This ROV was designed and built for deep ocean survey, debris field mapping, artifact recovery, salvage, and underwater excavation. It included specialized manipulator tooling and camera systems to support meticulous documentation and collection of artifacts and marine specimens.
This project consisted of redesign and retrofit of a fluid swivel and top-end hinge support for a pair of 500-hp omni-directional ship’s thrusters. The thrusters were used for dynamic positioning of a 185′ research vessel. The fluid swivel supported 6000 psi hydraulic pressure and included a pair of 2-inch primary flow ports plus case return and position feedback sensor.
This custom fluid swivel was designed for salt water exposure in a marine application. Designed for 5000 psi hydraulics, it includes two 1-inch ports and case return. It supports continuous bidirectional rotation.
This 120-hp, 5000-psi, variable-flow marine HPU is designed to power a pair of 50-hp dynamic positioning thrusters as well as other auxiliary hydraulic requirements. Pump output control is integrated with the vessel navigation control system. The unit was designed for air transport.
These 50-hp, 5000-psi hydraulic thrusters were custom designed for on-water propulsion and dynamic positioning of an amphibious aircraft. They provide 360° continuous azimuth capability with heading feedback for integration with the satellite navigation system. Special features support manual through-hatch deployment and attachment.
This task included design upgrades, installation, operation, and maintenance of the launch and recovery system for a 12,000 lb. work ROV. Efforts resulted in significant increases in reliability and sea-state operating window.
Mitech Systems, Ltd. was established in 1995 by Mike Milosh. A Graduate of Michigan Technological University's Mechanical Engineering program, Mike spent over 13 years working in the Equipment Development Group of a major research and development firm in Columbus, Ohio. He holds multiple patents.
Mike also spent several years designing, building, and operating marine and ROV equipment as the technical director of the Columbus America Discovery Project and spent three seasons at sea conducting underwater recovery operations.
Growing up on a farm with access to a small machine and welding shop, Mike enjoyed inventing and repairing equipment. With the nearest farm supply store 45 miles away, he learned to keep equipment running when parts weren't readily at hand.
With this background, Mike has developed a deep knowledge of machine design principles and has the experience to provide practical insight into a wide variety of design problems.