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Notice: This document, subject matter and all information herein is the sole, exclusive and confidential property of the engineering entity checked below and shall not be disclosed, copied, reproduced or used in whole or in part for any purpose other than as specifically authorized in writing by the engineering entity

Marine Canada Acquisition LP DBA SeaStar Solutions – 3831 No. 6 Road, Richmond, BC Canada V6V 1P6.

Company: Date: Contact Name: ______________________Contact Phone number: _______________ Boat Description: ______________________________________________________ Length_____________________ Beam _________________Displacement__________ Engine brand/model/ Year: _________________________________________________ HP: Rudder Center to Center Distance: ___________ Speed of vessel Max :___________ Knots Speed of vessel Cruising :___________ Knots Number of Rudders: __________ Propeller Dia:__________

Type of hull � Planning Hull � Displacement Hull

Autopilot � Raymarine EV2 � Simrad SG05 � Garmin GHP-Reactor Fabrication (by customer) � Helm mounting plate � Other

Main Helm Type � Front Mount � Rear Mount � 1” shaft Rear Mount � Classic Tilt � Sport Plus Tilt Color Display Location: _______ Steering Pump(s) (positioned within 3 Feet of PCM, cool, dry, insulated) space for hand on valve req.

Location: ______________ Pump Outlet fittings � Straight (c/w pump) � 90 degree

RPM Input to Optimus System � NMEA2000 � J1939 � Analog Pulse Engine (state PPR)_______

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Harness Layout How many steering stations ____Distance from Helm 1 to 2___Distance from Helm 1 to 3___

Second station system alert � Color display � Buzzer only Second station Helm Type

� Front Mount � Rear Mount � 1” shaft Rear Mount � Classic Tilt � Sport Plus Tilt

Third station system alert � Color display � Buzzer only Third station Helm Type

� Front Mount � Rear Mount � 1” shaft Rear Mount � Classic Tilt � Sport Plus Tilt Distance from first Helm to Power control module (PCM) (CAN 1 network CM204xx) __ _ Distance from second Helm to Power control module (PCM) (CAN 1 network CM204xx) _______ Distance from Third Helm to Power control module (PCM) (CAN 1 network CM204xx) _______ Distance from PCM to Smartcylinder (18 Ft standard harness) ___________________________

Smartcylinder Extensions required Y/N, select � 6 Feet � 12 Feet � 18 feet Hose Layout ( for single engine identify hose length from pump to cylinder) Distance from pump to cylinder via rigging tube _______________________________________ Is a cross over relief valve required in the system. Y/N Vessels with hydraulic hose runs greater than a total of 80 feet (2 X 40 ft run) require appropriately rated hard piping using 3/8 ID tube. Shorter hoses can then be used to connect from and to cylinder and pumps

Voltage available to power Optimus system � 12 Volt � 24 Volt

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SmartCylinder Mounting position

� Port side, extending center � Starboard side, extending center � center, extending Port � center, extending starboard

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Perpendicular distance from the rudder shaft to the propeller:_____________________________ inches. (See diagram, dimension 'A'.)

Distance parallel to rudder shaft from rudder base to center of lower rudder bearing: _________ inches. (See diagram, dimension 'B'.)

Perpendicular distance from the waterline to the rudder base: ______________________________ inches. (See diagram dimension 'C'.)

Average rudder chord length: _________________________________________________________ inches (See diagram, dimension 'D'.)

Average height accounting for angled reliefs top and bottom: _______________________________ inches (See diagram, dimension 'E'.)

Distance from rudder shaft forward: ____________________________________________________ inches (See diagram, dimension 'F'.)

Rudder shaft diameter: _______________________________________________________________ inches.

Rudder (projected) area: ________________________________________________________________________________________________sq. inches (Rudder height x width minus counterbalance height x width. See diagram, dimensions ('D' x 'E') – ('F' x 'E'.)

Estimated load on rudder: _______________________________________________________________ft-lbs (It is suggested that you confirm load with your Naval Architect.)

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Layout Sketch Note graphical representation of cylinder mounting ( center, extending Port )

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Notes: