How to Do Incline Bench Press on Smith Machine: A Step-by-Step Guide

Pull up your sleeve right now and flex. That shape you see — whether it peaks dramatically or runs long and flat toward your elbow — was decided before you ever touched a weight. It comes down to one thing: where your bicep muscle ends and the tendon takes over near your elbow. Some people are born with a long muscle belly that fills the arm almost to the crease. Others have a shorter one that leaves a visible gap — but often builds a sharper, higher peak. No exercise changes that gap. What training does change is everything else: size, proportion, and which head is more developed. This guide breaks down how to identify your bicep type and which exercises give you the best results for your specific structure. What Are Bicep Heads? The Anatomy Behind Your Arm Shape Your bicep has two heads, not one — and each one shapes your arm differently. The long head travels down the outside of your arm from the shoulder socket. That's the one creating the peak — the part that pops when you hit a flex in the mirror. The short head takes a slightly different path along the inner arm. Less peak, more mass. It's what makes an arm look thick and full from the front, even when it's just hanging at your side. Both heads matter for how your bicep looks — but there's a third factor that determines your overall arm shape: where their shared tendon attaches near your elbow. How far down that point sits is what separates a "long bicep" from a "short bicep." You can build both heads bigger — but you can't move where they attach. That was decided long before you ever picked up a dumbbell. A cadaveric study published in Folia Morphologica examined 80 upper limbs and identified three distinct insertion types in the biceps brachii tendon — confirming that the distal attachment point of this muscle varies significantly between individuals. In plain terms: the anatomy you're born with directly shapes how your bicep looks, and no amount of training changes that. Long Bicep vs Short Bicep: What's the Real Difference? First, a clarification that trips a lot of people up: "long bicep" and "short bicep" in gym culture doesn't refer to the two heads of the muscle. It refers to the length of the muscle belly itself — how far the meaty part of your bicep extends down toward your elbow before the tendon takes over. Feature Long Bicep Short Bicep Muscle belly Extends close to the elbow crease Ends higher up the arm Gap near elbow Little to none Noticeable gap (2–3+ fingers) Flexed appearance Lower, rounder peak Higher, sharper "mountain" peak Relaxed appearance Full and thick from shoulder to elbow Less full, but more dramatic when developed Best look T-shirt, relaxed poses Stage, front double bicep pose Strength potential Slightly higher (more sarcomeres in series) Slightly lower, but negligible in practice Famous example Ronnie Coleman Arnold Schwarzenegger From a strength perspective, longer muscle bellies do have a theoretical edge — more sarcomeres in series means more contractile units available for growth. But in practice, training age, consistency, and programming matter far more than insertion point. Plenty of elite powerlifters pull enormous weights with short bicep insertions. Long Head Bicep Exercises: Build the Peak You can't change where your bicep inserts. But you can absolutely change how developed the long head is — and that gap near your elbow looks a lot less obvious when there's a thick, peaked muscle sitting above it. The rule is simple: arm behind the body, long head gets worked. 1. Incline Dumbbell Curl Most people set up the adjustable bench to an incline angle and immediately start curling. That's the mistake. The whole value of this exercise is in the starting position — before the first rep even begins. Sit back at 45 degrees and just let your arms hang. Straight down, slightly behind your torso. Feel the pull at the top of your bicep — that's the long head already under a deep stretch, already loaded, before you've done anything. No other curl puts you in that position from the start. From there, the job is simple: don't ruin it. Curl slowly, keep the elbows back and stationary, and squeeze hard at the top. Then take a full three seconds to lower the dumbbells back down. That eccentric phase — the lowering — is where a significant amount of the growth stimulus actually comes from, and most people rush straight through it. The most common way this exercise stops working is when the elbows drift forward as the weight gets heavier. The moment that happens, the long head disengages, and you've turned a highly specific exercise into a mediocre standing curl on an uncomfortable bench. If you can't keep the elbows back, the weight is too heavy. 2. Barbell Curl (Narrow Grip) Nobody talks about grip width and it's one of the biggest missed variables in arm training. Slide your hands just inside shoulder width on the barbell — not close-grip, just narrower than you normally hold it — and you've externally rotated the humerus enough to shift a meaningful amount of tension onto the long head. Same exercise, different stimulus. Go heavy here. Not sloppy heavy, but genuinely challenging. This is the one bicep movement where loading up makes real sense. Pin your elbows, curl to chin height, pause at the top like you mean it, and lower slowly. If your lower back is rocking, the weight is too heavy — strip a weight plate and do it right. 