1-67. Underwater caches can be quit

1-67。水下缓存可能很难找到，并且通常没有标记。因此，该分队必须使用并记录非常准确的参考点和距离。在计划缓存时，人员必须考虑将使缓存变为负浮力并确保其保持在地下的重量。这样做将需要巨大的重量，这可能超出分队的负担。附加到缓存的权重必须在恢复过程中易于抛弃。重量不仅必须使高速缓存负浮起，还必须不受电流影响。该分离装置应将起重设备连接到高速缓存的外部，以便在恢复时抛开重物，并给起重设备充气。该方法将允许快速恢复并易于从水中移出。

1-67. 水下缓存可能很难找到，通常不标记。因此，分遣队必须使用和记录非常准确的参考点和距离。在规划缓存时，人员必须考虑使缓存具有负浮力所需的权重，并确保缓存保持地下状态。要做到这一点，将需要巨大的重量，也许比分遣队可以携带更多。附加到缓存的权重在恢复过程中必须易于丢弃。重量不仅必须保持缓存负浮力，还必须不受电流影响。分离应将提升设备连接到缓存的外，以便恢复时重量被丢弃，起重装置膨胀。这种方法将允许快速恢复和容易从水中移动。

1-67. Underwater caches can be quite difficult to find and are normally not marked. Therefore, the detachment must use and record very accurate reference points and distances. In planning for the cache, personnel must consider how much weight will be required to make the cache negative-buoyant and ensure that it remains subsurface. To do so will require a tremendous amount of weight, perhaps more than the detachment can carry. The weights attached to the cache must be easy to jettison during recovery. The amount of weight must not only keep the cache negative buoyant, it must also be unaffected by currents. The detachment should attach liftingdevices to the outside of the cache so that upon recovery the weights are jettisoned and the lifting devices inflated. This method will allow for rapid recovery and ease of movement out of the water.<br>