In an expeditionary install the energy absorber and fairlead beam are anchored to a(n)

In an expeditionary install the energy absorber and fairlead beam are anchored to a(n)

• A. Temporary tripod
• B. Deadman assembled on site
• C. Permanent foundation
• D. On-board brackets

Answer: (B)

In expeditionary installs, securing a load path for equipment such as energy absorbers and fairlead beams requires an anchor that can be deployed quickly in the field and withstand pulling forces. A deadman assembled on site provides that capability by being buried in the ground and backfilled (often with concrete) to create a substantial mass and friction against soil. This buried anchor resists horizontal loads transmitted through the lines, giving the energy absorber and fairlead beam a solid, reliable point of attachment without needing a permanent structure. A temporary tripod, while useful for lighter or short-term support, typically doesn’t offer the same resistance for line tension. A permanent foundation is more than what is needed for a temporary expeditionary setup and takes longer to install. On-board brackets don’t anchor to external ground and can’t provide the required resistance.

In expeditionary installs, securing a load path for equipment such as energy absorbers and fairlead beams requires an anchor that can be deployed quickly in the field and withstand pulling forces. A deadman assembled on site provides that capability by being buried in the ground and backfilled (often with concrete) to create a substantial mass and friction against soil. This buried anchor resists horizontal loads transmitted through the lines, giving the energy absorber and fairlead beam a solid, reliable point of attachment without needing a permanent structure. A temporary tripod, while useful for lighter or short-term support, typically doesn’t offer the same resistance for line tension. A permanent foundation is more than what is needed for a temporary expeditionary setup and takes longer to install. On-board brackets don’t anchor to external ground and can’t provide the required resistance.