Nlyon Hinge for RC Plane Control Surfaces - Large

Specifications

• Material: High-Strength Nylon (Leaves) / Metal (Center Pin)

• Hinge Type: Mechanical Pinned Hinge

• Total Length (Open Flat): 36mm

• Width (Along Pin): 20mm

• Leaf Thickness: ~1.2mm

• Adhesion Ports: 6x Holes per leaf (12 total)

• Color: White

• Supported Airframes: Balsa Wood, Plywood, EPO/EPP Foam, Coroplast

Key Applications and Projects

• Aileron and Flap Mounting: Ensuring smooth, uniform roll control across the entire trailing edge of the main wing.

• Elevator and Rudder Articulation: Securing the crucial tail surfaces responsible for pitch and yaw control during high-stress maneuvers.

• Scratch-Built Balsa Kits: The mandatory hardware required when building traditional wooden aircraft from plans where custom hinge slots must be cut.

Unlock New Capabilities (Project Evolution) The 3D Foamie Retrofit: Are you flying an EPO foam 3D aerobatic plane that feels sluggish? Factory foam hinges are notorious for stiffening up over time or tearing during hard 3D "waterfall" maneuvers. Evolve your airframe! Take a hobby knife and completely cut away the stiff foam hinges on your ailerons. Cut thin slots into the foam and install these nylon pinned hinges using foam-safe CA glue. You will instantly notice a massive increase in servo speed, better centering, and a much crisper roll rate!

Package Includes:

• 1 x Large Nylon Pinned Hinge (20mm x 36mm)

FREQUENTLY ASKED QUESTIONS (FAQ)

1. What exactly is this hinge used for? It is used to physically attach the moving control surfaces (ailerons, elevators, rudders, flaps) to the main, stationary body of a remote-controlled airplane.

2. What are the exact dimensions of this hinge? When opened completely flat, the hinge measures 36mm in total length (from end to end). The width of the hinge along the center pin is 20mm.

3. What does "Large Size" mean in this context? "Large" indicates it is meant for bigger aircraft, typically .40 to .90 size glow-engine planes, or electric planes with wingspans over 1200mm. Smaller park-flyers would use a "Mini" 11x15mm hinge.

4. How do I install this into my airplane? You must cut a thin, horizontal slot into the trailing edge of your wing, and a matching slot into the leading edge of your control surface. The hinge leaves slide into these slots and are permanently glued in place.

5. What is the best tool to cut the slots? A sharp #11 hobby knife (X-Acto knife) works well, but a dedicated "Hinge Slotting Tool" or a specialized Dremel attachment is highly recommended for perfectly centered slots.

6. What type of glue should I use? For balsa wood, Thin CA (Cyanoacrylate) glue or 30-minute Epoxy is standard. If you are building a foam airplane, you MUST use Foam-Safe CA or Foam-Safe Epoxy to prevent melting the foam.

7. Why are there six holes on each side of the hinge? Those are "glue holes." When you apply the glue, it flows through the holes and hardens, creating a solid physical "rivet" of glue that locks the hinge inside the wood/foam, preventing it from pulling out.

8. How do I prevent glue from freezing the center pin? Before installation, it is highly recommended to apply a tiny drop of light machine oil, Vaseline, or lip balm directly to the metal center pin joint. This prevents CA glue from wicking into the joint and locking the hinge solid.

9. Can I use these on foam board (FliteTest style) airplanes? Yes. While hot-glue hinges are common for foam board, upgrading to these nylon hinges using epoxy provides a much stronger, friction-free control surface.

10. How many hinges do I need per control surface? This depends heavily on the length of the surface. A standard aileron usually requires 3 to 4 hinges spaced evenly. A very large 3D plane aileron might require 5 or 6.

11. Is the center metal pin removable? No, the pin is factory-pressed into the nylon and is not designed to be removed.

12. How do these compare to CA paper hinges? CA paper hinges are lighter and easier to install, but they are stiff and degrade over time. These pinned nylon hinges are heavier but offer zero friction and last the entire lifetime of the aircraft.

13. Will this hinge rust if I fly off water (float plane)? The nylon leaves will not rust, but the central pin is typically standard steel or brass. If flying off water, apply a drop of protective oil to the pin occasionally.

14. Can I cut these hinges down to make them smaller? Yes. If you need a smaller hinge for a tight space, you can easily trim the nylon leaves down with heavy scissors or side-cutters without ruining the hinge.

15. Do I need to "pin" the hinge with toothpicks? For giant-scale, gas-powered aircraft that vibrate heavily, it is common practice to drill a small hole through the wood and the buried hinge leaf, and glue a toothpick through it for extreme mechanical security. For electric planes, glue alone is usually sufficient.

16. How much gap should I leave between the wing and the control surface? You should aim for the smallest gap possible without the wood binding against each other. Usually, sliding the hinge in until the pin center is perfectly aligned with the edge of the wood yields a minimal 0.5mm to 1mm gap.

17. How do I ensure all my hinges align perfectly straight? Use a straight edge and a pen to draw a continuous center line down the edge of your wing before cutting your slots. If the slots are not perfectly parallel, the hinges will bind against each other when moving.

18. Will the nylon become brittle in freezing winter temperatures? Nylon is highly durable and retains its flexibility well in cold weather, making it vastly superior to standard rigid plastics that might snap in the cold.

19. Can I use hot glue to install these? It is not recommended. Hot glue is very thick and cools too quickly. You will likely struggle to push the hinge deep enough into the slot before the glue hardens, leaving a massive, ugly gap. Use thin CA or slow-curing epoxy.

20. Does this listing include multiple hinges? This specific listing is for one (1) individual Large Nylon Hinge. Depending on your build, you will need to purchase the appropriate quantity (typically 15-20 for a complete 4-channel airplane build).