In order to study the applicability of offshore bonded hoses and obtain the applicable water depth and environmental conditions for Lazy-wave and Step-wave submarine hose system of the single point of Catenary Anchor Leg Mooring (CALM), the tests on motion response of both are carried out in the ocean engineering tank. The still water and regular wave environmental conditions are simulated and the top of the hose is forced to vibrate to observe the motion response of the submarine hose system with two configurations of Lazy-wave and Steep-wave. The results show that: the dynamic strain in each direction changes periodically and has high frequency components when the top motion of the two configurations is periodic for the cases of still water and regular wave; the amplitude of the second-order mode is increased in the regular wave case compared with that of still water case; the Steep-wave configuration is more likely to excite higher mode than Lazy-wave configuration.