How Much Space Do I Need for a Squat Rack and Bench Setup at Home?

How much space do I need for a squat rack and bench setup at home?

You need three measurements: width, depth and height. Each one comes from the actual equipment, plus a small number of working assumptions about how much room a person needs to move. We state every assumption below so you can swap in your own numbers. Measure your room before you buy, and measure the narrowest point, not the widest.

The examples use these real dimensions:

• VERVE Zen Power Rack ($1,699 ): 1334mm wide, 1164mm deep, 2296mm high.
• VERVE Commercial Half Rack ($999 ): 1240mm wide, 1650mm deep, 2300mm high.
• VERVE Commercial FID Bench V2 ($599 ): 1525mm long by 610mm wide by 447mm high.
• VERVE Elite Olympic Barbell 20kg ($519 ): 2200mm long.

Width: the bar decides, not the rack

Every rack here is narrower than an Olympic bar. The bar is 2200mm long and the widest rack is 1334mm, so the bar overhangs the uprights on each side by (2200 minus 1334) divided by 2, which is 433mm. On the 1240mm Commercial Half Rack the overhang is (2200 minus 1240) divided by 2, which is 480mm.

You also need room past the end of the bar to slide plates on and off. Our working assumption is 300mm each side. That is enough to push a plate onto the sleeve and fit a collar. It is a minimum, not a comfortable figure, so if you want to stand square at the end of the bar while loading, allow more.

The arithmetic:

• 2200mm bar + 300mm left + 300mm right = 2800mm minimum wall-to-wall width.

That 2800mm applies whatever rack you choose, because the bar is the widest thing in the setup. A narrower rack does not make the room narrower. It only moves the uprights further in from the plate ends.

Depth: rack, bench and room to move

Depth is where setups differ most. It depends on the rack's depth, where the bench sits, and how much room you leave to walk out a squat and step around the bench.

Working assumptions:

• Access zone: 600mm at the foot of the bench to sit down, stand up and step around it.
• Squat walkout: 900mm in front of the J-hooks if you squat outside the rack. This sits inside the bench zone, because the bench is moved aside when you squat.

Full rack, bench in front of the rack

This is the most flexible layout. You squat off the front J-hooks or inside the cage, and roll the bench out in front for pressing.

• 1164mm rack + 1525mm bench + 600mm access = 3289mm, call it 3.3m.

The squat walkout needs 900mm, and the bench zone in front of the rack is 1525mm plus 600mm, or 2125mm, so the walkout fits with room to spare.

Full rack, bench inside the cage

With a four post rack you can bench with the bench pushed into the cage and the safeties set. The bench is longer than the rack is deep, so it pokes out the front by 1525mm minus 1164mm, which is 361mm.

• 1164mm rack + 361mm bench overhang + 600mm access = 2125mm, call it 2.2m.

This is the tightest workable layout. You squat inside the cage with the safeties set, so the walkout happens within the rack's 1164mm depth. The cost is that every bench session starts with sliding the bench into position.

Half rack, bench in front

• 1650mm rack + 1525mm bench + 600mm access = 3775mm, call it 3.8m.

The half rack is 94mm narrower than the Zen but 486mm deeper (1650 minus 1164). Width is set by the bar anyway, so in a small room the half rack's narrower frame does not help you. The extra depth does cost you.

Height: rack, flooring and what you do overhead

Start with the rack height, then add the flooring underneath. A 15mm rubber tile lifts everything by 15mm.

• Zen: 2296mm + 15mm = 2311mm
• Commercial Half Rack: 2300mm + 15mm = 2315mm
• Wall Mounted Folding Squat Rack: 2300mm + 15mm = 2315mm
• Tori Functional Trainer Rack: 2316mm + 15mm = 2331mm
• Tori Short: 1950mm + 15mm = 1965mm

Those figures are the bare minimum for the rack to stand in the room. As an example, under a 2400mm ceiling a Zen on 15mm tiles leaves 2400 minus 2311, which is 89mm. It fits, but there is no room for anything above the top crossmember. Check light fittings, beams and a garage door track, because the lowest point is the one that matters. For tight ceilings, plan to build the rack upright rather than assembling it on its side and tipping it up.

