# How to Bench Press Properly: Technique, Faults & Programming > Tuck elbows to 45–75°, retract your scapulae, and touch the bar to your lower chest. Source: Lift Republic (https://liftrepublic.com/learn/how-to-bench-press-properly) Category: Muscle · Published: 2026-06-20 · Reviewed: 2026-06-20 ## Why the Bench Press Deserves Its Reputation The barbell bench press is the single most effective upper-body pushing exercise for building a thick, powerful chest. Done correctly, it trains the pectoralis major across a full range of motion under heavy load, recruits the anterior deltoid and triceps as synergists, and allows the kind of progressive overload over months and years that produces real, visible muscle. Done incorrectly, it is one of the most common causes of shoulder injury in the gym. The difference between the two outcomes is almost entirely technique. This guide gives you the exact set-up, bar path, and fault corrections used by strength coaches at the highest level — so you can bench heavy, pain-free, for decades. --- ## Set-Up: Feet, Arch and Position on the Bench Before a single rep is performed, the set-up determines everything. Position yourself so your eyes are directly under the bar (not behind it) — this gives you a short, safe unrack path. Plant your feet flat on the floor or, if the bench is high, on a plate or block so your legs can drive into the floor. This leg drive is not optional: it creates full-body tension that transfers force from the floor through your trunk and into the bar. Create a moderate lumbar arch by driving your chest up toward the bar and pinching your shoulder blades together. This arch is not cheating — it is protective. It reduces the range of motion at the shoulder joint and keeps the rotator cuff in a safer position throughout the lift. Your glutes and upper back remain in contact with the bench at all times. **Common fault:** Lying completely flat with a "posterior pelvic tilt" feels humble and safe but actually increases impingement risk because the shoulder is forced into more extreme ranges of motion. A natural arch is better for your shoulders, not worse. --- ## Scapular Retraction: The Foundation of a Safe Bench The single most important cue for shoulder health on the bench press is **retract and depress the scapulae** — pull your shoulder blades together and down (think: "put your shoulder blades in your back pockets") before you take the bar. Hold that position for every rep. When the scapulae are retracted, they create a stable platform for the shoulder joint. The rotator cuff can function properly, force transfer is efficient, and the risk of impingement drops dramatically. When the scapulae are unset and the shoulders round forward, the rotator cuff is under tension it was never designed to manage under load. Practice this cue with an empty bar for several sets before adding weight. It feels unnatural at first; it becomes automatic with repetition. --- ## Grip Width: The 1.5× Rule Grip the bar so your forearms are vertical (or very slightly angled inward) when the bar is at your chest. For most people this means a grip at or just inside the 81 cm ring marks on a standard Olympic bar — roughly 1.5 times your biacromial width (the distance between the outer edges of your shoulder joints). A 2005 study by Lehman (J Strength Cond Res, PMID 16095407) examining grip width and myoelectric activity during the flat bench press confirmed that a moderate grip produces the highest pectoralis major activation while keeping shoulder joint stress within safe ranges. Gripping too wide (beyond the rings) increases shoulder shear; gripping too narrow (close-grip) shifts work to the triceps and reduces pec involvement. Wrap your thumbs around the bar — never use a "suicide grip" (thumbless). A bar rolling out of a thumbless grip is a serious injury waiting to happen. --- ## Bar Path and Touch Point The bar does not travel in a straight vertical line. It moves in a slight J-curve: starting over your lower chest when you unrack, arcing slightly toward your shoulders as you press, and finishing over your upper chest or shoulders at lockout. This is mechanically efficient because it keeps the bar over your base of support throughout the movement. The bar should touch your **lower chest or upper sternum**, not your clavicles or mid-chest. Touching too high shortens the bar path artificially but dramatically increases impingement risk. Touching too low (below the sternum) loses pec tension at the bottom of the lift. At lockout, the bar sits directly over your shoulder joints. Do not push the bar toward your face at the top — this is a common fault that turns