DeWalt 6 Ft. Lanyard, Twin, Internal Absorber Lanyard with Steel Snap Hook on D-Ring End and Steel Rebar Hooks on Anchor End

I clipped this DeWalt twin-leg lanyard to my dorsal D-ring for a few weeks of structural and commercial work, pairing it with rebar, scaffold, and beam clamps across multiple elevations. It’s a straightforward piece of PPE with a few thoughtful touches that make daily use simpler and inspections faster. While a lanyard isn’t the place for bells and whistles, the details here—internal energy absorber, impact indicator, and integrated asset tags—translate into real-world efficiency and confidence.

What it is

This is a 6 ft, twin-leg, energy-absorbing lanyard with a steel snap hook on the harness end and steel rebar hooks on the anchor ends. The energy absorber is internal to the webbing, so there’s no bulky external shock pack hanging off your back. The webbing is 1.2 in (30 mm) polyester, and both the hook gates meet the 3,600 lb ANSI requirement. It’s built to ANSI Z359.13-2013 and compliant with OSHA 1910.140 and 1926.502, which checks the right boxes for most industrial and construction sites.

Setup and hardware

Out of the bag, the hardware has that familiar zinc-plated steel look—no frills, but confidence-inspiring. The dorsal snap hook is compact enough to find the D-ring on a harness without fishing, and the double-action gate is glove-friendly with a tactile, positive closure. The rebar hooks are the star of the show for large anchor points; they open wide, seat securely on I-beams and scaffold rails, and the gate tension walks a nice line between easy operation and accidental opening resistance.

The Y-connection stitching and transitions are clean, with consistent bar tacks and minimal bulk at the junction. Webbing stiffness is on the firmer side, which helps prevent spaghetti tangles when you’re switching legs mid-span. After a few days, the legs “settled” and naturally hung where I expected, reducing the need to constantly manage slack and twist.

In use: mobility and tie-off

The twin-leg setup enables 100% tie-off when transitioning around obstacles or across beams. On climb assists and during beam-to-beam moves, I could keep one leg anchored while repositioning the other without feeling like I was juggling hardware. Because the absorber is internal, the lanyard profile is slimmer and less likely to snag on rebar or decking edges. That’s a small but meaningful quality-of-life improvement over bulkier external shock packs.

Hook action matters when your hands are cold or wet. The rebar hooks have a confident snap and clear tactile feedback. I didn’t have issues seating them on slightly rounded rails, and they felt secure on coated or painted anchors. As always, I avoid latching directly to guardrails or scaffolding components not rated for fall arrest, but when clipped to proper anchor points, the hooks lock down as they should.

Safety features and compliance

The integrated impact indicator is placed where it’s easy to see during a pre-use check. I like that it’s unambiguous—if you can see it deployed, the lanyard is done. The label pack is protected in a clear sleeve, and after a couple encounters with concrete slurry and jobsite mud, I could still read the markings without peeling anything apart. That’s more important than it sounds; too many lanyards become “mystery gear” after a season because the labels get shredded.

Gate strength is rated at 3,600 lb (16 kN), which aligns with ANSI requirements, and the webbing’s minimum static strength is listed at 6,000 lb. Those are table stakes for serious fall protection, but it’s reassuring to see them clearly documented. As with any energy-absorbing lanyard, proper clearance is critical; the internal absorber will extend during a fall. DeWalt’s manual and charts should be your guide for total required fall clearance, user weight range, and compatible anchor arrangements.

Durability and build quality

The polyester webbing has a tight weave that resisted abrasion from raw steel edges better than I expected, and the edge binding didn’t fuzz out after repeated contact with galvanized grating. Stitching is tidy with consistent bar tacks and no loose ends. The zinc-plated finish on the hooks shrugged off a wet week without any noticeable surface rust; I wiped them down at the end of shifts and hung the lanyard to dry, and it still looks nearly new.

Internal energy absorbers can sometimes create a stiff “ankle” that kinks when bent sharply; I didn’t experience that here. The legs flex naturally, and the absorber section doesn’t bulge out even when the webbing is twisted from a sloppy clip-in. It packs smaller in a gear bag than many shock-pack lanyards, which helps when you’re carrying multiple connectors and a SRL for the same shift.

Weight and ergonomics

DeWalt lists this twin-leg steel configuration at about 6.01 lb; my scale read just a touch heavier at 6.06 lb. You feel that mass over a full day, especially hanging off the harness D-ring during climbs or while leaning out for a tie-off. If you’re used to aluminum hardware, the difference is noticeable. Balance-wise, the lanyard hangs evenly and doesn’t torque the harness to one side, but there’s still a modest “tug” whenever both legs swing in the same direction. For shorter shifts or less vertical movement, it’s a non-issue. For all-day ironwork and frequent transitions, it’s something to consider—this same series offers aluminum connector options that will trim weight.

Asset management and inspections

Two modern touches stood out:

• QR code and RFID tag: I scanned the QR with a phone and tied the unit into our digital inspection log. If your safety program uses RFID, the embedded tag makes periodic audits quick. Serial number, model ID, and service dates stay linked to the physical device without fighting crumpled paper logs.
• Protected label pack: The clear sleeve kept all the critical data readable after dust, drizzle, and concrete splash. Wipe it with a rag and you can log inspections in seconds.

In practice, these features shorten pre-shift checks and help keep your program audit-ready—especially useful when you manage dozens of lanyards.

Limitations

• Weight: Steel hooks bring durability and cost efficiency, but they add swing weight. If you’re on the move constantly or already carrying heavy tools, look at the aluminum variant in this line.
• Bulk at the harness: While the internal absorber reduces snag potential, two rebar hooks hanging near your hips still create some clatter and occasional contact when squeezing through tight scaffolding.
• Clearance data is a must: As with any EAL, you need to verify fall clearance and user capacity from the manual for the specific configuration and environment. Don’t assume parity with other lanyards you’ve used.

Who it’s for

• Ironworkers, form carpenters, and scaffold teams who regularly anchor to large structural members and need wide-gate connectors.
• Crews that value clean inspections and digital asset tracking—QR/RFID saves time at scale.
• Users who prefer a slimmer profile without external shock packs.

If you’re a tower tech or you cover long vertical distances all day, you may appreciate a lighter aluminum setup or consider a SRL where appropriate and permitted. But for general construction and industrial maintenance with frequent lateral moves and diverse anchor geometry, this configuration hits a sweet spot.

Alternatives within the same family

This lanyard is also available in single-leg form and with aluminum connectors. If weight is your primary concern and your anchors are smaller, the non-rebar hook options can also cut mass and reduce bulk. Just ensure hook size matches your most common anchor points.

Bottom line and recommendation

The DeWalt twin-leg lanyard earns its keep through practical details: an internal energy absorber that minimizes snagging, robust rebar hooks that inspire confidence, clear impact indication, and built-in QR/RFID that streamlines inspections. It’s solidly built, compliant with the right standards, and it held up well to abrasive, wet jobsite conditions in my use.

I recommend this lanyard for trades that require 100% tie-off with large anchor compatibility and appreciate simplified safety management. Choose it for its durability, inspection-friendly design, and low-snag profile. If you’re especially weight-sensitive, consider the aluminum-connector version in the same line; otherwise, this steel-hook twin-leg model is a dependable, everyday workhorse that I’d keep in my fall-protection kit.