3. Cable Curl (Arms Behind Body) Here's something most people never notice: grab a dumbbell, curl it to the top, and hold it there. It feels almost weightless. That's not your bicep getting stronger mid-set — that's physics. At full contraction, gravity is pulling nearly parallel to your forearm, which means the resistance has basically disappeared right at the moment your muscle is fully shortened. That's the fundamental problem with free weights on curls, and cables solve it completely. The pulley changes the direction of resistance so tension stays loaded through the entire arc — bottom, middle, and top. When you squeeze at the peak of a cable curl, your bicep is actually working against something. That contraction means something. Set the cable handle attachment to a low pulley, step forward until your arms are slightly behind the cable's line of pull, and curl. Keep the elbows behind your torso throughout. The step forward is the detail most people skip — without it, your arms are in front of the body and you've lost the long head emphasis entirely. 4. Hammer Curl Most people treat hammer curls as a forearm exercise and move on. They're leaving a lot on the table. The neutral grip recruits the long head differently than a supinated curl, but the real prize is the brachialis — a flat, dense muscle that sits underneath the bicep belly. You can't see it directly, but when it grows, it pushes the bicep up from below. A well-developed brachialis on someone with short insertions can make a dramatic difference in how peaked the arm looks. Palms in, no wrist rotation, controlled rep from bottom to top. Nothing fancy. Just do them consistently and actually load them progressively over time. Short Head Bicep Exercises: Build Thickness and Fullness If the long head rule is "arm behind the body," the short head rule is the opposite: arm in front, or grip wide. Both positions reduce long head involvement and force the short head to carry the load. This is what builds the inner thickness that makes an arm look full from the front — not just peaked from the side. 1. Preacher Curl There's a reason preacher curl is the first exercise every serious arm trainer goes to for short head work. The pad locks your upper arms in front of your torso before the rep even starts — the long head is already shortened, already taken out of the equation. What's left is mostly short head, doing all the work with nowhere to hide. Use an EZ bar to save your wrists, or dumbbells if one arm tends to lag behind the other. Lower slowly until your arms are nearly straight — not hyperextended, just fully stretched — then curl back up without letting your arms leave the pad. The descent is where most bicep tears happen, and almost all of them happen because someone let the weight drop. Don't be that person. 2. Concentration Curl Arnold made concentration curls a staple of every arm session and called them "the secret to peak biceps development" — his words, not gym folklore. What he understood — and what most people miss — is that bracing the elbow against the inner thigh isn't just about stability. Your elbow is braced, your arm is slightly forward, and suddenly the long head has nowhere to contribute. The short head takes over — and at the top of the movement, it's fully contracted with no way to bail out. Sit forward on a bench, brace your elbow against your inner thigh, and let the dumbbell hang toward the floor. Curl up slowly and rotate the wrist slightly outward at the top — that supination at peak contraction is what creates the squeeze Arnold was after. Hold it for a full second before lowering. Don't rush this one. 3. Wide-Grip Barbell Curl This is the same barbell curl you already do, with one change that most people have never tried: slide your hands out 4–6 inches wider than shoulder width. Sounds too simple to matter. It isn't. Going wider changes how the humerus sits in the joint, and that shift quietly moves tension from the outer bicep to the inner — without you changing anything else about the movement. Keep your elbows tucked, curl with control, and actually try to feel the inner bicep working rather than just moving the weight from A to B. If you can't feel the difference between this and a narrow-grip curl, you're probably going too heavy. 