 gün önce •via X (Twitter)

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Nobody does dumbbell flyes the way Arnold Schwarzenegger did. Back then it was all about a wide movement, max pec stretch, and only a slight bend in the elbows. Now most guys have turned it into some kind of fly-press… Which is still a solid chest exercise—but it’s not the same as flyes. Arnold flyes: - maximum pec stretch, more pec isolation - very minimal triceps involvement - lighter load, higher reps Fly-press: - less stretch than true flyes - triceps gets in, less pec isolation - heavier load can be used safely
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Nobody does dumbbell flyes the way Arnold Schwarzenegger did. Back then it was all about a wide movement, max pec stretch, and only a slight bend in the elbows. Now most guys have turned it into some kind of fly-press… Which is still a solid chest exercise—but it’s not the same as flyes. Arnold flyes: - maximum pec stretch, more pec isolation - very minimal triceps involvement - lighter load, higher reps Fly-press: - less stretch than true flyes - triceps gets in, less pec isolation - heavier load can be used safely

Bartek Ka

508,566 görüntüleme • 6 ay önce

Gym maturity is realizing you don’t have to Flat Barbell Bench Press AT ALL You can just do a well-built Chest Press Machine & get all the benefits while reducing injury risk and lowering fatigue cost
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Gym maturity is realizing you don’t have to Flat Barbell Bench Press AT ALL You can just do a well-built Chest Press Machine & get all the benefits while reducing injury risk and lowering fatigue cost

Dean Turner

169,122 görüntüleme • 6 ay önce

FULL BODY DUMBBELL WORKOUT A complete full-body session using dumbbells. Split it into 2 circuits of 4 exercises. Complete 3 rounds of Circuit 1, then 3 rounds of Circuit 2. Rest 30–60 seconds as needed. 1. Reverse Lunge into Dumbbell Swing — 8–10 each leg Hold a dumbbell in each hand at your sides. Step one foot back into a reverse lunge. Lower until both knees are bent comfortably, keeping your front knee aligned with your foot. Push through your front foot to stand back up. Hinge at your hips and swing the dumbbells forward to about chest height. Control the weights back down, then repeat on the other leg. Targets: Quads, glutes, hamstrings, and core.
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FULL BODY DUMBBELL WORKOUT A complete full-body session using dumbbells. Split it into 2 circuits of 4 exercises. Complete 3 rounds of Circuit 1, then 3 rounds of Circuit 2. Rest 30–60 seconds as needed. 1. Reverse Lunge into Dumbbell Swing — 8–10 each leg Hold a dumbbell in each hand at your sides. Step one foot back into a reverse lunge. Lower until both knees are bent comfortably, keeping your front knee aligned with your foot. Push through your front foot to stand back up. Hinge at your hips and swing the dumbbells forward to about chest height. Control the weights back down, then repeat on the other leg. Targets: Quads, glutes, hamstrings, and core.

Awaken The Alphaa

21,642 görüntüleme • 10 gün önce

Incline Smith Machine Press Tips: 1) Set the bench to roughly 15-30°….steeper angles generally increase front delt involvement and reduce pec involvement 2) Position yourself so the bar tracks toward the upper chest / lower clavicle region at the bottom of each rep 3) Retract and depress the shoulder blades (“chest up, shoulders down and back”) before unracking to set your base but allow scapula to move freely during the set 4) Keep feet planted firmly on the floor and maintain a stable base 5) Lower the bar under control until you come into contact with your chest (if you cannot do this without pain, just shy of chest is fine) 6) Allow the elbows to travel roughly 45-60° away from the torso…neither excessively tucked nor excessively flared 7) Keep wrists stacked directly over elbows throughout the rep 8) Avoid excessively bouncing the bar off the chest or relaxing at the bottom position 9) Use a grip width that allows the forearms to remain approximately vertical from the front view near the bottom of the rep 10) Full lockout is optional for hypertrophy…stopping just short of lockout can sometimes help maintain continuous tension 11) Control the eccentric and perform the concentric with intent and aggression while maintaining technique 12) If shoulder discomfort occurs, experiment with: - A lower incline angle - A slightly narrower grip - Bringing the touch point slightly lower on the chest - Reduced ROM The Smith machine’s fixed bar path will improve stability and allow greater focus on loading the target musculature close to failure safely….making it a strong hypertrophy option As always, ensure progressive overload is occurring on a regular basis!
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Incline Smith Machine Press Tips: 1) Set the bench to roughly 15-30°….steeper angles generally increase front delt involvement and reduce pec involvement 2) Position yourself so the bar tracks toward the upper chest / lower clavicle region at the bottom of each rep 3) Retract and depress the shoulder blades (“chest up, shoulders down and back”) before unracking to set your base but allow scapula to move freely during the set 4) Keep feet planted firmly on the floor and maintain a stable base 5) Lower the bar under control until you come into contact with your chest (if you cannot do this without pain, just shy of chest is fine) 6) Allow the elbows to travel roughly 45-60° away from the torso…neither excessively tucked nor excessively flared 7) Keep wrists stacked directly over elbows throughout the rep 8) Avoid excessively bouncing the bar off the chest or relaxing at the bottom position 9) Use a grip width that allows the forearms to remain approximately vertical from the front view near the bottom of the rep 10) Full lockout is optional for hypertrophy…stopping just short of lockout can sometimes help maintain continuous tension 11) Control the eccentric and perform the concentric with intent and aggression while maintaining technique 12) If shoulder discomfort occurs, experiment with: - A lower incline angle - A slightly narrower grip - Bringing the touch point slightly lower on the chest - Reduced ROM The Smith machine’s fixed bar path will improve stability and allow greater focus on loading the target musculature close to failure safely….making it a strong hypertrophy option As always, ensure progressive overload is occurring on a regular basis!

Dean Turner

44,032 görüntüleme • 3 ay önce

If you have lagging Arms and bringing them up to par is your TOP PRIORITY… I’d recommend doing something like this each week: Upper A • 2-3 sets of “The GREATEST Triceps exercise known to man” • 2-3 sets of Supinated Grip Curls w/ Upper Arm Support • 2-3 sets of Machine or Cable Overhead Extensions • 2-3 sets of Hammer Grip Curls w/ Upper Arm Support Upper B (Performed 3-4 days after Upper A) • 2-3 sets of Dip Machine • 2-3 sets of Machine or Cable Preacher Curls • 2-3 sets of “The GREATEST Triceps exercise known to man” OR Machine or Cable Overhead Extensions • 2-3 sets of Hammer Grip Curls w/ Upper Arm Support This will result in you doing somewhere between 8-12 sets of direct Bicep and Tricep work per week Low likelihood you need any more volume than that to improve your Arms mightily if following the notes below: 1) The ideal rep range to be using when performing the exercises mentioned is the 5ish to 10ish rep range — Choose a weight you can do for 5, 6, 7 reps @ 0-2 RIR…once you can do that weight for 8, 9, 10ish reps, increase the load by 5ish pounds 2) You should perform all reps of all the listed exercises with a controlled (but not overly slow) eccentric and an explosive (but still controlled) concentric 3) You should perform these exercises very early in your workout to ensure they are as efficient/effective as possible — If you perform them later on, you will not get as robust a growth stimulus from the sets because of the outstanding fatigue that will be present from the earlier sets/exercises in your workout Additional notes: - You may sub any of these exercises for comparable exercises due to preferences and/or equipment availability — Ex: Dip Machine subbed for Weighted Dips - I probably forgot something that I should’ve mentioned…if I think of it I’ll drop it in the post below
0:16

If you have lagging Arms and bringing them up to par is your TOP PRIORITY… I’d recommend doing something like this each week: Upper A • 2-3 sets of “The GREATEST Triceps exercise known to man” • 2-3 sets of Supinated Grip Curls w/ Upper Arm Support • 2-3 sets of Machine or Cable Overhead Extensions • 2-3 sets of Hammer Grip Curls w/ Upper Arm Support Upper B (Performed 3-4 days after Upper A) • 2-3 sets of Dip Machine • 2-3 sets of Machine or Cable Preacher Curls • 2-3 sets of “The GREATEST Triceps exercise known to man” OR Machine or Cable Overhead Extensions • 2-3 sets of Hammer Grip Curls w/ Upper Arm Support This will result in you doing somewhere between 8-12 sets of direct Bicep and Tricep work per week Low likelihood you need any more volume than that to improve your Arms mightily if following the notes below: 1) The ideal rep range to be using when performing the exercises mentioned is the 5ish to 10ish rep range — Choose a weight you can do for 5, 6, 7 reps @ 0-2 RIR…once you can do that weight for 8, 9, 10ish reps, increase the load by 5ish pounds 2) You should perform all reps of all the listed exercises with a controlled (but not overly slow) eccentric and an explosive (but still controlled) concentric 3) You should perform these exercises very early in your workout to ensure they are as efficient/effective as possible — If you perform them later on, you will not get as robust a growth stimulus from the sets because of the outstanding fatigue that will be present from the earlier sets/exercises in your workout Additional notes: - You may sub any of these exercises for comparable exercises due to preferences and/or equipment availability — Ex: Dip Machine subbed for Weighted Dips - I probably forgot something that I should’ve mentioned…if I think of it I’ll drop it in the post below

Dean Turner

66,141 görüntüleme • 5 ay önce

Every muscle in the human body grows from progressive mechanical tension. Except, apparently, the abs. Abs uniquely require: - 100 reps a session - Bodyweight only - No tracking, no progression - A different "core circuit" every workout for "muscle confusion" - Done at the end when you can barely stand up - Followed by a plank for the soul The rectus abdominis evolved on a different planet from every other skeletal muscle. While your chest, back and quads respond to heavy load through a working range, your abs respond to chaos, exhaustion, and a sequence of crunches named after a celebrity. Or you could do weighted crunches for 4-6 reps, add a kilo a fortnight, and watch them grow like every other muscle in your body. But that would require admitting the abs are just a muscle, and the fitness industry would lose an entire genre of content.
0:19

Every muscle in the human body grows from progressive mechanical tension. Except, apparently, the abs. Abs uniquely require: - 100 reps a session - Bodyweight only - No tracking, no progression - A different "core circuit" every workout for "muscle confusion" - Done at the end when you can barely stand up - Followed by a plank for the soul The rectus abdominis evolved on a different planet from every other skeletal muscle. While your chest, back and quads respond to heavy load through a working range, your abs respond to chaos, exhaustion, and a sequence of crunches named after a celebrity. Or you could do weighted crunches for 4-6 reps, add a kilo a fortnight, and watch them grow like every other muscle in your body. But that would require admitting the abs are just a muscle, and the fitness industry would lose an entire genre of content.

Sama Hoole

14,736 görüntüleme • 20 gün önce

Every muscle in the human body grows from progressive mechanical tension. Except, apparently, the abs. Abs uniquely require: - 100 reps a session - Bodyweight only - No tracking, no progression - A different "core circuit" every workout for "muscle confusion" - Done at the end when you can barely stand up - Followed by a plank for the soul Because apparently the rectus abdominis evolved on a different planet from every other skeletal muscle. While your chest, back, and quads respond to heavy load through a working range, your abs respond to chaos, exhaustion, and a TikTok-approved sequence of crunches named after a celebrity. Or, alternatively, you could do weighted crunches for 4-6 reps, add a kilo a fortnight, and watch them grow like every other muscle in your body. But that would require admitting the abs are just a muscle. And the fitness industry would lose an entire genre of content. Your call.
0:16

Every muscle in the human body grows from progressive mechanical tension. Except, apparently, the abs. Abs uniquely require: - 100 reps a session - Bodyweight only - No tracking, no progression - A different "core circuit" every workout for "muscle confusion" - Done at the end when you can barely stand up - Followed by a plank for the soul Because apparently the rectus abdominis evolved on a different planet from every other skeletal muscle. While your chest, back, and quads respond to heavy load through a working range, your abs respond to chaos, exhaustion, and a TikTok-approved sequence of crunches named after a celebrity. Or, alternatively, you could do weighted crunches for 4-6 reps, add a kilo a fortnight, and watch them grow like every other muscle in your body. But that would require admitting the abs are just a muscle. And the fitness industry would lose an entire genre of content. Your call.

Sama Hoole

184,037 görüntüleme • 4 ay önce

TIPS LATIHAN DADA BIAR MONTOK🥵💦 bukti nyata ada di akhir video🫣 kunci utama: pada saat latihan, dada selalu dibusungkan (arching) seperti huruf “D” dengan tumpuan pantat. 1. dumbell bench press “kenapa pakai dumbell?” karena selain melatih keseimbangan tangan, dumbell lebih fleksibel untuk meng-squeeze dada kita, jadi dumbell saat posisi di atas dipertemukan sehingga dada lebih mengalami kontraksi atau pump. a. incline dumbell bench press -> untuk dada atas (pastikan posisi bench 30° atau 3 titik pengunci keliatan). set 1 x 12 pemanasan (biasanya aku pakai 20kg per sisi), dilanjut 3 set x 12 (beban terberat, kalau aku pakai 30kg) b. flat dumbell bench press -> untuk dada tengah. langsung set 3 x 12 dengan beban terberat. “kenapa langsung beban terberat?” karena tangan & dada sudah “panas” jadi lebih efisien tenaga dan waktu. 2. decline bench press / dips -> untuk dada bawah. decline ini WAJIB pakai barbel atau smith ya (alasan safety). karena di tempatku ga ada alat decline, aku pakai dips. nah dips ini ada 2 fungsi, yaitu. a. kalau badan tegak = buat tricep, b. kalau badan condong depan = buat dada bawah. (set 3 x 12) 3. machine chest fly -> buat dada tengah + belahan dada. (TIPS: cara cari posisi yang tepat adalah tangan sejajar pentil dada) (set 3 x 12) 4. cable chest fly, terdapat 3 bagian masing” set 3 x 12, antara lain. a. low cable chest fly -> dada atas. (TIPS: posisi yang tepat adalah ketika tangan lurus ke bawah bisa pegang handle-nya [kalo aku di nomor 10], pas dorong ke atas max sejajar bahu aja, ga usah sampe tutupin muka) b. middle cable chest fly -> dada tengah. (TIPS: posisi yang tepat adalah ketika cable sejajar bahu) c. high cable chest fly -> dada bawah.(TIPS: posisi yang tepat adalah ketika cable sejajar dengan jidat, ga usah sampai mentok atas atau paling tinggi posisinya) TIPS: 1. untuk dumbell bench press pastikan posisi siku mendekati badan ya, karena semakin lebar posisi siku yang kena bahu. (biasanya makin berat beban makin terbuka sikunya) 2. gerakan dada dilakukan pelan dan sampai bawah untuk bench press dan dips, serta sampai belakang untuk machine dan cable chest fly ya, karena yang bikin nge pump adalah gerakan yang pelan dan full range bukan beban berat tapi engga full range. ini berdasarkan apa yang ku rasakan, aku juga menerima koreksi kalau semisal ada yang kurang tepat😙
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TIPS LATIHAN DADA BIAR MONTOK🥵💦 bukti nyata ada di akhir video🫣 kunci utama: pada saat latihan, dada selalu dibusungkan (arching) seperti huruf “D” dengan tumpuan pantat. 1. dumbell bench press “kenapa pakai dumbell?” karena selain melatih keseimbangan tangan, dumbell lebih fleksibel untuk meng-squeeze dada kita, jadi dumbell saat posisi di atas dipertemukan sehingga dada lebih mengalami kontraksi atau pump. a. incline dumbell bench press -> untuk dada atas (pastikan posisi bench 30° atau 3 titik pengunci keliatan). set 1 x 12 pemanasan (biasanya aku pakai 20kg per sisi), dilanjut 3 set x 12 (beban terberat, kalau aku pakai 30kg) b. flat dumbell bench press -> untuk dada tengah. langsung set 3 x 12 dengan beban terberat. “kenapa langsung beban terberat?” karena tangan & dada sudah “panas” jadi lebih efisien tenaga dan waktu. 2. decline bench press / dips -> untuk dada bawah. decline ini WAJIB pakai barbel atau smith ya (alasan safety). karena di tempatku ga ada alat decline, aku pakai dips. nah dips ini ada 2 fungsi, yaitu. a. kalau badan tegak = buat tricep, b. kalau badan condong depan = buat dada bawah. (set 3 x 12) 3. machine chest fly -> buat dada tengah + belahan dada. (TIPS: cara cari posisi yang tepat adalah tangan sejajar pentil dada) (set 3 x 12) 4. cable chest fly, terdapat 3 bagian masing” set 3 x 12, antara lain. a. low cable chest fly -> dada atas. (TIPS: posisi yang tepat adalah ketika tangan lurus ke bawah bisa pegang handle-nya [kalo aku di nomor 10], pas dorong ke atas max sejajar bahu aja, ga usah sampe tutupin muka) b. middle cable chest fly -> dada tengah. (TIPS: posisi yang tepat adalah ketika cable sejajar bahu) c. high cable chest fly -> dada bawah.(TIPS: posisi yang tepat adalah ketika cable sejajar dengan jidat, ga usah sampai mentok atas atau paling tinggi posisinya) TIPS: 1. untuk dumbell bench press pastikan posisi siku mendekati badan ya, karena semakin lebar posisi siku yang kena bahu. (biasanya makin berat beban makin terbuka sikunya) 2. gerakan dada dilakukan pelan dan sampai bawah untuk bench press dan dips, serta sampai belakang untuk machine dan cable chest fly ya, karena yang bikin nge pump adalah gerakan yang pelan dan full range bukan beban berat tapi engga full range. ini berdasarkan apa yang ku rasakan, aku juga menerima koreksi kalau semisal ada yang kurang tepat😙

Dheo

213,284 görüntüleme • 4 ay önce

This post about bench press safety escaped containment and got a lot of people commenting in disagreement that safeties/spotter arms would've saved him. And in truth, my language below was a little too absolute: safeties MIGHT have saved his life (though even if so, would not have prevented all damage), but it's far from certain that they would have, so I stand by the overall sentiment. I will explain in detail below. The spotter arms have to be set below the top of your arched chest or else they’ll interfere with every rep - you'll clang the bar on the safeties, which not only severely interrupts proper technique and performance, but can also be potentially injurious in its own right as the clanging against the safeties takes you out of the rhythm of the rep and leads to uneven and chaotic force application demands mid-rep. The safeties can’t be set a mere milimeter or even a half inch below the chest: both because most racks have 2-3 inch hole spacings that don't allow such finely calibrated setting, but even if they do - also because as a gross movement pattern, not a fine movement pattern, you can’t control the movement of the bar precisely and accurately enough not to clang the safeties if they’re so close to your chest. Human beings performing gross movement patterns simply lack such fine control: on heavy sets, the bar might be slightly uneven on one side, you might lose a touch of your arch over the course of the set, etc... and end up clanging the safeties anyway, if they're set so close to the top of your arched chest. These issues are not form errors that can be prevented with proper training, but are inherent limitations in the human capability to control gross motor pattern movements at a heavy weight. Thus, the safeties have to be far enough below your chest in order to not interfere with the set itself, such that they can’t possibly catch the bar before it hits your chest in the case of a sudden catastrophic drop. The proper placement for the safeties is far enough below your chest so as not to interfere with the normal execution of the set and so the bar never touches the safeties at all during the set, even with the inherent human limitations of gross motor pattern control. But high enough such tha - if you find yourself unable to successfully press the bar to lockout - you can bring the bar under control back down to your chest, exhale and drop your arch, and the bar will ideally now rest on the safeties instead of your chest and you can crawl and slither out from under it. Worst case, you can roll the bar slightly upwards and the safeties will soon take it, well before it would lie on your neck. I have an example of using the safeties this way in the video below, with 485 lbs. The ability to set this position with precision and accuracy depends on the equipment you're using: Some racks/benches have 1 inch spacings for this purpose, which is excellent and allows greater precision in safety placement, but most common racks have 2-3 inches between holes and thus people must often have the safeties a little lower than they'd ideally be. The main point is the proper use and purpose of safeties in the bench press is not really to catch a very rare catastrophic sudden drop onto your chest, but to allow you to survive the much more common situation of a normal failed rep. Could they theoretically save your life in such a situation where you drop it? Yes, they might. They won't stop the bar before it hits your chest but they might reduce the impact by stopping the bar from going further down and reducing the impact. This may or may not save your life in this rare catastrophic drop situation - it's good to have them there, set up anyway, but it's far from a sure bet. The most important things you can do are to learn and practice good technique, which involves stiff wrists in a very slightly bent back position, and thumbs around the barbell - NO SUICIDE GRIP. The safeties won't catch the bar and stop it from hitting your chest, so it's best to reduce the chances of dropping the bar on your chest from almost zero to even closer to almost zero. I've been bench pressing regularly for well over 20 years, always put my thumbs around the bar, and have never dropped it on myself. Nor has anyone I have coached to the best of my memory, over tens of thousands of sets and hundreds of thousands of reps. I have used safeties to successfully avoid getting trapped under the bar after a failed rep. In the video below, I tweaked my pec while pushing through a rep at 485 and had to set the bar on the pins to avoid getting trapped under it. This kind of situation is the primary use for the safeties. It's good to have them set up regardless - they might indeed save you if you somehow still manage to drop the bar, but they also very well might not.
0:14

This post about bench press safety escaped containment and got a lot of people commenting in disagreement that safeties/spotter arms would've saved him. And in truth, my language below was a little too absolute: safeties MIGHT have saved his life (though even if so, would not have prevented all damage), but it's far from certain that they would have, so I stand by the overall sentiment. I will explain in detail below. The spotter arms have to be set below the top of your arched chest or else they’ll interfere with every rep - you'll clang the bar on the safeties, which not only severely interrupts proper technique and performance, but can also be potentially injurious in its own right as the clanging against the safeties takes you out of the rhythm of the rep and leads to uneven and chaotic force application demands mid-rep. The safeties can’t be set a mere milimeter or even a half inch below the chest: both because most racks have 2-3 inch hole spacings that don't allow such finely calibrated setting, but even if they do - also because as a gross movement pattern, not a fine movement pattern, you can’t control the movement of the bar precisely and accurately enough not to clang the safeties if they’re so close to your chest. Human beings performing gross movement patterns simply lack such fine control: on heavy sets, the bar might be slightly uneven on one side, you might lose a touch of your arch over the course of the set, etc... and end up clanging the safeties anyway, if they're set so close to the top of your arched chest. These issues are not form errors that can be prevented with proper training, but are inherent limitations in the human capability to control gross motor pattern movements at a heavy weight. Thus, the safeties have to be far enough below your chest in order to not interfere with the set itself, such that they can’t possibly catch the bar before it hits your chest in the case of a sudden catastrophic drop. The proper placement for the safeties is far enough below your chest so as not to interfere with the normal execution of the set and so the bar never touches the safeties at all during the set, even with the inherent human limitations of gross motor pattern control. But high enough such tha - if you find yourself unable to successfully press the bar to lockout - you can bring the bar under control back down to your chest, exhale and drop your arch, and the bar will ideally now rest on the safeties instead of your chest and you can crawl and slither out from under it. Worst case, you can roll the bar slightly upwards and the safeties will soon take it, well before it would lie on your neck. I have an example of using the safeties this way in the video below, with 485 lbs. The ability to set this position with precision and accuracy depends on the equipment you're using: Some racks/benches have 1 inch spacings for this purpose, which is excellent and allows greater precision in safety placement, but most common racks have 2-3 inches between holes and thus people must often have the safeties a little lower than they'd ideally be. The main point is the proper use and purpose of safeties in the bench press is not really to catch a very rare catastrophic sudden drop onto your chest, but to allow you to survive the much more common situation of a normal failed rep. Could they theoretically save your life in such a situation where you drop it? Yes, they might. They won't stop the bar before it hits your chest but they might reduce the impact by stopping the bar from going further down and reducing the impact. This may or may not save your life in this rare catastrophic drop situation - it's good to have them there, set up anyway, but it's far from a sure bet. The most important things you can do are to learn and practice good technique, which involves stiff wrists in a very slightly bent back position, and thumbs around the barbell - NO SUICIDE GRIP. The safeties won't catch the bar and stop it from hitting your chest, so it's best to reduce the chances of dropping the bar on your chest from almost zero to even closer to almost zero. I've been bench pressing regularly for well over 20 years, always put my thumbs around the bar, and have never dropped it on myself. Nor has anyone I have coached to the best of my memory, over tens of thousands of sets and hundreds of thousands of reps. I have used safeties to successfully avoid getting trapped under the bar after a failed rep. In the video below, I tweaked my pec while pushing through a rep at 485 and had to set the bar on the pins to avoid getting trapped under it. This kind of situation is the primary use for the safeties. It's good to have them set up regardless - they might indeed save you if you somehow still manage to drop the bar, but they also very well might not.

Deep Squats, Shallow Thoughts

924,853 görüntüleme • 9 ay önce

The Bro Split that every young lad gets sold on looks like this.⠀ ⠀ Monday: Chest⠀ Tuesday: Back⠀ Wednesday: Rest⠀ Thursday: Legs⠀ Friday: Shoulders⠀ Saturday: Arms⠀ Sunday: Rest⠀ ⠀ And yes, Arnold did it. Arnold also took enough drugs to sedate a medium-sized country, so perhaps not the most transferable template.⠀ ⠀ The problem is simple. Each muscle here gets hit once a week. Train hard enough and you'll trigger a window of muscle protein synthesis that runs for roughly 2-3 days. After that the window closes, and the muscle fibres begin to catabolise slowly. The back half of the week isn't neutral. It's quietly eroding the growth stimulus you picked up on Monday.⠀ ⠀ Once a week is not a holding pattern. It's a losing one.⠀ ⠀ The fix is training each muscle at least twice. An upper/lower split does this cleanly.⠀ ⠀ Monday: Upper⠀ Tuesday: Lower⠀ Wednesday: Rest⠀ Thursday: Upper⠀ Friday: Rest⠀ Saturday: Lower⠀ Sunday: Rest⠀ ⠀ Same days in the gym. Every muscle getting two shots at the growth window per week instead of one.⠀ ⠀ If there's a specific muscle you want to bring up faster, glutes being the obvious example, you can push that to three times a week with a full body approach, hitting the priority muscle first in every session when you're freshest.⠀ ⠀ Monday: Full Body (glutes first)⠀ Wednesday: Full Body (glutes first)⠀ Friday: Full Body (glutes first)⠀ ⠀ More frequent stimulus. More growth windows captured. Less of the week spent sliding backwards.⠀ ⠀ The Bro Split isn't useless. It just isn't optimal. And if you're going to spend the time, you may as well spend it on something that actually works.⠀ ⠀ Minimum twice a week per muscle. Three if you're serious about a lagging group. The rest is just detail.
0:15

The Bro Split that every young lad gets sold on looks like this.⠀ ⠀ Monday: Chest⠀ Tuesday: Back⠀ Wednesday: Rest⠀ Thursday: Legs⠀ Friday: Shoulders⠀ Saturday: Arms⠀ Sunday: Rest⠀ ⠀ And yes, Arnold did it. Arnold also took enough drugs to sedate a medium-sized country, so perhaps not the most transferable template.⠀ ⠀ The problem is simple. Each muscle here gets hit once a week. Train hard enough and you'll trigger a window of muscle protein synthesis that runs for roughly 2-3 days. After that the window closes, and the muscle fibres begin to catabolise slowly. The back half of the week isn't neutral. It's quietly eroding the growth stimulus you picked up on Monday.⠀ ⠀ Once a week is not a holding pattern. It's a losing one.⠀ ⠀ The fix is training each muscle at least twice. An upper/lower split does this cleanly.⠀ ⠀ Monday: Upper⠀ Tuesday: Lower⠀ Wednesday: Rest⠀ Thursday: Upper⠀ Friday: Rest⠀ Saturday: Lower⠀ Sunday: Rest⠀ ⠀ Same days in the gym. Every muscle getting two shots at the growth window per week instead of one.⠀ ⠀ If there's a specific muscle you want to bring up faster, glutes being the obvious example, you can push that to three times a week with a full body approach, hitting the priority muscle first in every session when you're freshest.⠀ ⠀ Monday: Full Body (glutes first)⠀ Wednesday: Full Body (glutes first)⠀ Friday: Full Body (glutes first)⠀ ⠀ More frequent stimulus. More growth windows captured. Less of the week spent sliding backwards.⠀ ⠀ The Bro Split isn't useless. It just isn't optimal. And if you're going to spend the time, you may as well spend it on something that actually works.⠀ ⠀ Minimum twice a week per muscle. Three if you're serious about a lagging group. The rest is just detail.

Sama Hoole

24,136 görüntüleme • 5 ay önce

Most people can’t hold a Reverse Plank because their nervous system doesn’t feel safe being that exposed. Collapsed shoulders and tight hips are postures of defense. This pose invites the body to leave that state. One minute a day can begin to reverse years of silent tension. If you want the fitness results you see in your mind to become real, you’ll need to teach your body how to relax first. Otherwise, forget the great transformation. You'll burn out before coming close to changing. At first, you may need to adjust the position or do shorter sets. You will notice slight improvements each time, whether it is strength, mobility, or endurance. One day, you will unlock the posture and feel much lighter within. Form Cues: - Hands shoulder-width apart, fingers pointing toward feet or slightly outward - Press palms firmly into the ground to engage shoulders - Lift hips in line with shoulders and heels - Squeeze glutes and push hips up, avoid letting them drop. - Keep legs straight and active, heels grounded - Draw shoulder blades down and together - Open the chest. - Gaze slightly upward or keep neck neutral - Breathe steadily, through the nose if possible - Hold tension evenly through arms, core, and legs Here are three adjustments you could make to ease into the Reverse Plank: 1. Bend the knees slightly - What it does: Reduces the load on tight hip flexors and stiff shoulders. - How to do it: Instead of keeping the legs fully straight, maintain a small bend at the knees and press through the heels. Focus on lifting the hips and opening the chest. 2. Use yoga blocks under the hands - What it does: Elevates the wrists and reduces wrist extension strain, especially for people with limited mobility or wrist pain. - How to do it: Place yoga blocks (or low, stable books) under your palms to give your shoulders more space and reduce the pressure on the wrists. 3. Turn the fingers outward slightly - What it does: Opens up tight shoulders and reduces internal rotation. - How to do it: Instead of pointing the fingers directly toward the feet, turn them slightly outward (about 30–45 degrees). This gives the shoulders more room to move and helps you stay open. You're not reading this by accident. Start using Reverse Planks to take your quality of life to the next level.
0:18

Most people can’t hold a Reverse Plank because their nervous system doesn’t feel safe being that exposed. Collapsed shoulders and tight hips are postures of defense. This pose invites the body to leave that state. One minute a day can begin to reverse years of silent tension. If you want the fitness results you see in your mind to become real, you’ll need to teach your body how to relax first. Otherwise, forget the great transformation. You'll burn out before coming close to changing. At first, you may need to adjust the position or do shorter sets. You will notice slight improvements each time, whether it is strength, mobility, or endurance. One day, you will unlock the posture and feel much lighter within. Form Cues: - Hands shoulder-width apart, fingers pointing toward feet or slightly outward - Press palms firmly into the ground to engage shoulders - Lift hips in line with shoulders and heels - Squeeze glutes and push hips up, avoid letting them drop. - Keep legs straight and active, heels grounded - Draw shoulder blades down and together - Open the chest. - Gaze slightly upward or keep neck neutral - Breathe steadily, through the nose if possible - Hold tension evenly through arms, core, and legs Here are three adjustments you could make to ease into the Reverse Plank: 1. Bend the knees slightly - What it does: Reduces the load on tight hip flexors and stiff shoulders. - How to do it: Instead of keeping the legs fully straight, maintain a small bend at the knees and press through the heels. Focus on lifting the hips and opening the chest. 2. Use yoga blocks under the hands - What it does: Elevates the wrists and reduces wrist extension strain, especially for people with limited mobility or wrist pain. - How to do it: Place yoga blocks (or low, stable books) under your palms to give your shoulders more space and reduce the pressure on the wrists. 3. Turn the fingers outward slightly - What it does: Opens up tight shoulders and reduces internal rotation. - How to do it: Instead of pointing the fingers directly toward the feet, turn them slightly outward (about 30–45 degrees). This gives the shoulders more room to move and helps you stay open. You're not reading this by accident. Start using Reverse Planks to take your quality of life to the next level.

Alex Bernier

71,160 görüntüleme • 1 yıl önce

"My arms aren't growing no matter how hard I train them." No matter how hard. Yes. That will be it. Because clearly the missing ingredient is effort. Twenty sets was not enough, the four angles were not enough, the drop set at the end was not enough, and the answer is presumably a fifth angle and a whole additional evening. What your arms actually get in a normal week: - Heavy tension from every row, chin and pulldown - Heavy tension from every press, dip and close-grip - Twenty isolation sets piled on top of that - All of it at the end, when the weight has to be light - All of it at length, where damage is highest - A drop set, because they are stubborn - Four days of soreness - One training exposure, seven days later Biceps and triceps are the most damage-sensitive tissue in the building. Two small muscles with almost nothing there to absorb the work. Damage is not a growth signal. It is a repair bill, and repair spends the exact recovery you were hoping to build with. So no, they are not growing no matter how hard you train them. They are not growing because of how hard you train them. What they need instead: - One or two hard sets - Early in the session, while you can still load them properly - Twice a week - Add weight when you can Two of those sets are all the direct arm work I do. The bloke on his eleventh set of pushdowns has been at that machine since I walked in.
0:18

"My arms aren't growing no matter how hard I train them." No matter how hard. Yes. That will be it. Because clearly the missing ingredient is effort. Twenty sets was not enough, the four angles were not enough, the drop set at the end was not enough, and the answer is presumably a fifth angle and a whole additional evening. What your arms actually get in a normal week: - Heavy tension from every row, chin and pulldown - Heavy tension from every press, dip and close-grip - Twenty isolation sets piled on top of that - All of it at the end, when the weight has to be light - All of it at length, where damage is highest - A drop set, because they are stubborn - Four days of soreness - One training exposure, seven days later Biceps and triceps are the most damage-sensitive tissue in the building. Two small muscles with almost nothing there to absorb the work. Damage is not a growth signal. It is a repair bill, and repair spends the exact recovery you were hoping to build with. So no, they are not growing no matter how hard you train them. They are not growing because of how hard you train them. What they need instead: - One or two hard sets - Early in the session, while you can still load them properly - Twice a week - Add weight when you can Two of those sets are all the direct arm work I do. The bloke on his eleventh set of pushdowns has been at that machine since I walked in.

Sama Hoole

32,804 görüntüleme • 1 ay önce

"Heavy lifting is dangerous at your age" is the most harmful sentence in the field, and a doctor, a physio or a well-meaning relative hands it out every day. Follow it and watch what it does. From your forties you lose muscle every year unless you fight for it. That decline is the whole game: the difference between carrying your own shopping at 80 and waiting for someone to carry it for you. Muscle you don't load shrinks. Bone no longer pulled on turns brittle. Balance you never challenge drains away. Two years of "taking it easy" and you have built the exact frail body everyone feared. The advice didn't prevent the fall. It built the person who couldn't survive one. And here is the lie inside it. Supervised resistance training has one of the lowest injury rates of anything an older adult does. Lower than gardening. Lower than a wet pavement. Lower than the stairs you climb without thinking. So instead they steer you to pilates, aqua aerobics, a gentle tai chi class. Pleasant, sociable, and none of it loads a muscle hard enough to stop it wasting. You feel active while the decline rolls on regardless. Strength is not vanity at this age. It is the garden you kneel in, the stairs you keep, the grandchild you lift. Independence with the years added on. Frightened of a barbell? Fine. You don't need one. Machines are built for exactly this. Fixed path, nothing to wobble sideways. You sit, you're supported, you push. When a set gets hard you stop, and the machine holds the weight, not your spine. A leg press loads your legs as heavy as you'll ever need with almost no way to hurt yourself. Same with a chest press, a row, a pulldown. The decline is coming for everyone. You train against it or you hand years of your life away. The safest tool for the job sits unused in every gym, while the people who need it most get a rubber band and a spot in the church hall. Careful is what's killing them.
0:19

"Heavy lifting is dangerous at your age" is the most harmful sentence in the field, and a doctor, a physio or a well-meaning relative hands it out every day. Follow it and watch what it does. From your forties you lose muscle every year unless you fight for it. That decline is the whole game: the difference between carrying your own shopping at 80 and waiting for someone to carry it for you. Muscle you don't load shrinks. Bone no longer pulled on turns brittle. Balance you never challenge drains away. Two years of "taking it easy" and you have built the exact frail body everyone feared. The advice didn't prevent the fall. It built the person who couldn't survive one. And here is the lie inside it. Supervised resistance training has one of the lowest injury rates of anything an older adult does. Lower than gardening. Lower than a wet pavement. Lower than the stairs you climb without thinking. So instead they steer you to pilates, aqua aerobics, a gentle tai chi class. Pleasant, sociable, and none of it loads a muscle hard enough to stop it wasting. You feel active while the decline rolls on regardless. Strength is not vanity at this age. It is the garden you kneel in, the stairs you keep, the grandchild you lift. Independence with the years added on. Frightened of a barbell? Fine. You don't need one. Machines are built for exactly this. Fixed path, nothing to wobble sideways. You sit, you're supported, you push. When a set gets hard you stop, and the machine holds the weight, not your spine. A leg press loads your legs as heavy as you'll ever need with almost no way to hurt yourself. Same with a chest press, a row, a pulldown. The decline is coming for everyone. You train against it or you hand years of your life away. The safest tool for the job sits unused in every gym, while the people who need it most get a rubber band and a spot in the church hall. Careful is what's killing them.

Sama Hoole

14,607 görüntüleme • 2 ay önce

Your chair is quietly wrecking your hips. Most adults sit ~10 hours a day. That parks the psoas and rectus femoris in chronic flexion. So: 1. They shorten. 2. The pelvis tips forward. 3. The lumbar spine takes the load. 4. The glutes go quiet. Walking lunges break it on every step. The trailing leg forces full hip extension (the position sitting never allows). That lengthens the flexors under load and wakes the glutes. The front leg has to decelerate and stabilize, so gluteus medius and deep core fire to stop pelvic drop. Left and right sides can’t hide anymore. Single-leg control isn’t a gym flex. Inability to hold a 10-second one-leg stand is linked to higher mortality risk. Balance declines with age faster than grip or gait. The Action Plan: If you sit most of the day, 2–3 sets of 8–10 walking lunges after work is mechanical medicine. Slow. Full extension on the back leg. Tall torso. Can you stand on one leg for 10 seconds without wobbling? Try it and tell me. #HipHealth #Posture
0:15

Your chair is quietly wrecking your hips. Most adults sit ~10 hours a day. That parks the psoas and rectus femoris in chronic flexion. So: 1. They shorten. 2. The pelvis tips forward. 3. The lumbar spine takes the load. 4. The glutes go quiet. Walking lunges break it on every step. The trailing leg forces full hip extension (the position sitting never allows). That lengthens the flexors under load and wakes the glutes. The front leg has to decelerate and stabilize, so gluteus medius and deep core fire to stop pelvic drop. Left and right sides can’t hide anymore. Single-leg control isn’t a gym flex. Inability to hold a 10-second one-leg stand is linked to higher mortality risk. Balance declines with age faster than grip or gait. The Action Plan: If you sit most of the day, 2–3 sets of 8–10 walking lunges after work is mechanical medicine. Slow. Full extension on the back leg. Tall torso. Can you stand on one leg for 10 seconds without wobbling? Try it and tell me. #HipHealth #Posture

Kristie Leong M.D.

14,812 görüntüleme • 10 gün önce

This work makes a humanoid robot do simple parkour moves by looking with a depth camera and choosing the right move on the fly. The big deal is that it turns lots of small human moves into long, real-time robot behavior, without hand-coding every transition or retraining for each new course. A humanoid robot is usually good at steady walking, but it often fails when it has to do fast moves like jumping up, vaulting, or rolling, and then keep going to the next obstacle. The hard part is that you cannot easily collect training data for every possible obstacle shape, distance, and mistake, so robots end up learning a few moves that only work in a narrow setup. This work starts from short clips of real human parkour moves, like stepping over, vaulting, climbing, and rolling. It uses motion matching, which is basically a smart “pick the next clip that fits best right now” search, to stitch those short clips into a long, smooth plan that looks like a human doing a whole course. Then it trains a controller with reinforcement learning (RL), which means the robot learns by trial and error to copy that plan while staying balanced and not falling. After training separate expert controllers for different moves, it compresses them into 1 controller that uses only onboard depth sensing and a simple “go this fast in this direction” command. In real tests on a Unitree G1 humanoid, it can clear multiple obstacles in a row, adapt when obstacles get moved, and climb a wall up to 1.25m.
0:05

This work makes a humanoid robot do simple parkour moves by looking with a depth camera and choosing the right move on the fly. The big deal is that it turns lots of small human moves into long, real-time robot behavior, without hand-coding every transition or retraining for each new course. A humanoid robot is usually good at steady walking, but it often fails when it has to do fast moves like jumping up, vaulting, or rolling, and then keep going to the next obstacle. The hard part is that you cannot easily collect training data for every possible obstacle shape, distance, and mistake, so robots end up learning a few moves that only work in a narrow setup. This work starts from short clips of real human parkour moves, like stepping over, vaulting, climbing, and rolling. It uses motion matching, which is basically a smart “pick the next clip that fits best right now” search, to stitch those short clips into a long, smooth plan that looks like a human doing a whole course. Then it trains a controller with reinforcement learning (RL), which means the robot learns by trial and error to copy that plan while staying balanced and not falling. After training separate expert controllers for different moves, it compresses them into 1 controller that uses only onboard depth sensing and a simple “go this fast in this direction” command. In real tests on a Unitree G1 humanoid, it can clear multiple obstacles in a row, adapt when obstacles get moved, and climb a wall up to 1.25m.

Rohan Paul

37,121 görüntüleme • 7 ay önce

These guys can't even lie properly in a diagram. The projectile wasn't traveling in a path parallel to the floor, idiot. The shooter was 35-40 feet above the ground. The angle is somewhere between 5 and 10 degrees. The blue line is closer to the actual angle and it's ridiculously easy to see how this plausibly happened. Look at the diagram, and then watch the video. The projectile hit his spine, deflected slightly downward where it hit the back of his ribcage, pushed his entire back rearward (you can see his T-shirt move downward as his back elastically deforms), and then came to rest someplace in his upper chest cavity. If you don't think rifle bullets deflect when they hit bones, you are fucking dumb. If you think bullets don't deform and fragment and slow down CONSIDERABLY when they hit not just one bone, but two or three, you are fucking dumb. If you don't think the skin and tissue of a healthy, well hydrated male can elastically deform in exactly this manner you are fucking dumb. Would it do that 100 times out of a 100? Obviously not. WHICH NOBODY IS CLAIMING. However, idiots like you ARE claiming that it could NEVER HAPPEN. EVER. You have to be desperately stupid or simply jumping onto the "current thing" for attention. Which is it? This is a real world example of the "hot hand theory". Some of these guys were correct on COVID-19, so everyone believes they'll be right about the next thing, too.
0:13

These guys can't even lie properly in a diagram. The projectile wasn't traveling in a path parallel to the floor, idiot. The shooter was 35-40 feet above the ground. The angle is somewhere between 5 and 10 degrees. The blue line is closer to the actual angle and it's ridiculously easy to see how this plausibly happened. Look at the diagram, and then watch the video. The projectile hit his spine, deflected slightly downward where it hit the back of his ribcage, pushed his entire back rearward (you can see his T-shirt move downward as his back elastically deforms), and then came to rest someplace in his upper chest cavity. If you don't think rifle bullets deflect when they hit bones, you are fucking dumb. If you think bullets don't deform and fragment and slow down CONSIDERABLY when they hit not just one bone, but two or three, you are fucking dumb. If you don't think the skin and tissue of a healthy, well hydrated male can elastically deform in exactly this manner you are fucking dumb. Would it do that 100 times out of a 100? Obviously not. WHICH NOBODY IS CLAIMING. However, idiots like you ARE claiming that it could NEVER HAPPEN. EVER. You have to be desperately stupid or simply jumping onto the "current thing" for attention. Which is it? This is a real world example of the "hot hand theory". Some of these guys were correct on COVID-19, so everyone believes they'll be right about the next thing, too.

Fenix Ammunition

1,537,378 görüntüleme • 9 ay önce

🚨 Want glutes that actually function—not just look good? The single-leg glute bridge is one of the smartest moves for building real posterior chain strength, fixing imbalances, and protecting your hips, knees, and lower back. Here’s why they're an elite movement: • Unilateral power: Forces each glute and hamstring to work independently. No more stronger side compensating for the weaker one (most people are shocked how weak one side feels). • Injury-proofing & rehab gold: Excellent for knee/hip issues. Strengthens stabilizers without heavy spinal loading. • Longevity-friendly: Improves hip extension, pelvic stability, and movement mechanics, key for staying strong and mobile as you age. • Highly scalable: Beginners progress from standard bridges. Advanced? Add dumbbells, bands, or elevate your foot. How to do it: 1. Lie on back, knees bent, feet flat. 2. Engage core, lift one knee to tabletop. 3. Drive through the planted foot, squeeze glute, lift hips while keeping them level. 4. Lower with control. 10+ reps per side. Start simple. Master form. Then progress. Your glutes, hamstrings, and lower back will thank you. Drop a 🔥 if you’re in. #GluteTraining #StrengthTraining #FunctionalFitness
0:11