Pull-ups

The Zen comes with a pull up bar across the top of the frame. To pull your chin over it, your head has to rise above the bar. Our working assumption is 300mm of headroom above the top of the rack, which gives 2311mm + 300mm = about 2.6m. Taller lifters, or anyone doing kipping pull-ups, will want more.

Standing overhead press

This is personal, so work it out from your own body. Stand on a flat floor, lock your arms overhead and measure from the floor to your hands. Then add:

• 15mm for the flooring.
• 225mm for the plates. Bumper plates are 450mm in diameter, so they rise 225mm above the bar's centre.
• A safety margin of your choosing. We would allow at least 100mm as a working assumption.

If that total is more than your ceiling height, press seated or press with smaller plates. The rack itself may fit when the press does not.

Summary: floor area and ceiling height by setup

The Tori depth is 853mm + 1525mm + 600mm = 2978mm, rounded to 3.0m. For the wall mounted rack, check its unfolded depth on the product page and add the 2125mm bench and access zone.

Worked example: a single-garage layout

Measure your own garage first, because sizes vary. This example assumes a single bay at least 3m wide and 6m long with the car parked elsewhere. The plan is a full rack with the bench in front.

• Rack: a Zen against the back wall, centred across the 3m width.
• Side clearance: (3000mm minus 1334mm) divided by 2 = 833mm from each upright to each side wall. The bar overhangs 433mm, leaving 833 minus 433 = 400mm from each bar end to the wall. That beats the 300mm assumption.
• Depth used: 1164mm rack + 1525mm bench + 600mm access = 3289mm.
• Matted area: 3m wide by 4m deep. That leaves 4000 minus 3289 = 711mm spare at the front of the mats for plate storage or for parking the bench while you squat.
• Remaining garage: 6m minus 4m = 2m at the door end, uncovered, for bikes and storage.

How many tiles?

VERVE 15mm Rubber Gym Flooring comes in 1m x 1m tiles at $55 per tile. A 3m by 4m area is 3 tiles across by 4 tiles deep, which is 12 tiles covering 12m². No cutting is needed, because the layout is built in whole metres. If your space is only 2.8m by 3.3m, you still need 3 by 4 tiles to cover it without cutting, so planning for 3m by 4m costs nothing extra in tiles.

Space-saving options

Half rack vs full rack

A half rack sounds smaller, but measure both directions. The Commercial Half Rack is 1240mm wide against 1334mm for the Zen, yet 1650mm deep against 1164mm. Since the bar sets the width at 2800mm either way, the full rack actually needs less floor in a typical layout: 9.24m² against 10.64m². The full rack also lets you squat and bench inside the cage with safeties on both sides, which is the compact 2.2m-deep layout. Pick a half rack if you prefer an open front for walking out and loading, and you have the depth.

Wall mounted folding rack

The VERVE Wall Mounted Folding Squat Rack ($929 ) uses 75mm x 75mm 3mm steel uprights standing 2300mm high, and folds back to sit 10cm off the wall. That makes it the best choice for a garage where the car comes back in after training. The recommended maximum load is 300kg. You still need the full 2800mm width and the bench zone when it is folded out, but the floor is clear the rest of the time.

Tori: a rack and cable machine in one footprint

The Tori Functional Trainer Rack ($5,549 ) combines a rack with a cable machine on a 1230mm wide by 853mm deep base, 2316mm high. It runs a 2:1 pulley ratio for 75kg of working resistance per side. If you would otherwise buy a rack and a separate cable station, one 1230mm by 853mm footprint replaces two. For low ceilings, the Tori Functional Trainer Rack Short ($5,349 ) is 1.95m tall, or 1965mm on 15mm flooring.

Bench choice

The FID V2 is 1525mm long and its seven back positions run from 15 degrees decline to 80 degrees upright. Its 1525mm length is what drives the depth figures above. A shorter bench reduces depth by however much shorter it is, so check bench length if every 100mm counts.

Frequently asked questions