4. Spider Curl Think of this as a preacher curl with the pad flipped. Lying chest-down on a 45-degree incline bench puts your arms hanging straight in front of your body — there's no way to recruit the long head, no way to use your back, no way to cheat. Just the short head, working through a full range of motion with gravity pulling straight down against it the entire time. Let your arms hang off the front edge of the bench, curl up toward your chin, and lower fully on every rep. The stretch at the bottom is the point — don't cut it short. This is one of those exercises that feels almost too simple until you've done it strictly for a few sets and realize why people keep coming back to it. Can You Change Your Bicep Shape Through Training? Short answer: no. Your insertion point is genetic, and it's not moving. But that's not actually the problem most people think it is. Here's what does change with training — and it matters more than the insertion point ever could. The most obvious one is size. A short insertion on a 13-inch arm looks like a gap. That same insertion on a 17-inch arm looks like a peak. Nothing about the anatomy changed — the muscle around it just got bigger. That alone is reason enough to stop worrying about your genetics and start worrying about your programming. The brachialis is another variable most people leave untrained. It sits underneath the bicep belly — you can't see it directly — but when it develops, it physically pushes the bicep upward. Hammer curls, neutral-grip work, reverse curls: these are brachialis exercises first. Train them consistently, and the peak you already have starts looking higher without anything about your genetics changing. Body fat is the one nobody wants to talk about. A lot of people who think they have flat, shapeless arms are just carrying enough body fat to blur everything together. Lean out, and the shape that was always there starts showing up. Genetics didn't change — visibility did. Finally, head balance. If you've been curling the same way for years, one head is probably more developed than the other. The long head and short head respond to different positions and grips. Target whichever one is lagging, and the overall shape of the muscle shifts in ways that feel almost like changing your genetics — even though you're not.Your insertion point is where you start. It's not where you finish. FAQs 1. Is it better to have a short or long bicep? Neither, honestly. It comes down to what you want your arms to look like. Short insertions give you that sharp, high peak when you flex. Long insertions fill the arm out more — thick from every angle, not just in a pose. Arnold had short. Ronnie had long. Both are considered the greatest of all time. That should answer the question. 2. How can I tell if I have short or long biceps? Flex hard and look at the gap between where your bicep muscle ends and your elbow crease. Three fingers or more in that space? Short insertion. One finger or less? Long. Most people land somewhere in the middle. Takes about five seconds to figure out. 3. Do short biceps look bigger? In a flex, yes — the peak pops more. But walk around with your arms relaxed and long biceps usually look more developed. Stage lighting and posed photos favor short insertions. Everything else tends to favor long ones. 4. Do long biceps have more potential? More muscle fibers means more room to grow, so technically yes. But honestly, the difference between insertion types is tiny compared to the difference between someone who trains consistently for five years and someone who doesn't. Genetics gives you a range. Training decides where in that range you land. 5. Is a short bicep weaker? In the real world, no. There's a biomechanical argument on paper, but it doesn't show up in actual training results. Some of the biggest pullers in powerlifting history had short bicep insertions. Hard training beats insertion type every time. Conclusion Long bicep or short bicep — at the end of the day, it's just the hand you were dealt. It shapes how your arm looks at baseline, and that's about as far as its influence goes. Everything after that is training. If you're short, run the peak exercises — concentration curls, spider curls, preacher curls. If you're long, the goal is thickness — heavy barbell curls, hammer curls, brachialis work. Arnold spent decades on concentration curls. Ronnie spent decades under a loaded barbell. Different arms, different priorities, same outcome. All you need is the right setup to get started. Whether that's an adjustable bench for incline curls, a cable system for constant tension work, or a barbell for heavy compound loading, Major Fitness has the home gym equipment to run every exercise in this guide without leaving your house. References 1. Folia Morphologica – Anatomical Variations of the Biceps Brachii Insertion: A Proposal for a New Classification: Cadaveric study examining 80 upper limbs that identified three distinct insertion types in the biceps brachii tendon — confirming that the distal attachment point varies significantly between individuals, forming the anatomical basis for long vs. short bicep differences. 2. Journal of Sports Science & Medicine – Effect of the Shoulder Position on the Biceps Brachii EMG in Different Dumbbell Curls: EMG study comparing incline dumbbell curl, preacher curl, and standard biceps curl — found that incline and standard curls produced consistent biceps activation throughout the full range of motion, while the preacher curl showed high activation only at the beginning of the concentric phase. 3. PMC / Journal of Human Kinetics – Differences in Electromyographic Activity of Biceps Brachii and Brachioradialis While Performing Three Variants of Curl: EMG analysis of dumbbell, straight barbell, and EZ-bar curl variants — confirmed that incline curls pre-stretch the biceps long head, and hammer curls enhance brachialis involvement, supporting the exercise selection rationale in this article.