🚨 Want glutes that actually function—not just look good? The single-leg glute bridge is one of the smartest moves for building real posterior chain strength, fixing imbalances, and protecting your hips, knees, and lower back. Here’s why they're an elite movement: • Unilateral power: Forces each glute and hamstring to work independently. No more stronger side compensating for the weaker one (most people are shocked how weak one side feels). • Injury-proofing & rehab gold: Excellent for knee/hip issues. Strengthens stabilizers without heavy spinal loading. • Longevity-friendly: Improves hip extension, pelvic stability, and movement mechanics, key for staying strong and mobile as you age. • Highly scalable: Beginners progress from standard bridges. Advanced? Add dumbbells, bands, or elevate your foot. How to do it: 1. Lie on back, knees bent, feet flat. 2. Engage core, lift one knee to tabletop. 3. Drive through the planted foot, squeeze glute, lift hips while keeping them level. 4. Lower with control. 10+ reps per side. Start simple. Master form. Then progress. Your glutes, hamstrings, and lower back will thank you. Drop a 🔥 if you’re in. #GluteTraining #StrengthTraining #FunctionalFitness

Kristie Leong M.D.

14,418 görüntüleme • 1 ay önce

Beauty ads just changed forever. Free Claude Opus 4.8 + GPT Image 2 + Seedance 2.0 workflow to spin up 100s of video ads. No studio, no model, no macro lens, no shoot day. Here's what nobody in beauty marketing wants to say out loud. That glossy lip shot. The droplet hitting the surface in slow motion. The whip-pan into the next scene. The crystalline product splash. All the stuff that used to need a real set, a real camera op, and a full shoot day. You can generate every frame of it from a text prompt now, and stitch it into a finished ad before your coffee goes cold. The workflow is almost stupidly simple: → Tell Claude Opus 4.8 the beauty shot you want (dewy skin macro, gloss-on-lips contact, ripple transition, the works) → Claude turns it into a shot-by-shot storyboard plus a prompt for every frame → GPT Image 2 generates the photoreal stills, frame by frame → Seedance 2.0 animates each one into a clip with that buttery slow-mo glide → You drop the clips into HeyOz and assemble the full ad in one place The real unlock is volume. This isn't one hero video. Once the workflow is dialed, you spin up hundreds of variations. Different shades, different models, different hooks, different transitions. The exact creative volume Meta rewards, minus the production cost that used to make it impossible. Old way: one shoot, one look, $10k+, weeks of waiting. New way: a hundred angles, any look, a few dollars each, same afternoon. I wrote up the entire workflow. The Claude storyboard prompt, the GPT Image 2 frame prompts, the Seedance motion settings, the full assembly flow. Completely free, no email gate. Want it? Comment "GLOSS" and I'll send it straight over. (make sure you're following so it can actually reach you)
0:18

Beauty ads just changed forever. Free Claude Opus 4.8 + GPT Image 2 + Seedance 2.0 workflow to spin up 100s of video ads. No studio, no model, no macro lens, no shoot day. Here's what nobody in beauty marketing wants to say out loud. That glossy lip shot. The droplet hitting the surface in slow motion. The whip-pan into the next scene. The crystalline product splash. All the stuff that used to need a real set, a real camera op, and a full shoot day. You can generate every frame of it from a text prompt now, and stitch it into a finished ad before your coffee goes cold. The workflow is almost stupidly simple: → Tell Claude Opus 4.8 the beauty shot you want (dewy skin macro, gloss-on-lips contact, ripple transition, the works) → Claude turns it into a shot-by-shot storyboard plus a prompt for every frame → GPT Image 2 generates the photoreal stills, frame by frame → Seedance 2.0 animates each one into a clip with that buttery slow-mo glide → You drop the clips into HeyOz and assemble the full ad in one place The real unlock is volume. This isn't one hero video. Once the workflow is dialed, you spin up hundreds of variations. Different shades, different models, different hooks, different transitions. The exact creative volume Meta rewards, minus the production cost that used to make it impossible. Old way: one shoot, one look, $10k+, weeks of waiting. New way: a hundred angles, any look, a few dollars each, same afternoon. I wrote up the entire workflow. The Claude storyboard prompt, the GPT Image 2 frame prompts, the Seedance motion settings, the full assembly flow. Completely free, no email gate. Want it? Comment "GLOSS" and I'll send it straight over. (make sure you're following so it can actually reach you)

Ahad Shams | AI Ads Guy

11,288 görüntüleme • 3 ay önce

Every man lives two lives.⠀ ⠀ The second begins the day he realises that two sets of six builds more muscle than four sets of twelve, in half the time, with a quarter of the recovery cost.⠀ ⠀ Because the only thing that produces hypertrophy is high-quality reps performed in close proximity to failure. Specifically, the final five.⠀ ⠀ Heavy loads are simply the easier vehicle for getting there.⠀ ⠀ There's less afferent feedback, less lactic burn, less screaming from the metabolites telling you to stop before the working fibres have actually been challenged.⠀ ⠀ There's more focus and more quality control, because each set lasts twenty seconds rather than forty to sixty, and the nervous system can stay sharp across all of it.⠀ ⠀ There's more strength carryover, because the loads are heavy enough to demand explosive intent on every single rep.⠀ ⠀ And there's less fatigue, so the growth stimulus survives intact across the exercise, the session, and the week.⠀ ⠀ It becomes a straightforward decision once you:⠀ ⠀ - Accept there is only one true driver of hypertrophy⠀ - Understand that more is not better⠀ - Accept that better is better
0:14

Every man lives two lives.⠀ ⠀ The second begins the day he realises that two sets of six builds more muscle than four sets of twelve, in half the time, with a quarter of the recovery cost.⠀ ⠀ Because the only thing that produces hypertrophy is high-quality reps performed in close proximity to failure. Specifically, the final five.⠀ ⠀ Heavy loads are simply the easier vehicle for getting there.⠀ ⠀ There's less afferent feedback, less lactic burn, less screaming from the metabolites telling you to stop before the working fibres have actually been challenged.⠀ ⠀ There's more focus and more quality control, because each set lasts twenty seconds rather than forty to sixty, and the nervous system can stay sharp across all of it.⠀ ⠀ There's more strength carryover, because the loads are heavy enough to demand explosive intent on every single rep.⠀ ⠀ And there's less fatigue, so the growth stimulus survives intact across the exercise, the session, and the week.⠀ ⠀ It becomes a straightforward decision once you:⠀ ⠀ - Accept there is only one true driver of hypertrophy⠀ - Understand that more is not better⠀ - Accept that better is better

Sama Hoole

295,795 görüntüleme • 4 ay önce