SQUID is an innovative solution for twin tension rope systems (TTRS) and load-sharing applications. Its multi-planar design features a large attachment point for redundant anchoring and two perpendicular points for optimal alignment. SQUID efficiently brings two hardware devices side-by-side for dual operation and better shared tension. SQUID also sets ideal spacing between devices, allowing a single operator to maintain simultaneous twin tension control using dual-handle technique (aka “shark finning” or “DOUBLE CLUTCHING”). SQUID promotes safe and efficient rigging of dual capacity TTRS and provides smooth raising and lowering in mirrored and nested systems.
SQUID streamlines the rigging of redundant load-sharing systems. Its attachment points are compatible with a wide range of connection methods and it positions rope hardware for easy loading and unloading while connected. SQUID naturally orients toward the load and lets components move freely, reducing the risk of binding and shifting in the event of anchor or line failure. Strong and compact, SQUID is a versatile tool for TTRS, litter bridals, cross hauls, and more. SQUID is CE marked, classified to NFPA General Use for specific configurations including TTRS, and classified to NFPA Technical Use when the secondary points are pulled directly apart from each other.
Note: textile breaking strength may be reduced when directly connected to the SQUID. Please refer to the data link provided at the bottom of this page.
- Multi-planar rigging plate with perpendicular attachment points
- Optimizes device alignment for twin tension rope systems (TTRS)
- Enables single operator control for better shared tension
- Promotes smooth loading / unloading of connected hardware
- Allows components to move freely and orient toward the load
- Reduces shifting / extension in the event of line or anchor failure
- Aligns secondary points for high strength and easy load sharing
- Supports a variety of connection methods for versatile rigging
- Provides large collection points for building redundant systems
- Primary attachment point fits two (G) or three (T) carabiners
- Secondary attachment points fit one (G) or two (T) carabiners
- Simple and solid aircraft grade aluminum with no moving parts
- Strong, compact, and lightweight for multiple applications
- GENERAL USE (G) MBS 45 KN (10,116 LBF) – SPECIFIC CONFIGURATIONS*
- TECHNICAL USE (T) MBS 27.7 KN (6,227 LBF)
- PPE-R/RFU 11.114 VERSION 01
More About TTRS:
SQUID is purpose-built to optimize device alignment in twin tension rope systems (TTRS). It simplifies the technique of bringing two devices together in a mirrored, dual handle orientation and allows a single operator to provide simultaneous twin tension control. By maintaining shared tension across two rope systems, there is reduced risk of single line failure. If such a failure does occur, TTRS has the advantage of limiting shock and extension by transferring the load to an already stretched and loaded rope. While TTRS can be deployed in a variety of ways, using the SQUID to bring two CLUTCHES together in DOUBLE CLUTCH Technique creates a lowering/hauling system that meets best practices, minimizes failure risk, and offers the potential to reduce personnel requirements.
More About Rig Plates:
Rig plates are a key piece of equipment for building anchors, managing rope systems, and organizing connections. Using a rig plate assists with cleaner operations by spacing out components and making each part easier to assess. The SQUID’s multi-planar secondary attachment points have the added benefit of aligning multiple devices and separate lines in distinct order, keeping them orderly and easy to control. The SQUID also serves as the collection point for a variety of attachment methods and allows building connections to multiple secure anchor points. Larger rig plates and anchor plates may have increased potential for rotation and system extension if any movement or failure of an anchor occurs. The SQUID is strong and compact with inherent load sharing capabilities. It naturally orients toward the load, letting components move freely and reducing the risk of binding and load shifting in the event of dynamic or directional impacts to the system.
Weight: 240G (.52Lb)
Dimensions: 4.1 x 3.3 x 2.0 IN
Minimum Hole Diameter: Primary 1.42 IN; Secondary 1.07 IN
Certification: NFPA G – Specific Configurations; NFPA T; CE
3 Sigma MBS: 45 kN (10,116 LBF) – Specific Configurations; 27.7 kN (6,227 LBF)