Rigging Hardware Checklist for Small Crews: 7 Steps From Eye Hooks to Tool Sets

Who This Checklist Is For

If you're running a small rigging crew, a maintenance operation, or you're a contractor who occasionally needs to anchor loads to wood structures, this checklist is for you. I'm the procurement manager at a 45-person contracting company. I've managed our rigging and tooling budget—roughly $180,000 annually—for 6 years, and I've negotiated with 40+ vendors over that stretch.

Here's what I learned the hard way: the difference between a safe installation and one that fails at the worst possible moment comes down to 3 things—correct hardware, correct technique, and not cutting corners on the parts you can't see.

You don't need to place a $5,000 order to get good service, by the way. When I started, the vendors who treated my $200 orders seriously are the ones I still use for $20,000 contracts. That matters more than any discount schedule.

Step 1: Figure Out What You Actually Need

Start with the load. What are you lifting or anchoring? What's the working load limit you need? Then work backward to the hardware.

Most people skip this and buy whatever size looks right. That's how you end up with an eye hook rated for 200 lbs holding something that weighs 300.

I keep a simple spreadsheet for this—load weight, safety factor (4:1 minimum for overhead), material type, then hardware specs. Takes 10 minutes and saves you a full redo.

Step 2: Buy Certified Hardware First — This Is Where Crosby Comes In

If you're doing anything load-bearing, certified hardware isn't optional. Crosby eye hooks, Crosby turnbuckles, Crosby shackles—their load ratings are traceable and their specs are clear. That traceability is what your inspector, your insurer, and your lawyer are going to look for if something goes sideways.

Here's something vendors won't tell you: the first quote is almost never the final price for an ongoing relationship. Once you've proven you're a reliable customer—paying on time, ordering in consistent batches—there's usually room to negotiate. But don't negotiate on safety hardware. Buy the certified version first, then optimize cost on accessories.

The causation runs backward from what people assume. People think expensive hardware is better. Actually, hardware that's better—traceable, tested, certified—can charge more. The price isn't the reason it's good. It's the result.

Step 3: Don't Skip Safety Components

This is the step most small crews skip. If you're using hydraulic tensioning equipment or any pressure-assisted rigging system, you need proper safety valves. Crosby safety valves are the standard I've seen across most of our industrial partners.

Cost of the valve: usually $150–400 depending on spec (based on vendor quotes, January 2025; verify current pricing). Cost of skipping it: a failed lift, a damaged load, or worse. That's not a hard math problem.

Step 4: Buy the Tools Once, Buy Them Right

A 298 piece tool set isn't a gimmick if you're setting up a crew from scratch. The alternative is buying 298 separate items over 18 months—and I've watched crews do exactly that at roughly 30% more total cost.

When you're evaluating a tool set, check 3 things:

• Socket range and drive size (1/2" drive is the minimum for rigging work)
• Wrench sizes—metric and SAE both, or you'll regret it on the first foreign-spec bolt
• Case quality. A good case is probably 40% of what you're paying for.

The numbers said go with the cheaper 298 piece set—15% less, similar specs on paper. My gut said something was off. I bought the mid-range one instead. Six months later, the cheap set's ratchet had stripped on three of our sister crews' units. Sometimes the spreadsheet doesn't capture what your hands already know.

Step 5: Storage Matters More Than You Think

A cantilever tool box isn't just about organization—it's about corrosion and replacement cost. Tools left in an open tray on a job site rust. Tools in a cantilever box with proper compartments last years longer.

I ran the numbers: we replaced about $1,400 worth of hand tools in 2022 because crews couldn't find what they needed and bought duplicates. After switching to cantilever boxes for each crew, duplicate purchases dropped 60% in 2023.

Step 6: How to Screw an Eye Hook Into Wood (The Right Way)

This is where the checklist gets physical. Here's the process I've used on hundreds of installations:

a) Pick the right eye hook. Screw-eye hooks for wood, machine-thread eye bolts for metal. They're not interchangeable.

b) Drill a pilot hole. Use a bit about 90% of the screw's minor diameter. For a 3/8" eye hook, that's a 5/16" bit. Don't skip this—wood splits, and a split anchor point is a failed anchor point.

c) Apply steady pressure, don't force it. If it fights you, the hole is too small. Back out and re-drill slightly bigger.

d) Stop at the shoulder. Don't over-torque. The eye should sit flush or slightly proud of the wood surface—never buried, never loose.

e) Test with 2x the rated load before trusting it. If you can't test it safely, hire someone who can. That's not a place to guess.

Step 7: Document What You Installed

I know this feels like paperwork for paperwork's sake. It isn't. I've watched a crew waste 3 hours trying to identify a previously installed anchor point because nobody wrote down what was used.

Every installation log should have: date, hardware spec, load rating, installer name, and location. That's it. Five fields. Takes 60 seconds.

Common Mistakes That Cost You Later

• Buying uncertified eye hooks for overhead loads. The price difference is $3–8 per hook. The risk difference is everything.
• Skipping the pilot hole because "it feels firm." It won't feel firm when it splits.
• Using wood-rated hardware in concrete. Different materials, different anchor types, different load limits. Always match the hardware to the substrate.
• Not re-torquing after 30 days. Wood moves. Hardware loosens. Set a calendar reminder—it's probably the cheapest preventive step on this whole list.
• Assuming a bigger eye hook is always stronger. Not if the wood it's going into is the weak link. Size the hardware to the material, not to your gut feeling about "beefy = safe."

Standards exist for a reason—ASME B30.26 covers rigging hardware ratings, and it's worth 20 minutes of your time. Not because you'll memorize it, but because it gives you a framework for asking vendors the right questions. And when a vendor can't answer those questions, that tells you something too.