EASA SIB 2018-18R1: Use of Restraint Systems and Pilot Back Protection during Parachute Operations

What to do

Operators conducting parachute operations should perform risk assessments to determine the need for restraint systems or means to hold on, and establish appropriate standard operating procedures. Design approval holders must ensure that any modifications for parachute operations, including restraint systems and pilot back protection, meet applicable certification requirements. Cooperation between operators and design organizations is essential to implement safe and compliant modifications.

Summary

EASA Safety Information Bulletin 2018-18R1 provides updated guidance on the use of restraint systems and pilot back protection during parachute operations in Part 23 certificated aeroplanes. It addresses the design and operational requirements for modifications to aircraft used in parachuting activities, emphasizing risk assessments for installing restraint systems or alternative means to hold on, as well as pilot back protection. This bulletin applies to operators conducting parachute operations and Design Organization Approval holders involved in aircraft modifications for such operations.

What changed

EASA SIB 2018-18R1 revises the original SIB 2018-18 issued on 28 September 2018 by clarifying the legal framework and operational guidance based on stakeholder feedback. It provides more detailed explanations on the roles of operators and design approval holders regarding restraint systems and pilot back protection, and elaborates on the advantages and disadvantages of different restraint system types for parachutists.

Why it matters

This bulletin is important for aviation professionals because it clarifies regulatory expectations and best practices for safely conducting parachute operations, helping operators manage risks related to aircraft center of gravity and occupant safety. It assists operators and design organizations in ensuring compliance with airworthiness and operational requirements, thereby enhancing safety during parachuting activities and reducing accident risks.