We reach most sites in 24 to 72 hours.
Georgia runs on lifting. Container cranes work the docks while ship-to-shore gantries move boxes inland. Tower cranes climb over high-rise cores in the metro core.
Bridge and gantry cranes run inside auto plants and the distribution centers that anchor the state’s logistics spine. And rough-terrain and crawler cranes set steel and chillers on the data-center campuses going up across the region. Every one of those machines lives under load in a climate that punishes steel. 3P Safety Inspections is an independent, third-party crane and lifting-equipment inspection company that works all 50 states, and the work in Georgia is steady because the equipment here never gets a long rest.
Why inspection discipline matters on Georgia’s lifting fleet
The fastest way to age a crane in Georgia is the weather. Heat and humidity drive grease out of the places it needs to stay, push hydraulic oil toward its temperature ceiling on long summer shifts, and keep steel damp long enough for surface rust to take hold in pins, pin bores, lattice connections, and the dead wraps of wire rope that rarely move off the drum.
The storm season adds the other half of the problem: high wind, lightning, and the kind of sudden loading a crane is not supposed to see. A boom that rode out a severe storm, or a machine that sat idle through a wet stretch and then went straight back to work, is exactly the situation OSHA flags for re-inspection before the next lift.
That wear shows up differently depending on the work. A port container crane and a shipyard’s rigging gear take humidity and airborne moisture that creep into connections and accelerate corrosion. A boom truck rotating between logistics yards and auto-supplier sites racks up cycles on its winch, brakes, and outriggers. A tower crane standing over a metro high-rise sits exposed to wind and lightning for months, so its slewing system, anchorages, and limit devices carry a long exposure history.
A crawler crane setting equipment on a data-center pad works soft, churned ground that loads tracks, rollers, and the carbody unevenly. The inspection has to read the machine in front of it, not a generic checklist.
Crane inspection services in Georgia: overhead crane inspection · hoist inspection · mobile crane inspection · tower crane inspection · third-party crane inspection · crane load testing · rigging inspection · aerial lift inspection.
The OSHA inspection cycles, and who is allowed to sign them
Federal OSHA governs crane safety in Georgia, and the cycle for construction and mobile cranes is set out in 29 CFR 1926.1412. It stacks in layers. Before each shift a competent person runs a pre-shift, or daily, check of the machine [1926.1412(d)]. Every month a competent person performs a documented monthly inspection, signed and dated, with the record kept at least three months [1926.1412(e)].
At least once every twelve months a qualified person performs the annual, full inspection, producing a full written report that has to be kept at least twelve months [1926.1412(f)]. On top of that calendar, the standard requires re-inspection any time a crane is repaired, modified, overloaded, hit by a storm or severe event, or left idle for a long stretch. In Georgia’s climate the trigger conditions are not rare events.
A single summer can deliver several storms that put a machine back in front of an inspector before it should next go under load.
Overhead and gantry cranes, the bridge cranes running inside Georgia’s auto plants and warehouses, follow a different rule, 29 CFR 1910.179. They get “frequent” inspections on a daily-to-monthly rhythm by a competent person and “periodic” inspections on a one-to-twelve-month interval by a qualified person [1910.179(j)]. The interval is not a single number. It is set by how hard the crane is worked, its service class.
A bridge crane running near-continuous duty over a high-throughput auto line earns a shorter periodic interval than one that lifts a few times a week in a maintenance bay, and getting that classification right is part of building a defensible inspection program rather than a paperwork exercise.
The distinction between the two people who sign these matters, and it is written into the rules. A competent person, under 29 CFR 1926.32(f), is someone who can identify hazards and has the authority to correct them. A qualified person, under 29 CFR 1926.32(m), holds the recognized credentials OSHA requires for the annual and periodic inspections. The daily and monthly checks can be done in-house by a competent person on your crew.
The annual and periodic full inspections are the ones that need a qualified person, and that is the work 3P Safety Inspections is built around. Using a competent person where the standard calls for a qualified one is one of the most common ways an otherwise diligent program falls short when a compliance officer reviews the file.
The ASME B30 standards behind each machine
OSHA sets the cycle. The ASME B30 series sets the bar for what good and bad look like on each component. Georgia’s fleet spans most of the series, and the right volume depends entirely on the machine. Mobile cranes, the rough-terrain, all-terrain, truck-mounted, crawler, boom-truck, and carry-deck machines working sites statewide, fall under ASME B30.5. Tower cranes over the metro high-rises fall under B30.3, which covers them through pre-erection, in-service, climbing, and dismantle, four distinct phases that each carry their own inspection demands.