Barbell rows or cable rows — pick a side and someone will argue the opposite. Truth is, both have a place. The barbell builds raw pulling strength, the kind that shows up outside the gym too. The cable machine is better for locking in on a specific muscle and keeping it under tension the whole time. Different tools, different jobs. Building a strong back is really about knowing what each movement does — and when to use it. Here's the full breakdown. What Do Barbell Rows Work Barbell rows are a rite of passage in the gym. You bend over, grab the loaded bar, and pull it up to your stomach. Simple concept, brutal execution. When it comes to the barbell row and the muscles it works, you'll feel your lats screaming and your lower back and core will also be engaged. If you're looking for something that helps to target your core and stabilizing muscles in the cable row vs barbell row debate, this is your winner. Barbell rows also feel functional in a way that other exercises don't. You're building the king of strength that actually carries over when you need to pull or pick up something heavy in real life. Another point for the barbell row vs the cable row. You can also tweak your hand setup with the barbell bow. Wider grip, narrower grip, more bent over or less, every change hits your back muscles slightly differently. This helps to engage different muscles being worked while doing the barbell row from set to set. What Do Cable Rows Work Cable rows are a totally different experience, but another gym favorite. You sit down at the cable machine, and pull it towards you while the weight stack provides resistance the whole way through. The constant tension from the cable row on the muscles being isolated and worked, while both pulling and releasing on the way back down, are what make this exercise so loved.   With a barbell, there are points in the movement where the weight feels lighter or heavier depending on your leverage. Cables don't give you that break. When it comes to constant tension on the muscles in the cable row vs barbell row debate, this point goes to the cable row. Another benefit is that you can really focus on what your back is doing. The machine takes care of the movement path, so you're not thinking about balance or whether you're going to lose position. You can just think about pulling and squeezing your shoulder blades together. If you're newer to lifting, this can make a huge difference. You'll feel the exact cable row muscles you're working while you’re doing each motion. If you're keeping score between doing the cable row vs doing the barbell row, that’s another point for cable row. Cable Row vs Barbell Row Comparison Neither exercise is universally better — it depends on what you're training for and where you are in your program. Here's how they compare directly: Exercise Barbell row Cable row Primary muscles Lats, rhomboids, mid-traps, erector spinae Lats, rhomboids, lower traps Core activation High — full-body stabilization Low — seat removes the demand Resistance Gravity-based — hardest at the bottom Constant cable tension through full ROM Equipment needed Barbell + weight plates Cable machine with pulley system Best for Strength, athletic carry-over Hypertrophy, isolation, rehab Difficulty High — hip hinge + neutral spine required Low — stable and beginner-friendly In a program Primary compound lift (early in session) Accessory / finisher (after main lifts) Verdict Use both — barbell row for strength, seated cable row for muscle isolation and time under tension. The table tells you what each exercise does. Actually performing them well is a different story. Barbell rows will expose your weaknesses fast. Most people start rounding their lower back once the weight gets heavy — and the frustrating part is you usually don't feel it happening. Brace your core before every rep, keep your back flat, and if the form starts breaking down, strip some weight. No shame in it. Cable rows have a sneakier problem: momentum. A few hard reps in and the temptation is to lean back and yank the handle to get it moving. That sudden jerk loads the muscle in the worst possible way. Slow it down. The whole point of using a cable machine is that it keeps tension on your lats the entire time — don't waste that by rushing. When to Add Them to Your Routine Barbell rows go on the days you're there to move weight. Cable rows go on the days you're there to train your back. On a heavy session, open with barbell rows. Four to