Rescue Recovery Blocks & Fall Arrest Devices

Rescue recovery blocks and fall arrest devices are critical components of height safety systems, designed to arrest falls safely and enable controlled rescue or retrieval of a worker following a fall incident. These devices are commonly used in confined spaces, industrial worksites, towers, and elevated structures where rapid and reliable fall protection is essential.

Unlike basic lanyards or connectors, rescue recovery blocks combine fall arrest functionality with manual or assisted recovery mechanisms, allowing trained personnel to raise or lower a suspended worker to safety.

Common Uses:

• Fall arrest protection in confined space entry
• Rescue and retrieval of suspended workers
• Integration with tripods, davits, and anchor systems
• Emergency response in industrial and construction environments
• Vertical access and descent control applications

Key Benefits:

• Immediate fall arrest to reduce injury risk
• Enables controlled rescue without external lifting equipment
• Reduces rescue response time in emergency situations
• Suitable for both planned and unplanned rescue scenarios
• Designed for professional and regulated worksites

This category includes specialised fall protection and rescue devices such as:

• Fall Arrest Block Adaptors

  Enable secure mounting of fall arrest devices to rescue structures and anchor systems

• Rescue Recovery Blocks

  Integrated fall arrest and manual recovery devices for raising or lowering a fallen worker

Each device is designed to work as part of a complete height safety or rescue system, with technical specifications detailed on individual product pages.

Rescue recovery blocks and fall arrest devices supplied by Link Resources are intended for use in regulated height safety and rescue environments.

• Designed to support compliant fall arrest systems
• Suitable for professional rescue and confined space operations
• Compatible with certified PPE and anchorage equipment

(Always ensure correct system configuration, training, and compliance with applicable safety standards.)