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Waterproof Garage Door Remote Enclosure for Motorcycle — zdjęcie 1
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Waterproof Garage Door Remote Enclosure for Motorcycle

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Mount a universal garage-door remote PCB to a motorcycle in a sealed, vibration-tolerant box

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Informacje o modelu

Źródło
Printables
Kategoria
Automotive
Licencja
Creative Commons — Attribution

Waterproof 3D-printed enclosure (PC) for a universal garage-door remote, mounted on a motorcycle.

Mount a universal garage-door remote PCB to a motorcycle in a sealed, vibration-tolerant box that resists water ingress and can be strapped to the bike with zip ties

Bill of Materials: 

Bill of materials

Item

Qty

Notes / link

Universal garage-door remote PCB

1

The board this box is sized around (27.5 × 51.23 × 5.75 mm) — https://amzn.to/3RDVAmc

Momentary push button (handlebar trigger)

1

Wired to the PCB's trigger pads, mounted externally on the handlebar; the wire runs into the box through the Ø4 cable bore — https://link.amazon/B08V6bNoM

M3 self-tapping screws (~10–12 mm)

4

Lid → base ear bosses; no inserts

Foam pad (~2 mm compressed)

1

Between board top and lid ceiling; damps vibration

Silicone sealant (neutral-cure)

—

Bead in the seal groove and around the cable exit

Zip ties (4.8 mm)

2

Through the loop pairs, to strap the box to the bike

Electrical: the box holds only the remote PCB. The momentary button lives on the handlebar and connects back to the board's on-board trigger pads through the sealed cable bore so pressing the bar-mounted button fires the remote without opening the box.

Assembly

  1. Drop the board onto the four standoffs.

  2. Place the foam pad on top of the board.

  3. Lay a bead of silicone into the base groove.

  4. Route the cable through the bore; leave a service loop and (optionally) zip-tie it inside for strain relief.

  5. Seat the lid so the tongue enters the groove.

  6. Drive the four M3 self-tapping screws through the lid ears into the base bosses this compresses the seal.

  7. Optionally run a second bead of silicone around the cable boss where the cable exits.

  8. Strap to the bike with two zip ties through the loop pairs.

Fasteners: 4 × M3 self-tapping screws (≈10–12 mm long). No inserts.

Printing (PrusaSlicer, PC)

Print both parts pre-oriented: base cavity-up, lid tongue-down, both on the bed and spaced apart.

Material notes: PC warps and needs strong layer bonding for a watertight part. Use an enclosure; nozzle ~270 °C, bed ~110–115 °C, cooling fan low/off.

Setting

Base

Lid

Orientation

bottom on bed, cavity up

outer top up, tongue down

Brim

5–8 mm

5–8 mm

Supports

enforcer only under the cable boss

"on build plate only" — inside the tongue ring + zip-loop slots (hidden/interior)

Perimeters

4–5

4–5

Top/bottom layers

5+

5+

Layer height

0.20 mm (0.25–0.30 first layer)

same

Infill

30–40 %

30–40 %

Extras: enable "Ensure vertical shell thickness"; a slight extrusion multiplier bump (~1.02) helps close seams for water-tightness.

Tagi