The overhead, bridge, and gantry cranes inside plants and distribution centers fall under B30.2.
The rigging and below-the-hook gear that does the actual connecting carries its own standards, and they get inspected too. B30.9 covers slings; B30.10 covers hooks; B30.26 covers rigging hardware such as shackles. And B30.20 covers below-the-hook lifting devices like spreader bars. Aerial work platforms, the boom and scissor lifts that show up on nearly every Georgia jobsite, fall under ANSI A92.
This gear is easy to overlook precisely because it is small and gets handled constantly, yet a corroded shackle or a sling with cut strands fails the same lift a perfect crane is making. We inspect to the standard that fits the equipment in front of us rather than forcing one machine’s rules onto another.
The component-by-component inspection
A full inspection is a part-by-part walk of the entire machine, and on a Georgia crane the corrosion and heat-driven wear give specific places to look hard. The work covers, in concrete terms:
- Structure and connections — main and load-bearing welds, pins, pin bores, bolted and welded connections, lattice sections, and the carbody, with close attention to corrosion creeping into joints that stay damp in the humidity.
- Wire rope, full length — inspected against the published removal criteria: six randomly distributed broken wires in one rope lay or three in one strand of running rope, broken wires at end connections, measurable diameter loss, kinking, crushing, birdcaging, corrosion, and heat damage. The dead wraps and the rope at the end connections, where Georgia’s moisture concentrates, get the same scrutiny as the working length.
- Hooks — throat opening measured against spec, twist, and wear, evaluated to B30.10.
- Load blocks, sheaves, drums, and reeving — groove wear, bearing condition, and proper rope seating, since a worn sheave groove chews up rope faster than the rope wears on its own.
- Brakes, clutches, and the swing/slewing system — holding ability and wear, which matter more on machines running long, hot duty cycles in summer heat.
- Hydraulics — cylinders, valves, pumps, hoses, and lines, checked for leaks, chafe, and heat fatigue. The summer-heat ceiling is a real factor here, and a line that holds at dawn can weep by mid-afternoon.
- Outriggers, tires, tracks, and carrier — pads, float, track tension, rollers, and the running gear that takes the load on the soft ground of an active build site.
- Electrical and safety devices — anti-two-block, load-moment indicator, limit switches, and audible alarms, all function-tested rather than assumed working.
- Load charts, capacity plates, and the crane log — present, legible, correct for the configuration, and current.
Where the job calls for it, the work extends to rated-capacity load testing and non-destructive testing (NDT) of critical welds and components, so a finding can be confirmed rather than guessed. Load testing proves a machine performs at its rated capacity after a repair, modification, or assembly; NDT looks below the painted surface at a weld or pin where corrosion and fatigue do their quiet work, which is exactly where Georgia’s heat-and-humidity cycle tends to hide damage.
How findings are classified and documented
An inspection is only as useful as the report it produces, and a list of problems with no priority is hard to act on. Every deficiency 3P Safety Inspections finds is sorted into one of four classes. Critical means the crane comes out of service now. Major means it has to be corrected before the next lift. Minor means it gets fixed on a reasonable timeline. Monitor means a condition is logged to watch and re-check.
Each finding is tied to a photo and to the exact OSHA paragraph or ASME rule behind it, so there is no ambiguity about what was found, why it matters, or what the fix has to satisfy.
That structure does more than rank problems. It lets a site keep working safely while it addresses what it can, because not every finding stops a lift, and it gives a maintenance team a defensible order of operations instead of a panic. A Monitor item on a slowly worsening sheave groove tells a crew what to watch on the next pre-shift check. A Critical item on a cracked weld tells them the machine does not lift again until it is repaired and re-inspected.
The deliverable is a signed, dated, photo-documented report with a punch list ordered by severity, in records that file cleanly for an audit. When an OSHA compliance officer, an insurer, or a general contractor asks to see the inspection history, it is already in a form they can use.
Why an independent third-party report carries more weight
3P Safety Inspections does not sell, rent, or repair cranes, rigging, or parts. That is a deliberate position, and it is the reason the report holds up. There is no upsell waiting at the bottom of the punch list, no parts counter that benefits when a component gets flagged, no rental fleet that gains when a machine is red-tagged. The findings stand on the standard alone.
That neutrality is exactly what makes the report credible to OSHA compliance officers, insurers, lenders, and general contractors who have learned to discount a report written by the company that also wants to sell the repair. On Georgia’s larger construction and industrial sites, where a GC or an insurer wants documentation they can rely on, an outside report from a company with no financial stake in the outcome is worth more than a self-inspection.