a pressing movement into a partial row under load. --- ## Elbow Angle: The Most Important Safety Variable Elbow angle is where most shoulder injuries originate. The classic mistake is flaring the elbows to 90° from the torso — a "T" position when viewed from above. This position maximises shoulder impingement and is the primary reason "bench press shoulder" is so prevalent. The correct position is **45–75° of elbow tuck** from your torso, measured at the bottom of the lift. The exact angle depends on your grip width and build: a wider grip allows slightly more flare; a narrower grip tucks more. At 60°, most lifters find a strong combination of chest activation and shoulder safety. Cue: imagine bending the bar like a horseshoe as you lower it. This external rotation cue naturally produces the correct elbow position without you needing to consciously count degrees. --- ## Breathing and Bracing Take a deep breath into your belly before each rep, brace your core as if you are about to absorb a punch, and hold that pressure through the lift. This intra-abdominal pressure stabilises your spine and creates a rigid platform for force transfer. For submaximal sets, you can breathe between reps at the top. For heavy sets of 3–5, take one big brace per rep. Do not exhale on the way down and inhale on the way up — you will lose your brace at the worst possible moment. --- ## Common Faults and Fixes **Fault: Elbows flared to 90°** Fix: Widen your grip slightly, use the "bend the bar" cue, and drop to a load you can control while learning the new position. **Fault: Bar bouncing off the chest** Fix: Lower the weight. Control the eccentric over 2–3 seconds; pause briefly at the chest before pressing. Bouncing is ego lifting that bypasses pec tension and increases injury risk. **Fault: Shoulder blades winging off the bench (rolling forward at the bottom)** Fix: Re-set your scapular retraction and depress them actively throughout the set. Film yourself from the side — unset scapulae are easy to spot and hard to feel. **Fault: Wrists bending back under the bar** Fix: Grip the bar lower in the palm, closer to the wrist crease, and squeeze hard. Bent-back wrists under load causes wrist pain and leaks force. The bar should sit almost directly over the forearm bones. **Fault: Hips rising off the bench** Fix: Drive your feet into the floor, not push yourself up the bench. Hip rise almost always means the weight is too heavy for current technique — reduce load. **Fault: Bar drifting toward the face at lockout** Fix: Think "push the bar back toward the rack" at lockout, not straight up. This reinforces the correct J-curve path. --- ## Variations and When to Use Them **Incline barbell bench press** (30–45°): shifts emphasis to the upper pectoralis and anterior deltoid. Essential for full chest development. Use the same scapular set-up and elbow angle — errors from flat bench transfer directly here. **Dumbbell bench press**: greater range of motion than barbell, exposes left–right imbalances. Excellent as a secondary press to the barbell main lift, or as the primary option when shoulder comfort requires it. **Close-grip bench press** (hands just inside shoulder width): triceps-dominant pressing accessory. Useful for lockout strength and triceps hypertrophy. Keep elbows tucked — this is already built into the movement. **Paused bench press**: bar held motionless on the chest for 1–2 seconds before pressing. Eliminates the stretch reflex, builds true starting strength, and is excellent for technique reinforcement. Use 10–15% less load than your touch-and-go sets. For beginners who lack the upper-body strength for a barbell, the **dumbbell bench press or incline press with dumbbells** is the right starting point. There is no shame in building a foundation before loading a barbell — it is just smarter programming. The guides on [how to start working out](/learn/how-to-start-working-out) and [gym workout plan for beginners](/learn/gym-workout-plan-for-beginners) walk you through a structured entry point. --- ## Programming the Bench Press For most people, 2–3 bench press sessions per week outperforms one. Research and NSCA guidelines both support higher frequency for technical skill development and hypertrophy, provided total weekly volume is managed sensibly. A simple intermediate template: - **Session 1 (heavy):** 4–5 sets × 3–5 reps at 80–87% 1RM — strength focus - **Session 2 (moderate):** 3–4 sets × 6–10 reps at 70–75% 1RM — hypertrophy focus - **Session 3 (accessory):** Incline DB press 3 × 10–12 + close-grip bench 3 × 8–10 Progress using [double progression](/learn/progressive-overload): hit the top of your rep