sea max mk1 port security rov  
  Deep Sea Systems and the USF have jointly developed the Sea Max MK1 Port Security ROV.  This state of the art ROV can inspect ships' hulls and port facilities in zero visibility, black water conditions with incredible resolution, precision and speed.

There is a sophisticated suite of optical and acoustical imaging equipment that includes two LED TV cameras, Didson imaging sonar and Echoscope multibeam sonar.  The integrated data information system can broadcast all data live to a shore side central command center for real time monitoring and control.

The vehicle is powered by six TH-2100 Thrusters in an omni directional configuration that can provide over 300 lbs of forward thrust.  Lighting is provided by two 150 watt quartz halogen lamps and two 100 watt HID gas arc lamps.
 

 
  Tech Specs:  Sea Max MK1 Port Security ROV
 
Operating depth 300 m, 1000 m optional
Speed 3 knts on surface w/ short cable
Can work in 1 1/2 knts current
Weight in Air 800 lbs (362 kg)
Weight in Water 40 lbs (18 kg) positively buoyant
User Payload 225 lbs (102 kg)
Power 240 VAC 50 / 60 Hz
8 to 12 Kw Single Phase
Optical TV Cameras 1 Super Dynamic, 1 Laser Scaling
2 LED Mini TV Cameras
Lighting 2 150 watt quartz halogen
2 100 watt HID gas arc lamps 
Navigation Laser ring gyro
RDI Split Head Doppler
USBL Acoustic Navigation
Optional Inertial Navigation
Acoustic Imaging Didson 1.4/1.1 Mhz Hi Res Imager
Echoscope Multibeam 400 KHZ
Propulsion 6 TH-2100 Thrusters (2 vertical / 4 horizontal)
Tilt Unit 30 ft lbs torque 0.1 degree feedback resolution
full digital control
Manipulator 5 function hydraulic
Construction All metal framework with plastic, polyhead rails and Ti crash frame, cellular PVC flotation
Basic Data Interface   8 video channels
12 isolated RS-232 channels 115 kbaud
2 isolated RS-485 channels 1.1 mbaud
2 T100 ethernet independent
2 T10 ethernet independent
400w DC power @12 VDC
400w DC power @ 24 VDC
120 VAC @ 1 kw
240 VAC @ 1 kw
240VAC @ 6 to 8 kw propulsion power
2 spare single mode fiber optics