Miller Twin Tail Fall Arrest Lanyard with Steel Scaffold Hooks

The Miller Twin Tail Fall Arrest Lanyard with Steel Scaffold Hooks provides dependable fall protection for work near edges and structural steel. From the outset, the twin-leg design allows users to move between anchor points while remaining continuously connected. As a result, the lanyard helps maintain protection at all times when working at height.

First, the lanyard uses edge-tested kernmantle rope, which offers excellent resistance to abrasion and damage. In addition, the rope complies with VG11 PPE 11.074, making it suitable for safe use in edge-risk environments. At the same time, the high-visibility light green rope ensures easy identification from a distance, improving site awareness.

Moreover, the multicolour stitching supports quick pre-use checks, allowing users to identify wear or damage early. At the harness attachment end, the lanyard features a steel twistlock karabiner, which provides a secure and reliable connection. On each leg, 55 mm steel scaffold hooks allow fast and secure attachment to larger anchor points such as scaffold tubes and beams.

Furthermore, the integrated energy absorber reduces impact forces during a fall, helping protect the user. The lanyard is available in 1 m and 1.5 m working lengths, allowing users to select the correct size for their task. The system supports users up to 140 kg and meets recognised safety standards.

Key features and benefits for Twin Tail Fall Arrest Lanyards:

• Twin-leg energy absorbing fall arrest lanyard
• Edge-tested kernmantle rope for work near sharp edges
• High-visibility light green rope
• Multicolour stitching for easy inspection
• Steel twistlock karabiner at harness end
• Two 55 mm steel scaffold hooks

Available lengths and part numbers:

• 1 m: LEA-1032387
• 1.5 m: LEA-1032388

Compliance:

• Standards: EN 355, VG11 PPE 11.074

In summary, the Miller Twin Tail Fall Arrest Lanyard with Steel Scaffold Hooks delivers durable, visible, and edge-tested protection for demanding work at height.