Rope Logic 1/2inch Wire-Core 10ft Flipline with ISC Swivel Snaps
or 4 interest-free payments with Paypal Pay in 4.
The Rope Logic 1/2in Wire‑Core Flipline is a professional arborist work‑positioning lanyard designed for reliable performance with modern climbing systems. Featuring a fully encased wire‑core rope and an aluminium locking snap with swivel, it is optimised for use with contemporary saddles fitted with aluminium D‑rings. This flipline delivers durability, smooth movement, and reduced hardware wear during daily climbing operations.
Modern Aluminium Hardware – Equipped with an ISC aluminium locking snap to reduce steel‑on‑steel contact when used with modern saddles that utilise aluminium D‑rings.
Integrated Swivel Design – The built‑in swivel allows the lanyard to rotate freely, reducing rope twist and improving ease of movement while repositioning.
Fully Encased Wire‑Core Rope – The steel wire core is completely encased along the entire length of the rope, enhancing durability while improving compatibility with lightweight hardware.
Flipline Configuration – Designed specifically for stable work positioning around stems and structures, providing confidence and control while climbing.
In‑House Swaged Construction – Professionally swaged in house to ensure consistent quality and dependable performance.
High‑Visibility Wirecore Colours – Supplied in orange or green wire‑core rope for improved visibility, with colour supplied at random and not guaranteed to match product images.
Specifications
- Length: 10 ft
- Rope Diameter: 1/2 in
- Construction: Fully encased wire‑core rope
- Configuration: Flipline / work‑positioning lanyard
- Hardware: ISC aluminium locking snap with swivel
- Colour: Orange or green (wirecore colour may vary)
The Rope Logic 1/2in Wire‑Core 10ft Flipline with ISC Swivel Aluminium Snap is a modern positioning solution built for today’s arborists. By combining durable wire‑core construction with aluminium hardware and swivel functionality, it offers smoother operation, reduced wear, and dependable performance in professional climbing environments
