FallTech 8259Y3 Internal Y-Leg Shock Absorbing Lanyard with Rebar Hooks
EDITORIAL REVIEW β FallTech 8259Y3 Internal Y-Leg Shock Absorbing Lanyard with Rebar Hooks Assessed on the standards the product is actually certified to and on how the format fits a working shift, by Steven Eaton, W...
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Assessed on the standards the product is actually certified to and on how the format fits a working shift, by Steven Eaton, WC Safety editor.
WC Safety participates in the Amazon Services LLC Associates Program. Outbound Amazon links are affiliate links. We accept no manufacturer payment, sponsorship, or product samples. This content is not medical, legal, or regulatory advice. Safety equipment selection is governed by applicable OSHA standards and your facility's safety program.
FallTech 8259Y3 Internal Y-Leg Shock Absorbing Lanyard with Rebar Hooks
A harness on its own arrests nothing. A personal fall arrest system under 29 CFR 1926.502 is the harness, the connector, the anchorage and the clearance below, and it is only as good as the weakest of the four. Verify the anchorage rating and the total fall clearance before the first tie-off, not after.
The FallTech 8259Y3 Internal Y-Leg Shock Absorbing Lanyard with Rebar Hooks is a professional-grade fall protection lanyard from FallTech, engineered for construction, roofing, scaffolding, and industrial height work. Vendor: FallTech Β· SKU: FT-8259Y3. Y-leg with internal shock absorber and rebar hooks β ideal for connecting to rebar, scaffold tubes, and structural steel.
Read the full FallTech 8259Y3 Internal Y-Leg Shock Absorbing Lanyard with Rebar Hooks review β
Specifications
| Type | 100% tie-off Shock Absorbing Lanyard |
| Legs | 2 legs (Y-leg, 100% tie-off) |
| Length | 6 ft each leg |
| Anchor Hook(s) | Steel rebar hooks (Γ2) |
| Harness Hook | Snap hook |
| Shock Absorber | Internal continuous-length |
| Capacity | 130β310 lb |
| Arrest Force | β€900 lbf |
| Webbing | 1-in polyester |
| Standard | ANSI Z359.13, OSHA 1926 |
OSHA & ANSI Compliance
FallTech lanyards comply with OSHA 29 CFR 1926.502(d) and OSHA 1910.140 and meet or exceed ANSI/ASSE Z359.13-2013. The internal energy absorber deploys during a fall, extending to absorb kinetic energy while keeping arrest force below 900 lbf.
More FallTech Lanyards
- FallTech 8256 ViewPack Shock Absorbing Lanyard
- FallTech 8259 Internal Shock Absorbing Lanyard
- FallTech 8259Y Internal Y-Leg 100% Tie-Off Lanyard
- FallTech 8241 WrapTech Tie-Back Lanyard
- FallTech 8246 Heavyweight Shock Absorbing Lanyard
- FallTech 8247Y3 Ironman Y-Leg Shock Absorbing Lanyard
- FallTech 8260YLE Leading Edge Dual Class Lanyard
- All Fall Protection Lanyards
- Fall Protection Equipment
FAQ
- What is a ViewPack shock absorber?
- FallTech's ViewPack (8256) uses a clear protective cover over the shock pack, allowing visual inspection of the energy absorber without removing the cover. You can see immediately whether the shock pack has deployed, simplifying pre-use inspections.
- What is a WrapTech lanyard used for?
- The FallTech 8241 WrapTech uses a large gate carabiner rated to 5,000 lb in any direction, allowing workers to wrap the lanyard around a structural member (beam, column, pipe) and hook back to itself β eliminating the need for a separate anchor sling in many situations.
- What does "Leading Edge rated" mean?
- A leading edge fall arrest system must protect workers near unprotected floor or roof edges where the lanyard may contact the edge during a fall. Standard lanyards are not tested for edge contact and may fail. Leading edge rated equipment (Class 2, ANSI Z359.13) is tested with a sharp edge present during the fall arrest test.
- When is the heavyweight (8246) lanyard required?
- Standard lanyards are rated for users weighing up to 310 lb (combined body weight, clothing, tools, and equipment). When a worker's combined weight exceeds 310 lb, a heavyweight-rated lanyard like the FallTech 8246 or 8247Y3 Ironman must be used to ensure the arrest force remains within acceptable limits.
- How is the internal shock absorber different from an external pack?
- An internal shock absorber (8259 series) runs the full length of the webbing core. In a fall, the inner core tears progressively, absorbing energy uniformly. An external pack (like the 8256 ViewPack) contains a folded material that tears open during deployment. Both limit force to 900 lbf β the main difference is profile and inspection visibility.
What to check before you buy
- Free fall distance and total fall clearance
- A shock-absorbing lanyard can extend substantially during deployment. Total clearance must account for free fall, deceleration distance, harness stretch and a safety margin below the worker.
- Shock absorber matched to the worker
- Energy absorbers are rated for a capacity range including tools. A worker outside the rated range changes the arrest forces.
- Anchorage strength
- OSHA requires anchorages for personal fall arrest to support 5,000 lb per attached worker, or be designed with a safety factor of at least two under a qualified person.
- Retire after any arrest
- Any lanyard or SRL that has arrested a fall is removed from service permanently, along with the harness.
How it compares to other fall protection connectors we review
List prices recorded when this page was last updated; Amazon pricing moves frequently, so check the live listing. Browse the full fall protection connectors range.
Frequently asked questions
How much clearance does a shock-absorbing lanyard need?
More than most people assume. You must add free fall distance, the deceleration distance as the absorber deploys, harness stretch, the worker height below the D-ring, and a safety margin.
What anchorage strength does OSHA require?
For personal fall arrest, anchorages must support at least 5,000 pounds per employee attached, or be designed and installed with a safety factor of at least two under supervision of a qualified person.
Can I reuse a lanyard after a fall?
No. Once a fall has been arrested, the lanyard, energy absorber and harness are removed from service permanently, even if they look undamaged.
What is the difference between a lanyard and an SRL?
A lanyard is a fixed length with an energy absorber; a self-retracting lifeline pays out and locks like a seatbelt, which shortens free fall and reduces required clearance.
How often must fall protection be inspected?
By the user before each use, and by a competent person at intervals set by the manufacturer and your program - commonly at least annually, documented.
Where do the specifications on this page come from?
They are taken from the manufacturer's published listing. WC Safety does not laboratory-test products, and nothing is claimed here that the manufacturer does not state.
Does WC Safety sell this product?
No. WC Safety is an independent review site and an Amazon Associate. Purchases happen on Amazon, and we earn a commission on qualifying purchases at no extra cost to you.
If the decision is still open, the comparisons in best fall protection kits, best fall protection lanyards, best horizontal lifelines, best roof anchors, best safety harness narrow it down.
Alternatives at the same protection level are listed in fall protection anchor points, fall protection kits, full body harnesses.
Written by Steven Eaton, WC Safety editor. WC Safety is an independent PPE review site, holds no inventory and sells nothing directly; Amazon links are affiliate links that earn a commission at no cost to you and never affect the assessment. This page is not medical, legal or regulatory advice.
These cover the questions this page does not: best self retracting lifelines, best tool lanyards, best vertical lifelines rope grabs, cable vs web srl.
To see what else meets the same specification, start with harness accessories, horizontal lifelines.
For the surrounding context, see fall protection equipment guide, nano lok vs protecta rebel srl, single leg vs twin leg srl.
Neighbouring categories worth ruling in or out first: lanyards lifelines, self retracting lifelines.
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