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Bells of Steel Residential Series Power Rack Specs: Height, Footprint and Hole Spacing

Updated 2026-08-14 Researched, not tested in person
Quick answer

The Bells of Steel Residential Series Power Rack is a power rack measuring 84.5 in tall with a 64 by 55 in footprint, built from 2.3 x 2.3 in 14 ga uprights on 5/8 in hardware, rated by the manufacturer to 700 lb. Allow about 86.5 in of clear ceiling, which is the rack height plus 2 in. It sits in the $350 to $450 price band.

The Bells of Steel Residential Series Power Rack is a power rack in the $350 to $450 price band. It is the budget end of the Bells of Steel line, a flat foot 14 gauge cage sold in a standard and a short height at the same price, which is unusual and useful.

What are the Bells of Steel Residential Series Power Rack specifications?

Every figure below is the manufacturer's or retailer's published specification. Where a figure could not be verified against a published source it is omitted from the table rather than estimated, because a guessed dimension is worse than a missing one on a page you are using to decide whether something fits.

SpecificationBells of Steel Residential Series Power Rack
TypePower rack
Overall height84.5 in
Overall width64 in
Overall depth55 in
Footprint24.4 sq ft
Upright tube2.3 x 2.3 in
Steel gauge14 ga
Upright wall thickness0.075 in
Hardware size5/8 in
Rated capacity700 lb
Bolt downNot required (flat foot)
Price band$350 to $450
Height options84.5 in standard or 72 in short, at the same price

Not listed because we could not verify it from a published source: hole spacing. Get those from the current spec sheet, and tell us through the contact page if the manufacturer publishes a figure we have missed.

What ceiling height does the Bells of Steel Residential Series Power Rack need?

Clear ceiling height is the distance from the finished floor to the lowest obstruction over the rack footprint, which in a basement is a duct run, a beam, a sprinkler head or a light fixture far more often than it is the ceiling itself. The rule is the rack height plus about 2 inches.

For this rack that is 86.5 inches, derived from the published 84.5 in height. That figure is our arithmetic on the manufacturer's number, not a manufacturer's number itself.

RoomClear heightNeededFits
Low finished basement78 in86.5 inNo
7 ft finished basement84 in86.5 inNo
7 ft 6 in basement or garage90 in86.5 inYes
Standard 8 ft garage96 in86.5 inYes
9 ft garage or unfinished basement108 in86.5 inYes

This rack does not clear a 7 foot basement, and no amount of careful assembly changes that. If your room is in that band, look at a squat stand in the 70 to 74 inch range instead, which is a different piece of equipment rather than a compromised version of this one. Run your own measurement through the ceiling height calculator before ordering, and see the rack height and clearance chart for how the bands compare.

There is a second clearance almost nobody plans for: you have to stand the frame up during assembly. Tilting a 84.5 inch structure into place in a 86.5 inch room does not work, and a heavy gauge frame is far harder to raise than a light one. If your headroom is within about 2 inches of the rack height, build it lying down and raise it with a second person.

How much floor space does the Bells of Steel Residential Series Power Rack need?

The barbell sets the floor space, not the rack. A 7 foot Olympic bar is 86.6 inches long, so any barbell lift needs at least 108 inches, which is 9 feet, of clear width no matter how compact the frame is. That is true of every rack on this site and it is the reason a very narrow rack rarely solves a narrow room.

The published footprint here is 64 by 55 inches, about 24.4 square feet of floor. Add roughly 24 inches of walk-around on the two sides you load plates from and the practical zone is closer to 9.3 by 6.6 feet, which is derived rather than published. The gym space planner will fit it against your actual room dimensions.

What attachments fit the Bells of Steel Residential Series Power Rack?

Three numbers decide attachment compatibility: the upright tube size, the hole diameter and the hole spacing. An attachment made for 2 by 3 inch uprights on 5/8 inch hardware will not fit 3 by 3 inch uprights on 1 inch hardware, and spotter arms that almost fit are spotter arms that do not fit.

This rack uses 2.3 x 2.3 in 14 ga uprights on 5/8 in hardware. A 2.3 by 2.3 in upright is a non standard dimension, so third party accessories built for 2 by 2 in racks will not fit. Buy attachments from Bells of Steel for this frame. Compatibility across brands is a convention rather than a guarantee. Manufacturers revise dimensions between production runs without renaming a model, so the only safe check is to measure your own uprights: outside tube dimensions, hole diameter, and hole centre to centre spacing. The hole spacing and gauge chart covers what each measurement means.

At 14 ga the upright wall is about 0.075 inches thick. Gauge is a wall thickness designation rather than a strength rating, and a lower gauge number means thicker steel: 11 gauge is roughly 0.120 in, 12 gauge roughly 0.105 in, and 14 gauge roughly 0.075 in. Thicker wall resists the flex you feel when a heavy bar is racked off centre, which is a different thing from the rack's published capacity.

The one accessory worth buying with any rack used alone is a set of spotter arms , and the compatibility check above is exactly why: confirm the tube size and whether the holes are 5/8 inch or 1 inch before ordering. Where anchoring is called for, half inch wedge anchors are the common slab specification.

What should you know before buying the Bells of Steel Residential Series Power Rack?

  • Sold in a standard 84.5 in and a short 72 in height at the same price.
  • The flat foot support system is stated by Bells of Steel to remove the need to bolt into the floor, which is what produces the wide 64 in footprint.
  • Hole spacing is not published, so it is omitted here rather than assumed.

How does the Bells of Steel Residential Series Power Rack compare with similar racks?

Compared here against other power racks in our data, on the four figures that actually decide a purchase: how tall it is, what the uprights are, how the holes are spaced, and what the manufacturer rates it to. A blank cell means we could not verify that figure, not that the rack lacks the feature.