six reps, bar loaded, same focus you'd bring to a deadlift. Skip the chit-chat, get under it, and pull. That's the kind of work that builds real pulling strength — the sort that shows up in your deadlift, your carries, everything. Once the heavy weight training is done, the cable machine makes sense. Sit down, find a weight you can actually control, and slow the whole thing down. Don't rush the squeeze at the top — that's where most people leave half the gains on the table. The cable keeps tension on your lats the entire time, which is why it works so well for adding size. Low energy days happen. Don't bother with the barbell — go straight to cables, get your reps in, and call it a day. No loading, no mental negotiation, just work. A lot of people don't realize this is a completely valid way to structure a back week. Got a full tank, run both in the same session. Barbell rows first, cables after. Your back will have earned it by the end. Frequently Asked Questions   1. Are cable rows better than barbell rows for beginners? For most beginners, yes. Sit down, grab the handle, pull. The setup of cable rows is forgiving and the movement is hard to screw up badly. Barbell rows are a different story — your hips, spine, and core all have to work together before the weight even moves. That's a tough ask when you're still figuring out how your body moves under load. 2. Can cable rows replace pull-ups? Not really, no. Different movement entirely. A cable row pulls horizontally, a pull-up pulls vertically — your back needs both directions to develop evenly. Swapping one for the other just leaves a gap. 3. What type of row is most effective? There isn't a single "best" row. Barbell rows are best for loading heavy. Cable rows are best for feeling the muscle. Dumbbell rows are best for fixing one side that lags behind the other. Pick based on what's missing from your training, not what's "most effective" in a vacuum. 4. Is the cable row worth it? Yes, especially if your posture is suffering or you're working around an injury. The machine controls the path, the cable keeps the tension constant — it's hard to cheat your way through a set without noticing. 5. Does a barbell row build a bigger back? Heavy barbell rows are hard to beat for overall thickness. But most people who have genuinely big backs aren't doing just one type of row — they're pulling from multiple angles, with multiple tools, consistently over years. Conclusion You don't have to pick one. Barbell rows and cable rows solve different problems — and most serious lifters end up using both at some point, whether they planned to or not. The only real limitation is equipment. Barbell rows need a bar and some floor space. Cable rows need a machine. The good news is you don't have to choose between them — Major Fitness power racks and Smith machines come with a cable pulley system built in, so you can do both from the same setup. At the end of the day, the best row is the one you're actually doing consistently. Pick one, get good at it, then add the other. Most people who commit to both end up with a stronger, thicker back than those who spent months trying to decide between them. References 1. Journal of Electromyography and Kinesiology – Impact of Different Ranges of Motion in the Prone Barbell Row on Muscle Excitation: EMG study measuring latissimus dorsi and trapezius activation during the prone barbell row across full, upper-half, and lower-half ranges of motion — found that the upper-half ROM produced significantly higher lat activation, offering practical guidance on how range of motion affects muscle targeting in barbell rows. 2. Journal of Strength and Conditioning Research – Comparison of Different Rowing Exercises: Trunk Muscle Activation and Lumbar Spine Motion, Load, and Stiffness: EMG and biomechanical study comparing the bent-over row, inverted row, and one-armed cable row — found that the bent-over row produced the highest symmetrical back muscle activation but also the greatest lumbar spine load, while the cable row better challenged rotational trunk stability. 3. International Journal of Sports Medicine – The Effect of Performing Bi- and Unilateral Row Exercises on Core Muscle Activation: Study comparing core muscle activation across free-weight bent-over rows, seated cable rows, and machine rows — found that free-weight variations demanded significantly greater core stabilization, supporting the use of barbell rows for functional strength development.

