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Design and Testing of Mini ROV-ITB

K. Muljowidodo

Abstract


As the continuity of Unmanned Underwater Vehicle (UUV) research, we have been developing the small size of underwater vehicle [1]. Commercially this vehicle was known with Remotely operated vehicle (ROV). This vehicle have dimension (LxWxH) 490mmx410mmx320mm with weight on air around 7 kg. Total buoyancy of this vehicle construction around 8 kg. So we still have spare 1 kg buoyancy for payload. The maximum operating depth of this vehicle designed at maximum 30 meters of Salt water. Main construction of this vehicle is from Composite that’s have strength enough to hold all external load and forces. This mini ROV categorized as small observation ROV that’s just have camera and underwater lamp to observe underwater site and also as main navigation tools for pilot to operate this vehicle. In order to propelled this vehicle, we have attached three brushless DC Electric underwater thruster with capacity 200 Watt. This vehicle controlled by pilot on surface station via umbilical cable. The communication between vehicle and surface station used RS-485 standard communication.

Remotely operated underwater vehicles are progressively more used for routine inspection and maintenance tasks. The most application that we have designed before was for ship hull inspection. Marine growth and cathodic protection anode inspection is the main task for this ROV on ship hull Maintenance. But with the additional payload like small manipulator can increased the task that’s it can handle, likes collecting sample and cutting rope. Step by step design process until preliminary testing maneuver on pool will be described in this paper.


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References


Muljowidodo K, Sapto Adi N., Said D. Jennie, Agus Budiyono. 2006. Design, Development and Testing Underwater Vehicle: ITB Experience. In Proceeding of International Conference On Underwater System Technology: Theory and Applications, Penang Malaysia,

J. Yuh, “Design and Control of Autonomous Underwater Robots: A Survey,” Autonomous Robots, vol. 8, pp. 7—24, 2000.

Lea, R.K.; Allen, R.; and Merry, S.L. 1999. A comparative study of control techniques for an underwater flight vehicle. International Journal of Systems Science 30(9): 947—964S. M. Sze, Physics of Semiconductor Devices (Wiley, New York, 1981), p. 46.

G. Kuiper, The Wagenigen propeller series, may 1992, MARIN Publication 92-001.

M.W.C. Oosterveld, P.van Oossanen, Wake Adapted Ducted propeller, thesis technical university Delft 1970. N.S.M.B. Publ. No. 345 (Ka Series)




DOI: http://dx.doi.org/10.21535%2FProICIUS.2009.v5.551

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