Aerodynamic Wings and Propeller Bearings in Create Clockwork

guide

Aerodynamic wings and specialized flap bearings in Create Clockwork enable players to assemble fully controllable physics-driven airplanes, gliders, and helicopters. Constructing rigid airfoils and rotating propeller bearings converts standard Create rotational shafts into genuine aerodynamic lift and directional thrust.

Fabricating Standard and Cambered Wings

Airfoil construction requires lightweight structural membranes stretched across reinforced metallic framing:

Standard Wing: Craft four baseline wings by placing one piece of Wool in the top left slot, two Zinc Nuggets flanking the center diagonally, and one Iron Sheet in the bottom right slot. These flat wings produce linear aerodynamic lift proportional to forward airspeed.
Cambered Wing: Craft four cambered wings by substituting the zinc with two Brass Nuggets alongside one Wool block and one Iron Sheet. Cambered airfoils possess curved cross-sections that generate superior lift at lower takeoff velocities, preventing dangerous stall conditions during slow ascents.
Wing Placement: Attach wings perpendicularly to aircraft fuselages using Super Glue to form stable aerodynamic surfaces that stabilize pitch, roll, and yaw during flight.

Installing Flap Bearings and Smart Flap Bearings

Controlling aerodynamic attitude requires motorized control surfaces that deflect airflow across wing edges:

Flap Bearing: Assemble a baseline control hinge using one Copper Valve Handle above one Andesite Casing, supported by one Iron Sheet at the bottom. Mounting a flap bearing at the trailing edge of a wing allows attached ailerons and elevators to pivot when kinetic power is applied.
Smart Flap Bearing: Upgrade control precision by placing two Redstone Transmitters flanking a Flap Bearing with one Brass Sheet positioned below. The Smart Flap Bearing receives wireless analog redstone signals, rotating flaps smoothly to match pilot flight stick inputs.
Control Surface Design: Grouping flap bearings onto elevators enables pitch management, while wingtip ailerons provide rapid banking rolls for acrobatic flight maneuvers.

Assembling Brass and Jury-Rigged Propeller Bearings

Generating sustained forward propulsion requires mechanical bearings designed to rotate propeller assemblies:

Brass Propeller Bearing: Craft the high-efficiency propulsion bearing by placing one wooden slab above one Cogwheel, with one Clockwork Bearing at the bottom. This bearing efficiently translates rotational power into aerodynamic thrust across attached propeller blades.
Jury-Rigged Propeller Bearing: Assemble an early-game alternative using one wooden slab, one Cogwheel, and one standard Mechanical Bearing. While slightly less efficient, it allows aviators to construct viable aircraft before manufacturing dedicated clockwork bearings.
Kinetic Drive Connections: Connect high-speed shafts or enclosed engines directly into the bearing base to spin propeller assemblies at maximum revolutions per minute.

Pitch Control with Blades and Blade Controllers

Propeller blades cut through the atmosphere to pull aircraft forward or lift helicopter rotors vertically:

Blade Crafting: Craft simple wooden blades using one Oak Slab and one Stick, or slice Oak Planks on a cutting saw.
Blade Controller: Assembled by combining three Zinc Nuggets with one Radial Chassis. Installing a blade controller onto a propeller hub allows dynamic adjustment of blade pitch angles, enabling variable thrust and reverse propulsion during landings.
Spinoff Bearings: Craft two Spinoff Bearings using a Turntable, two Zinc Nuggets, one Iron Sheet, and one Andesite Casing to decouple contraption rotations on high-speed rotorcraft.

Covers the mod’s in-game guide topics: Cambered wings Flap Bearing Smart Flap Bearing Wings