RackHeightUprights Hole spacingRatedPrice band
Bells of Steel Residential Series Power Rack 84.5 in 2.3 x 2.3 in 14 ga 700 lb $350 to $450
REP Fitness PR-1000 Power Rack 83.6 in 2 x 2 in 14 ga 2 in throughout 700 lb $300 to $500
REP Fitness PR-1100 Power Rack 85 in 2 x 2 in 14 ga 3 in throughout 700 lb $300 to $500
REP Fitness PR-4000 Power Rack 80 in 3 x 3 in 11 ga 2 in with 1 in Westside spacing in the bench zone 1,000 lb $800 to $1,250
REP Fitness PR-5000 Power Rack 80 in 3 x 3 in 11 ga 2 in throughout 1,000 lb $900 to $1,500
Rogue Fitness R-3 Power Rack 90.375 in 2 x 3 in 11 ga 1 in through the bench and clean pull zone, 2 in above and below (Westside) $850 to $1,000
Rogue Fitness R-4 Power Rack 90.375 in 2 x 3 in 11 ga 1 in through the bench and clean pull zone, 2 in above and below (Westside) $950 to $1,100
Rogue Fitness RML-390F Flat Foot Monster Lite Rack 92.25 in 3 x 3 in 11 ga Westside hole spacing $900 to $1,100
Rogue Fitness RML-490 Monster Lite Rack 90.375 in 3 x 3 in 11 ga Westside spacing through the bench and squat area, 2 in elsewhere $1,000 to $1,200
Rogue Fitness RM-6 Monster Rack 2.0 90.375 in 3 x 3 in 11 ga $2,800 to $4,000

Who is the Bells of Steel Residential Series Power Rack for?

A first cage in a basement, where the 72 in short version is the point.

Charging the same for the short version as for the standard one is the interesting thing here, because most manufacturers either do not offer a short cage or charge a premium for it. At 72 in the short model needs about 74 in of clear height, which fits rooms almost nothing else fits. The 2.3 by 2.3 in 14 gauge steel is entry level, so keep the loads sensible and expect some flex on a hard rerack.

Load ratings, anchoring and floor loading: a published capacity is the manufacturer's own figure under their own test conditions, not a safety margin to plan on spending. Anchoring a rack and loading a floor are your responsibility to verify against your actual structure. Follow the manufacturer's rated capacity and installation instructions, which govern. Verify slab thickness before drilling, and note that radiant floor heating tubing and post-tension cables can both be hidden inside a slab. On a suspended wood floor over a finished room, get a licensed structural engineer or contractor involved before adding several hundred pounds of equipment. This is researched guidance, not coaching and not structural engineering advice. See the rack anchoring guide.

Where to go next

Frequently asked questions

How much ceiling height does the Bells of Steel Residential Series Power Rack need?

Allow about 86.5 inches of clear height. The published overall height is 84.5 inches and a rack needs roughly 2 inches of clearance above it, measured to the lowest obstruction over the rack footprint rather than to the joists. In a basement that obstruction is usually a duct run, a beam, a sprinkler head or a light fixture. There is a separate assembly clearance problem: you have to stand the frame up, so if your headroom is within about 2 inches of the rack height, assemble it lying down and raise it with a second person.

Will the Bells of Steel Residential Series Power Rack fit in a 7 foot basement?

A 7 foot finished ceiling is 84 inches of clear height. This rack needs about 86.5 inches, so it does not fit and no amount of careful assembly changes that. The honest answer in that room is a shorter squat stand in the 70 to 74 inch band rather than a full cage.

What hole spacing and hardware does the Bells of Steel Residential Series Power Rack use?

The hole spacing for this model is not something we could verify from a published source, so we do not list it. Hardware is 5/8 in. The uprights are 2.3 x 2.3 in 14 ga tube. Those three numbers together decide which safety bars, spotter arms, J-cups and attachments will physically bolt on. Attachment compatibility is a convention rather than a guarantee, manufacturers change dimensions between production runs, and the only safe check is to measure your own uprights before ordering anything.

What is the Bells of Steel Residential Series Power Rack rated to hold?

The manufacturer publishes a 700 lb rating for this rack. Read that as a stated figure produced under the manufacturer's own test conditions, not as a safety margin to plan on spending. Rated capacity also assumes the rack is assembled correctly, sitting on a level floor, and anchored where the instructions call for anchoring. A rack loaded well under its rating can still tip or walk under an uneven unrack if it is not bolted down.

Does the Bells of Steel Residential Series Power Rack need to be bolted down?

This is a flat foot design intended to stand without anchors, which is the main reason people choose it for a rented or temporary space. Where anchoring is called for, half inch wedge anchors into a slab are the common specification, and embedment depth rather than bolt length carries the load. Verify slab thickness before drilling, since radiant heating tubing and post-tension cables can both be hidden inside a slab. This is researched guidance, not structural engineering advice.

Is the Bells of Steel Residential Series Power Rack worth it compared with a cheaper rack?

Charging the same for the short version as for the standard one is the interesting thing here, because most manufacturers either do not offer a short cage or charge a premium for it. At 72 in the short model needs about 74 in of clear height, which fits rooms almost nothing else fits. The 2.3 by 2.3 in 14 gauge steel is entry level, so keep the loads sensible and expect some flex on a hard rerack.

How we choose: we compare published manufacturer specifications, stated load ratings, and verified owner reviews. We do not test equipment in person. Rack anchoring, floor loading and spotting carry real injury and property risk, so treat everything here as researched guidance rather than coaching or structural engineering advice, follow the manufacturer's rated capacity and installation instructions, and get a licensed professional involved before you drill into concrete or load a floor you are unsure about.