因此這個兩截式的機身設計能夠在運行時，可藉由另外一機身支撐臂來做為與管

因此這個兩截式的機身設計能夠在運行時，可藉由另外一機身支撐臂來做為與管壁的支撐點，另一機身進行前進動作，使其在爬管的過程中能夠具有高靈活度，也能在彎曲的管線內進行攀爬。

結果 (英文) 1:

Therefore, this two-piece body design is possible at runtime, a body may be additionally supported by the arm and for the support to do the wall, the body further moved forward, so that it is possible during climbing tube has a high flexibility, can be performed in the bending line climb.

結果 (英文) 2:

Therefore, the two-piece body design can be in operation, can be used by another body support arm to do with the pipe wall support point, another body forward action, so that it can climb the pipe process can have a high degree of flexibility, but also in the curved pipeline climbing.

結果 (英文) 3:

Therefore, the two-piece fuselage design can be used as the support point with the pipe wall by another fuselage support arm during operation, and the other fuselage can move forward to make it have high flexibility in the process of pipe climbing, and can also climb in the curved pipeline.