You've been training consistently. Your lat pulldowns feel strong, your cable rows are dialed in, and your tricep pushdowns are smooth. Then one day you slide the pin to the very bottom of the weight stack — and realize there's nowhere left to go. This is one of the most frustrating plateaus in home gym training. The good news: it's not a strength problem. It's an equipment problem — and it has a straightforward fix. This guide covers exactly why cable machine weights run out, what your options are, and how to build a progressive overload workout plan that keeps working long after you've maxed out the stock stack. Why Your Cable Machine Weight Stack Might Not Be Enough Most home gym cable machines ship with a weight stack in the 150–200 lb range. For beginners and intermediate lifters, that's plenty. But for anyone training seriously for more than a year, the upper limit on cable machine weights becomes a real ceiling — and hitting it means your progress stalls. Pulling movements are where you feel it first. Your back is one of the strongest muscle groups you have, and lat pulldowns, cable rows, and straight-arm pulldowns are how you actually load it properly on a cable setup. The problem is your back gets stronger faster than most people expect — and once you've run out of stack, you're stuck doing more reps, slowing down your tempo, or rotating in a different exercise just to keep sessions feeling productive. Those adjustments work for a while. But they're not the same as actually adding weight, and eventually the results reflect that. Getting stronger over time comes down to one thing: the training has to keep getting harder. Adding weight to the bar — or in this case, the stack — is the most straightforward way to make that happen. Cables are actually a great tool for this because, unlike free weights, the tension doesn't drop off mid-rep. It stays consistent through the whole range of motion. The catch is that only works in your favor if the machine has enough weight to keep challenging you. Once you've maxed it out, that consistency stops mattering. What Is a Weight Stack Pin Extender? A weight stack pin extender is a steel attachment that inserts directly into your cable machine's existing weight stack selector hole. Once inserted, it extends a post beyond the top of the stack, allowing you to load standard Olympic weight plates onto the end — effectively adding external resistance on top of whatever the built-in stack provides. The Major Fitness Weight Stack Pin Extender adds up to 130 lbs of additional resistance using standard Olympic plates. When you're not using it, the extender stores cleanly by pinning to the top of the guide rod — no loose parts, no clutter. It's compatible with the Major Fitness B52PRO, F22PRO, and B52EVO models, as well as B52 Standard and F22 Standard machines that have already been paired with the Major Fitness 170lb Weight Stack Set. For example, with a B52 Pro's 170 lb weight stack on each side plus 130 lbs from the extender, you're looking at up to 300 lbs of total resistance per side — well beyond what most home gym lifters will ever need. The concept is simple: instead of buying a new machine to get more resistance, you extend the capacity of the one you already own. 3 Ways to Add On Weights for Your Cable Machine When you've maxed out your cable machine's built-in stack, you have three realistic options. Here's an honest look at each. Option 1: Buy a Heavier Machine Commercial cable machines with 300+ lb stacks exist, but they cost $3,000–$8,000 and take up significantly more space. For most home gym owners, this isn't a practical solution — especially when your current machine is otherwise performing perfectly. Option 2: Use Resistance Bands Looping resistance bands into your cable system can add load, but the resistance is inconsistent — lightest at the start of the movement, heaviest at the end. This makes it difficult to track progressive overload accurately, since the effective load changes throughout every rep. Bands are a useful training tool, but they're a poor substitute for measurable, stackable weight. Option 3: Use a Weight Stack Add-On Pin Extender ✅ This is the most practical solution for serious home gym lifters. A weight stack add-on lets you load Olympic plates directly onto your Smith machine or power rack, adding precise, measurable resistance in standard plate increments. You keep the full cable system you already use, you keep the consistent tension curve, and you keep the ability to track and increase load over time — which is exactly what progressive overload requires. The Major Fitness Weight Stack Pin Extender is sold as a single piece or a pair (two pieces), giving you flexibility depending on how your cable machine is configured and which stations you train most. How to Add More Weight to a Cable Machine: Step-by-Step Installing a weight stack pin extender takes less than a minute. Here's the full process: Confirm compatibility. Check that your machine is a B52PRO, F22PRO, B52EVO, or a B52/F22 Standard paired with the Major Fitness Weight Stack Set. Select your base weight. Use the standard selector pin to set your starting load on the weight stack as you normally would. Nothing changes here. Insert the pin extender. Push the extender pin into the selector hole above your chosen weight plate, just as you would a standard selector pin. It goes in the same way as your regular selector pin — just push it in until it seats. You'll feel it click into place. If it's wobbling, it's not fully in. Load your Olympic plates. Slide your desired Olympic weight plates onto the extender post. The post length accommodates multiple plates up to the 130 lb add-on limit. Just make sure the plates are centered and sitting