PETZL Absorbica®-Y Tie-Back MGO - 183cm

The ABSORBICA®-Y TIE-BACK MGO is a premium double lanyard featuring integrated intermediate tie-back rings and a compact energy absorber. Engineered specifically for vertical progression on very large structures and navigating intermediate anchor points, this lanyard is ideal for professionals requiring safety and flexibility in complex vertical environments.

Key Features

• Length: 183 cm total length including connectors, compliant with ANSI Z359.13 and CSA Z259.11-17 standards.
• Intermediate Tie-Back Rings: Allows wrapping around large cross-section structures, enhancing versatility and secure anchoring.
• Energy Absorber: Progressive tearing webbing to limit fall impact forces, protecting users weighing between 60 and 140 kg.
• Elasticized Arms: Designed to avoid hindering progression, ensuring smooth movement during climbing or rescue operations.
• Connectors: Equipped with two large-opening MGO aluminum connectors on the lanyard ends and a Bm’D connector for secure harness attachment.
• Durable Design: Energy absorber protected in a fabric pouch with a simple opening system allowing for abrasion protection and easy inspection.

Technical Specifications

• Material: Polyester, high-modulus polyethylene, nylon, and aluminum construction for strength and durability.
• Weight: Approximately 1780 grams.
• Certifications: CE EN 355, ANSI Z359.13, CSA Z259.11-17, and compliant with Japanese fall protection standards (GB/T 24538: type II).
• Model Number: L015BB00
• Country of Manufacture: Romania

Ideal Use Cases

The PETZL ABSORBICA®-Y TIE-BACK MGO is perfectly suited for rope access technicians, rescue professionals, arborists, and industrial climbers. Its innovative tie-back system facilitates anchoring on very large structures while maintaining safety and minimizing bulk to avoid interference during vertical movement.

Safety & Compliance

This lanyard meets rigorous international safety standards and is recommended for users who weigh between 60 and 140 kg. Its energy absorber reduces fall energy impact, enhancing user safety during critical fall arrest scenarios.