That independence matters even more where the work is federal, military, or institutional. On those sites the standard rises: EM 385-1-1 layers on top of OSHA and ASME, bringing designated persons, critical-lift plans, activity hazard analyses, USACE three-phase control, and agency-format reporting into the picture. 3P Safety Inspections is registered in SAM.gov (UEI N32TWKB7DD61, CAGE 20QE6) and reports in the format the agency expects, so a contracting officer reviewing the lifting program gets documentation that fits the contract rather than something that has to be reworked.
Equipment, coverage, and the people behind the report
The inspection scope runs across the machines Georgia actually uses: mobile cranes of every configuration. Tower cranes through every phase from pre-erection to dismantle. Overhead, bridge, and gantry cranes. Rigging and below-the-hook gear. Aerial boom and scissor lifts. Plus rated-capacity load testing and NDT when a job demands it. Whether it is a single boom truck at a logistics yard or a fleet inside an auto plant, the same standards apply.
The inspectors are led by an NCCCO-certified crane inspector (MCI · TCI) and meet the qualified-person bar OSHA requires for annual and periodic inspections. Founder Patrick Salazar has been on cranes since 2005 — first as an operator, then as a lift director, then as an NCCCO-certified crane inspector — and is an OSHA 500 outreach trainer. That progression matters, because someone who has run the machine and directed the lift reads a worn sheave or a marginal brake differently than someone who has only studied them.
For crews that need their people credentialed rather than their machines inspected, the sister brand 3P Safety Crane Training operates separately.
The process is built to keep a site moving. Send the equipment list and the site location, and a quote comes back within a business day. An inspector reaches most sites within 24 to 72 hours, walks the machine part by part on-site, and turns around a signed, dated, photo-documented report fast, with a punch list ordered by severity so the crew knows what stops a lift and what can wait. Coverage is nationwide, which keeps a single standard across multi-site operators that run cranes in Georgia and beyond.
An inspector who knows what Georgia’s heat, humidity, and storms do to steel will be on the way.
Frequently Asked Questions
Who is allowed to perform the annual crane inspection on my mobile crane in Georgia?
The annual, full inspection required at least every 12 months under OSHA 1926.1412(f) has to be done by a qualified person, meaning someone with the recognized credentials OSHA requires under 29 CFR 1926.32(m). Your own competent person can handle the daily pre-shift and monthly checks, but the annual is the one that needs a qualified person. 3P Safety Inspections sends inspectors, led by an NCCCO-certified crane inspector (MCI · TCI), who meet that bar.
How is the periodic inspection interval set for the overhead bridge cranes in my plant?
Under OSHA 1910.179(j), overhead and gantry cranes get frequent inspections on a daily-to-monthly rhythm by a competent person and periodic inspections on a one-to-twelve-month interval by a qualified person. The periodic interval is set by service class, meaning how hard the crane is worked. A bridge crane running near-continuous duty over a high-throughput line earns a shorter interval than one that lifts occasionally, and getting that classification right is part of building a defensible program.
A storm just rolled through my jobsite. Does my crane need re-inspection before we lift again?
Yes. OSHA 1926.1412 requires re-inspection any time a crane is exposed to a storm or severe event, along with after a repair, modification, overload, or a long idle period. Given Georgia’s storm season, this comes up often, and a single summer can put a machine back in front of an inspector more than once. The crane should be inspected and cleared before it goes back under load, not put straight back to work.
Which ASME standard applies to my equipment, and does it cover my rigging too?
It depends on the machine. Mobile cranes fall under ASME B30.5, tower cranes under B30.3, and overhead, bridge, and gantry cranes under B30.2. Rigging and below-the-hook gear carry their own standards: B30.9 for slings, B30.10 for hooks, B30.26 for rigging hardware such as shackles, and B30.20 for below-the-hook devices like spreader bars, with aerial lifts under ANSI A92. We inspect each piece of equipment to the standard that fits it rather than forcing one machine’s rules onto another.
What do the four deficiency classes in your report mean for keeping my site running?
Critical means the crane comes out of service now. Major means it must be corrected before the next lift. Minor means it gets fixed on a reasonable timeline. Monitor means a condition is logged to watch and re-check. The classes let a site keep working safely on what it can while it addresses the rest in a defensible order, and every finding is tied to a photo and the exact OSHA or ASME rule behind it so there is no ambiguity about the fix.
Crane Inspection Cities We Serve in Georgia
Related: Atlanta crane inspections, Augusta crane inspections, Mobile Crane Annual Inspection Services, Overhead Bridge Crane Inspection Services, all service areas.