range across all sets before adding weight. On a 4 × 6–8 scheme, once you hit 4 × 8 with good form, add 2.5 kg next session. This is the most reliable driver of long-term strength and size gains — see the full guide on [progressive overload](/learn/progressive-overload). For weekly volume, aim for 10–20 sets per week for the chest across all horizontal pressing. Beginners gain on the lower end (8–10 sets); trained lifters need 14–20 sets to continue progressing. The [sets per muscle per week guide](/learn/how-many-sets-per-muscle-per-week) has the full dose-response breakdown. For rest between sets, take **2–3 minutes on compound sets** — shorter rest periods reduce volume capacity per set and limit strength expression. The data on [rest between sets](/learn/how-long-to-rest-between-sets) is clear: longer rest = more total work done. Combine the bench press with a vertical pull ([pull-ups](/learn/how-to-do-a-pull-up) or rows) in your programme to maintain shoulder balance and reduce injury risk. Pressing-dominant programmes without adequate pulling volume are a recipe for anterior shoulder tightness over time. --- ## Stop Guessing — Get the Programming Done for You Technique is learnable from a guide. But whether you are stuck on a plateau, dealing with that nagging shoulder ache, or simply not sure how to structure your pressing alongside the rest of your training, a coach makes the difference between years of mediocre progress and a clear path forward. [Book a free consultation with Bez](/contact) and get a programme built around your current level, schedule and goals — no generic plans, no guesswork. Or start with the [free Physique Blueprint quiz](/quiz) to see exactly where you are right now. ## FAQ ### Why do I get shoulder pain when bench pressing? Shoulder pain on the bench press almost always comes from one of two faults: elbows flared too wide (near 90°) or the bar touching too high on the chest. Both positions impinge the rotator cuff. Fix: retract your scapulae hard before you lift the bar, tuck your elbows to about 60°, and aim to touch your lower chest or upper sternum. If pain persists beyond minor adjustment, see a physio before training through it. ### What grip width should I use for the bench press? For most people, a grip just outside shoulder width — roughly at or just inside the 81 cm power-lifting ring marks — gives the best balance of pec activation and shoulder safety. Too narrow shifts load to the triceps (useful for close-grip bench as an accessory); too wide increases shoulder shear force. Research on bench press biomechanics confirms that a moderate grip produces the highest pectoralis major activation while minimising joint stress. ### Is arching your back on the bench press cheating or dangerous? Neither. A moderate lumbar arch is standard competitive technique and is actively protective — it allows you to retract the scapulae more fully and reduces the shoulder's range of motion, taking pressure off the rotator cuff. Your glutes and upper back stay in contact with the bench; only the natural lumbar curve is accentuated. An extreme 'bridge' for the sole purpose of reducing bar travel is a powerlifting specialisation, not something beginners need to chase. A natural arch is fine and encouraged. ### Dumbbell bench press vs barbell bench press — which is better? Both build the chest effectively; research shows matched-effort free-weight exercises produce comparable hypertrophy. Dumbbells give a greater range of motion and expose strength imbalances between sides; the barbell allows heavier loading and clearer progressive overload tracking. For most people the barbell is the primary strength builder and dumbbells are a valuable accessory. Use both if you have access. ### How much should I be able to bench press? Rough strength standards: a beginner (6–12 months training) can typically bench their bodyweight for a single rep; intermediate lifters (1–3 years) reach 1.25–1.5× bodyweight; advanced lifters 1.5–2×. These are general benchmarks, not rules. Women's standards are roughly 0.6–0.9× bodyweight across the same progression. Use our [one-rep max calculator](/tools/one-rep-max) to estimate your 1RM from a working set. ### How often should I bench press to improve? Training the bench press 2–3 times per week is more effective than once a week when total sets are equated, and research consistently shows higher frequency accelerates technique acquisition. A simple approach: one heavy day (3–5 reps), one moderate day (6–10 reps), and one accessory day (incline DB or close-grip) hits the chest and triceps with enough variety and frequency to drive consistent progress.