flush before you start pulling. Train as normal. The extender rides with the stack — it doesn't change the feel of the movement at all. Your first rep might feel slightly different just because you know there's more weight on there, but mechanically it's identical. Store when finished. When you're done, pull the plates off and park the extender at the top of the guide rod. It clips on cleanly up there and stays out of the way until next session. Takes about ten seconds. If you want to see the full install before your unit arrives, the product page has a video walkthrough. A Simple Progressive Overload Workout Plan for Cable Machines Having the ability to add weight is only half the equation. The other half is using it systematically. Here's a four-week cable machine progressive overload workout plan you can run immediately — and repeat with higher starting weights each cycle. Structure: 3 sessions per week. Run this as a full-body cable circuit — all four exercises in each session — or pull the relevant movements into your existing split. Lat pulldown and cable row fit naturally on pull days; tricep pushdown and bicep curl on push or arm days. This plan is built for intermediate lifters — people who've been training consistently for at least a year and are already handling moderate loads on cable movements. If you're earlier in your training, scale the weights down to whatever lets you complete every rep with clean form. Exercise Week 1 Week 2 Week 3 Week 4 Lat pulldown 3 × 10 @ 120 lb 3 × 10 @ 130 lb 3 × 8 @ 140 lb 3 × 8 @ 150 lb+ Cable row 3 × 10 @ 100 lb 3 × 10 @ 110 lb 3 × 8 @ 120 lb 3 × 8 @ 130 lb+ Tricep pushdown 3 × 12 @ 60 lb 3 × 12 @ 65 lb 3 × 10 @ 70 lb 3 × 10 @ 75 lb Bicep curl 3 × 12 @ 50 lb 3 × 12 @ 55 lb 3 × 10 @ 60 lb 3 × 10 @ 65 lb Key Rules for This Plan Don't chase the number. If you missed reps last session, run the same weight again before going up. Form has to hold across every set, not just the first one. Rest 2–3 minutes between sets on the heavier compound movements (pulldown, row). 60–90 seconds is fine for isolation work (pushdown, curl). After Week 4, deload for one week at 60% of Week 4 loads, then restart the cycle 5–10 lb heavier across the board. Log every session. Progressive overload only works if you know exactly what you lifted last time. A simple notebook or training app is enough. Every cycle you restart 5–10 lbs heavier. At some point — maybe cycle 2, maybe cycle 3 — the stack runs out. That's when the weight stack pin extender comes in, and the progression keeps going without interruption. That consistency is what compound progress over months and years looks like in practice. Frequently Asked Questions 1. Can you add more weight to a cable machine? Yes — most machines are designed with add-on capacity in mind. The most common way is loading extra plates directly onto the weight stack using a pin extender, though some people also use resistance bands clipped to the cable attachment for a rougher increase. 2. How heavy is the extra weight on cable machines? It varies. Some cable machines let you add 45 lbs, others go up to 130 lbs or more, depending on the extender and how the stack is built. The limiting factor is usually the length of the extender post — more post length means more plates, more total load. 3. Why can I do more weight on some cable machines than others? It comes down to the pulley ratio. A 2:1 pulley system means the resistance you feel is half the weight on the stack — so a 200 lb stack only delivers 100 lbs of actual load. Machines with a 1:1 ratio give you the full stack weight. Always check your machine's pulley setup before comparing numbers. 4. How much weight can a pin hold? It depends on the pin and machine. Most standard selector pins are rated for the full stack only. Heavy-duty extender pins built from steel can typically handle an additional 100–130 lbs on top of the stack, though you should always check the spec for whatever you're using. 5. How to increase weight for progressive overload? When your last set stops feeling like work, it's time to add weight. Small jumps, nothing dramatic. Do that consistently over months, and the results compound. The lifters who make the most progress aren't the ones who train the hardest in any single session — they're the ones who show up and add a little more weight every few weeks without skipping. Final Thoughts Most guides on cable machine training stop at exercise selection and rep schemes. The part nobody talks about is what happens when you've genuinely gotten strong enough to outgrow your equipment. It happens faster than people expect, and when it does, the answer is simpler than buying a new machine. Add the weight. Keep training. That's it. This's what Major Fitness is about — not with overcomplicated equipment, but with practical additions that make the machine you already own work harder for you. Because the best home gym isn't the most expensive one, it's the one that keeps up with how strong you're getting. References 1. Journal of Strength and Conditioning Research – Differences in Muscle Activation and Kinematics Between Cable-Based and Selectorized Weight Training: EMG study comparing cable machines to standard selectorized equipment — found significant differences in muscle activation favoring cable training, supporting the case for cables as a more versatile and effective training tool with greater degrees of freedom. 2. PMC – Progressive Overload Without Progressing Load? The Effects of Load or Repetition Progression on Muscular Adaptations: A randomized study by Brad Schoenfeld's team comparing load progression vs rep progression — found both drive muscle growth, but increasing load remains the most direct method for building strength over time.