Russian Typhoon Submarine

Part 1c - Bow planes and associated hardware (continued)

	With the Clippard piston charged with CO2, the bow planes will retract inside the hull. Here, you can see I´ve installed the bow planes and charged the piston.
With the Clippard piston at rest, the bow planes are extended and now able to be operated by the servo/rod assembly. The servo rod was constructed from 1/8" brass rod with clevis´ soldered to each end. Because of the long distance between the forward WTC and the retract assembly, I will house the rod in a 5/32" piece of brass tubing.
	The servo rod was bent down and to the port just above the battery. This bending serves a couple different purposes: the rod travels down the centerline until it reaches the battery. It will eventually split the missile tubes when they are installed the rod can be bent if minor length adjustments are needed
The bow plane door openings were cut using a Dremel Cutting tool and then filed and shaped smooth. The openings are just large enough to accommodate the bow planes when retracting into the hull.
	Here, you can see a side view of the bow plane and retract mechanism while retracted. Final cleanup will be done prior to painting.
The bow planes extend perfectly with ample clearance between the hull and planes when operating for diving and surfacing. It really pays off to plan ahead and measure accurately! Next Step - Part 1d - Bow planes and associated hardware (continued)

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