How to Build a Bigger Bench Press — and the Equipment That Makes Every Rep Count
The bench press is the most trained upper body exercise in strength sports and the one that attracts more opinions, more arguments, and more bad advice than almost anything else in the gym. Everyone has a view on grip width, arch, bar path, and touch point. What gets discussed less — but matters at least as much — is the equipment the lift actually happens on.
This guide covers how to develop a bigger bench press from a training standpoint, the technique cues that actually move the needle, the accessory work that builds the muscles that drive the lift — and the benches and racks on which it all happens. Because the right setup is not a luxury. It is a training variable.
Why the bench press is worth mastering
The bench press is the primary measure of upper body pushing strength in powerlifting, the most widely recognised gym strength benchmark in the general population, and a direct developer of the pectoral muscles, anterior deltoids, and triceps in a way that no machine movement replicates. It is a compound movement that trains multiple large muscle groups simultaneously under a significant load, making it one of the highest-return exercises available regardless of training goal.
For powerlifters, it is one third of the total. For bodybuilders, it is the primary mass builder for the chest and a key driver of shoulder and tricep development. For general strength athletes, it is the standard measure of pressing strength and the movement most people want to improve.
The bench press also rewards technical development more than almost any other lift. A technically proficient bencher can move significantly more weight than a technically poor one with identical muscular strength — which means technique work produces strength gains directly, not just indirectly. This is rarer than it sounds.
The six technique fundamentals that actually move weight
1. Leg drive
The most misunderstood element of competition bench press technique and the one that separates intermediate from advanced pressers. Leg drive is not about raising the hips — which is a red light in competition. It is about creating a full-body tension system where the legs drive into the floor, the glutes contract, the arch is maintained, and the whole body works as a single unit to press the bar.
In practice: before unracking, plant the feet firmly — either flat on the floor or on the balls of the feet depending on your leverages and the rules of your federation — and create deliberate muscular tension through the entire lower body. This tension is maintained throughout the set. At the moment of pressing, the leg drive contributes force through the kinetic chain, up through the hips and lower back, and into the press. Athletes who bench without leg drive are leaving a meaningful percentage of their strength on the table.
2. Arch
The arch in powerlifting bench press is a technique tool, not a cheat. It reduces the range of motion, positions the shoulder in a mechanically safer configuration by retracting and depressing the scapula, and allows the lats and lower traps to contribute to the movement as a stable base. Competition rules specify that the head, upper back, and glutes must remain in contact with the bench — within those constraints, the arch is limited only by the individual's thoracic mobility and hip flexibility.
For raw lifters: arch development is a long-term mobility project, not something that changes overnight. Consistent thoracic extension work — foam rolling, thoracic rotations — and regular setup practice with deliberate scapular retraction and depression will produce gradual improvements. The arch should feel tight and locked in before the unrack, not assembled mid-lift.
3. Grip width
A wider grip shortens the range of motion and shifts more load to the chest. A narrower grip lengthens the range of motion and increases tricep involvement. For most lifters, the optimal grip width for maximum load is just outside shoulder width — somewhere in the range of 1.5 to 2 times biacromial distance (shoulder width). Competition rules cap the grip at 81cm centre-to-centre.
Wrist position matters as much as grip width. The bar should sit directly over the heel of the hand, not in the fingers — this keeps the wrists stacked directly under the bar and prevents the wrists from bending back under load, which is both mechanically inefficient and a direct injury pathway.
4. Bar path
The bench press bar path is not vertical. It moves in a slight arc — touching the chest below the nipple line (mid to lower chest) and finishing over the shoulders (or very slightly toward the face). This arc is the mechanically efficient path that the shoulder joint naturally wants the bar to travel. Forcing a vertical bar path fights the joint's natural mechanics and increases shoulder stress.
5. Scapular position
Retract (pull together) and depress (pull down) the shoulder blades before unracking. This creates the stable platform that the bench requires and places the shoulder joint in the position of maximum mechanical advantage. Lifters who lose scapular position during the set — particularly during heavy fatigue — shift stress from the pectoral and tricep system onto the anterior deltoid and rotator cuff, which is the primary injury mechanism for bench-related shoulder problems.
6. The pause and commands
For anyone training for competition: train with a pause every rep, every session. The IPF requires the bar to be motionless on the chest before the press command. Training with a pause builds the bottom-position strength that allows for explosive leg drive into the press and prevents the bounce habit that makes competition day performance unpredictable. Even for non-competitors, paused bench press is one of the most effective variations for developing chest strength at the weakest point in the range of motion.
The accessory work that builds bench press strength
The bench press itself develops the bench. The accessories develop the muscles that the bench needs.
Tricep work: The triceps drive the lockout. A missed bench press is almost always a missed lockout, not a failure off the chest. Close-grip bench press, skull crushers, and tricep pressdowns are the primary tools. Volume, not maximal intensity, is what produces tricep hypertrophy. Three to four sets of 10–15 reps on tricep isolation work produces results that low-rep heavy tricep work does not.
Upper back work: The lats and upper back provide the stable platform for the bench. A weak upper back means lost scapular position under load, which means lost force transfer and shoulder stress. Barbell rows, dumbbell rows, face pulls, and band pull-aparts directly strengthen the bench by giving the shoulder a solid base to press from. Most intermediate lifters are under-rowing relative to how much they press.
Shoulder work: Front delts receive substantial work from pressing. Lateral and rear delts need direct training. Lateral raises and face pulls are the simplest and most effective tools. Band pull-aparts — a loop of resistance band pulled apart in front of the chest — are one of the best pre-bench warmup exercises available and one of the most reliable ways to maintain shoulder health under high pressing volume.
Banded bench press: Using the band peg holes in a combo rack to attach resistance bands to the barbell transforms the bench press into an accommodating resistance movement — the bands add increasing tension as the bar rises, overloading the lockout. This is one of the most effective tools for breaking through a bench press plateau at the top of the range of motion.
The equipment that actually matters
Deluxe Competition Style Bench — Strength Shop
The standalone competition bench. IPF-spec dimensions: 122cm pad length, 29–32cm width, 42.2cm height from floor to pad. 75×75mm box section uprights, 3mm steel, rated to 400kg. UHMW inserts protect the bar holders and safety catchers from wear and the barbell knurling from repeated racking damage. The numbered, closely-spaced adjustment holes allow precise height setting across the full range from 900mm to 1280mm.
The new bar holders are angled slightly toward the bench to improve re-racking — a detail that matters on near-max attempts when the bar comes down with force. The reinforced backing plate (15mm primary, 7.5mm secondary) means the holder takes the impact without deforming over time. The bench pad provides grip without being sticky, which is the correct balance for a competition bench where back positioning needs to be adjustable between attempts.
For anyone who primarily trains the bench press and wants a standalone bench built to the same specification as competition equipment, this is the direct answer.
Riot Combo Rack — Strength Shop
The 2-in-1 squat and bench rack. A single piece of equipment that replaces both a power rack and a standalone bench for athletes who train both lifts. The Riot Combo Rack features a wide base and lever arm adjustment system — the lever arms grab under the pins and guide the bar height without needing to remove plates, which is the standard competition setup mechanism and one that makes training session flow significantly more efficient.
Bench setup is roll-in: the bench slides into the docking points and is secured. Spotter platform with coarse surface gives training partners solid footing for heavy attempts. Steel rollers on the upper bar holders allow the bar to be slid into position for precise grip setup — a detail that matters on the bench press where grip width and bar position are set before tension is built.
225kg construction in 3–5mm steel, powder coated matte black. Suitable for powerlifting meets. Floor bolt holes for permanent installation.
For club gyms, powerlifting gyms, and serious home gym lifters who train both the squat and the bench press and want a single platform that handles both at competition standard, the Riot Combo Rack is the answer.
Pro Competition Combo Rack — Strength Shop
The new standard. Everything the Riot Combo Rack delivers, re-engineered from the ground up with a single-pin upright adjustment system — EU patent registered — that replaces the double-pin mechanism of traditional combo racks and allows faster, more secure height changes without fumbling. Magnetic pin bench locking with a single bolt connection. Integrated wheels on both the rack and the bench so a single person can reposition the entire unit.
