The Overlooked Risk: Why Warehouse Racking Fails, and How to Catch It Before It Does
In June 2026, three young warehouse workers in Bengaluru’s Whitefield area were killed when an overloaded storage rack gave way — witnesses said the racks fell “like dominoes,” one pulling down the next. Racking isn’t decorative shelving. It’s structural steel holding thousands of kilograms directly above the people working beneath it, and in India, it’s going up faster than most facilities are learning to inspect it.
This guide covers what actually causes racking failures, what India’s regulations really require (and don’t), and a checklist any facility manager can run today.
Why This Matters More Than Ever
India’s industrial racking market is projected to grow from $682 million in 2026 to over $1.2 billion by 2033, driven by e-commerce, 3PL growth, and government logistics initiatives like PM Gati Shakti. More racking is going up, often in facilities never designed with structural storage in mind. Industry research (MHI) finds 20-30% of warehouse floor space is typically wasted through poorly planned racking layouts — and a layout planned badly for space is very often planned badly for load too, for the same root cause: racking bought as a commodity, not engineered.
What Actually Causes Racking Failures
Almost no collapse comes from one dramatic event — it’s usually smaller failures stacking up:
- Overloading — the cause pointed to in the Bengaluru collapse, and the most common failure cause worldwide. A rack can hold beyond its rated capacity for weeks before it finally gives way, which is exactly what makes it dangerous.
- Forklift and impact damage — a bent upright or dented beam looks cosmetic but rarely is; steel racking is engineered assuming straight, true components.
- Corrosion — in coastal or humid storage environments, unprotected steel corrodes from inside joints outward, often invisibly.
- Poor or missing anchoring — racking not properly bolted to a rated floor slab can shift or topple under lateral load.
- No inspection routine — the quiet failure behind most others. Damage is survivable if caught early; it’s only fatal when nobody’s looking.
The Regulatory Reality in India
Most warehouse operators don’t realise: India has no dedicated racking design and load-testing code, unlike the US, which has followed ANSI MH16.1 since the 1970s. What India has instead is general workplace-safety law that still applies — the Factories Act, 1948, the Occupational Safety, Health and Working Conditions Code, 2020, and IS 3594:1991 (BIS’s fire-safety code for godowns, which covers layout but not structural load-rating).
That gap doesn’t make racking safety optional — it means the responsibility for engineering it properly falls entirely on whoever designs and installs the system, since no external code is checking for you. It’s why reputable manufacturers voluntarily engineer to ANSI-level discipline even though nothing in Indian law requires it — and why racking bought purely on lowest price-per-kilogram carries more risk than buyers realise.
The Warning Signs Most Facilities Miss
- Visibly bent or bowed beams, even slight ones
- Uprights leaning even a few degrees off vertical
- Missing or bent safety pins/locking clips
- Rust or paint flaking at joints and welds
- Faded or missing load capacity signage
- Layouts reconfigured without re-verifying load ratings
- Pallets overhanging the rack’s edge
Any one alone might be minor. Several together on the same bay is the pattern that preceded the Bengaluru collapse.
A Practical Racking Safety Audit Checklist
8 Warning Signs Your Racking Isn't Safe
Racking Safety Audit Checklist
01
Missing Load Signage
If nobody can read the rated capacity, nobody can check they're within it.
02
Bent or Bowed Beams
Even slight deformation can cut load capacity significantly.
03
Leaning Uprights
A few degrees off vertical is a structural warning, not a cosmetic one.
04
Missing Safety Pins
Locking clips hold beams to frames — check every connection, not just eye-level ones.
05
Rust at Joints & Welds
Corrosion often starts inside joints, invisible until it's advanced.
06
Loose Floor Anchors
Unanchored or wrongly-anchored racking can topple under lateral load.
07
Unverified Reconfigurations
Added shelves or changed layouts need their load rating re-confirmed.
08
Overhanging Loads
Pallets extending past the rack edge signal loads aren't being planned properly.
How Myriad Engineers Racking Differently
This is exactly the gap Myriad’s Heavy Duty Rack, Pallet Racking, and Mezzanine Storage systems close — every system carries a defined, tested load rating per shelf and bay, manufactured at our own Vasai facility and installed by our own team, not handed off to whoever quotes lowest.
Frequently Asked Questions
What is the most common cause of warehouse racking collapse?
Overloading is the most common cause worldwide, including in India’s recent incidents. Racking can hold beyond its rated capacity for weeks or months before failing, which makes overloading especially dangerous — the warning signs are often invisible until the collapse itself.
Is there a legal safety standard for industrial racking in India?
India does not have a dedicated racking design and load-testing code equivalent to the US’s ANSI MH16.1. General workplace safety law — the Factories Act, 1948 and the Occupational Safety, Health and Working Conditions Code, 2020 — still applies, and IS 3594:1991 covers fire safety layout for godowns, but structural load-rating responsibility falls on the manufacturer and facility, not a specific mandatory code.
How often should warehouse racking be inspected?
High-traffic facilities should inspect racking monthly; lower-turnover storage facilities should inspect at least quarterly. Every inspection should be logged with a date and inspector name.
What load capacity should I check before storing goods on a rack?
Check the load capacity signage on the specific bay and shelf you’re using — capacity varies by rack type, configuration, and sometimes by shelf level within the same bay. If signage is missing or illegible, the rack should be treated as unrated until confirmed with the manufacturer or installer.
Can damaged racking be repaired instead of replaced?
Minor damage can sometimes be repaired, but this should always be assessed by a qualified professional, not judged visually by warehouse staff. Bent or dented components often have reduced load capacity even when the damage looks cosmetic.
What's the difference between racking load capacity and warehouse floor load capacity?
Racking load capacity is how much weight the rack structure itself is rated to hold. Floor load capacity is how much weight the building’s floor slab can bear at that point. A rack can be correctly loaded within its own rating and still be unsafe if the floor beneath it wasn’t designed for that concentrated point load — both need to be checked, not just one.
The Bottom Line
Racking safety isn’t a compliance checkbox in India — there’s no single code to check against. That makes it more important, not less: the only thing standing between a warehouse and a Bengaluru-style failure is whether the racking was engineered properly, and whether someone’s still checking it. Both are solvable. Neither is optional.
Get Your Racking Professionally Load-Engineered
India has no dedicated racking design code — which means the responsibility for getting it right falls entirely on whoever engineers and installs your system. Myriad builds every rack to a defined, tested load rating, manufactured in-house and installed by our own team.
Engineered Load
Ratings, Not Estimates
Manufactured In-House
at Our Vasai Facility
Installed by Our Own
Trained Team