Steel frame: 100×50mm base, 60×60mm uprights, 3mm thick. Stainless steel uprights. IPF-spec bench pad — 435mm height, 1250mm length, 320mm width — built on the Riot Flat Bench with 65mm competition pad. Squat height range 1000–1700mm. Bench height range 750–1450mm. Bench safeties 500–775mm. Band peg holes throughout the frame. Uprights tilt 5° inward with removable wedges for competition-style setup. Collar hook on rear bar rest.
The Pro Combo Rack is built to IPF specification and actively seeking full certification — the process is underway with approval expected for national, regional, and world stages by 2027 at the latest. In the meantime, it meets every dimensional and structural requirement of IPF-approved competition equipment.
For federation-level competition preparation, for serious gym operators, and for lifters who want a single platform that handles everything from daily training to competition simulation without compromise, the Pro Combo Rack is the benchmark.
Programming the bench press: how to structure progress
Beginners respond well to training the bench press three times per week — the neural adaptations that produce early strength gains come faster with higher frequency. Once those gains slow, reducing to two sessions per week with more volume and intensity variation per session produces continued progress.
For intermediate lifters, block periodisation is the most reliable approach: an accumulation block of three to four weeks building volume at moderate intensity (70–80% of 1RM), followed by an intensification block of two to three weeks reducing volume and increasing intensity (80–90%), and a realisation or peak week at near-maximal weights before testing or competing.
The bench press responds to practice more than most movements. Technique work at moderate intensities — 70–80%, which allows full focus on leg drive, arch, scapular position, and bar path — produces better long-term progress than constantly training at maximum effort. Save maximum effort for testing phases and competitions.
Breaking through a bench press plateau
Plateaus on the bench press are almost always attributable to one of four things.
The first is a technique ceiling — the movement pattern has stalled because there are still technique improvements available that haven't been made. Video analysis from the side and front frequently reveals position issues that are invisible from the lifter's perspective.
The second is a weakness at a specific point in the range of motion. Off-the-chest weakness: more paused bench, more chest work. Mid-range sticking point: more incline work, more anterior deltoid training. Lockout failure: more close-grip bench, more tricep volume.
The third is insufficient volume at submaximal intensities. Many intermediate lifters try to go heavy every session. This produces more central nervous system fatigue than it does adaptation. More reps at 70–80% builds the muscular base that eventually moves heavier weights.
The fourth is weak upper back. If scapular position is being lost under load, no amount of chest and tricep work will close the gap. Fix the upper back first.
FAQ
What bench press grip width is best?
Most lifters perform best between 1.5 and 2 times their biacromial (shoulder) width. The IPF maximum is 81cm centre-to-centre. Wider increases chest involvement and reduces range of motion; narrower increases tricep involvement and range of motion. Test both and choose the width that allows you to move the most weight with the most control.
Should I train with an arch?
For competition powerlifters: yes. For general strength athletes: a moderate arch that comes from natural thoracic extension and scapular retraction is appropriate and healthy. An aggressive arch requires significant mobility development. Start with the arch that your current mobility allows naturally and develop from there.
How often should I bench press per week?
Beginners: three times per week. Intermediates: two to three times per week, with varying intensities. Advanced lifters: one to three times per week depending on programming phase and recovery capacity.
What is the difference between the Riot Combo Rack and the Pro Combo Rack?
The Riot Combo Rack is a proven competition-standard 2-in-1 with lever arm adjustment, 225kg steel construction, and steel rollers for bar placement. The Pro Combo Rack introduces a single-pin upright adjustment (EU patent registered), magnetic bench locking, integrated wheels for one-person mobility, stainless steel uprights, and a full IPF-spec bench pad. The Pro is built to IPF specification with certification in progress and represents the current engineering standard in the range.
Do I need a combo rack or can I use a standard power rack for bench press?
A standard power rack bench press works perfectly for the bench press with a flat bench inside the cage. A combo rack adds the lever arm adjustment mechanism for faster height changes and the specifically designed bench holder system for bench press bar rest geometry. For competition-specific training and for environments where squatting and bench pressing happen on the same platform at frequency, a combo rack removes friction from every session.
All competition benches and combo racks at strengthshop.eu