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Eggtimer Quantum Avionics Bays (1.59", 2.26", 4") – Modular 2S LiPo Sled System — zdjęcie 1
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Eggtimer Quantum Avionics Bays (1.59", 2.26", 4") – Modular 2S LiPo Sled System

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messedupRyan

messedupRyan

@messedupRyan

A clean, modular avionics bay system designed specifically for Eggtimer Quantum altimeters.

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Źródło
Printables
Kategoria
Electronics
Licencja
Creative Commons — Attribution
SzczegółyPliki (5)Wydruki i komentarze (Wydruki: 0) (Komentarze: 0)Remiksy (0)Kolekcje (4)Powiązane

🚀 Eggtimer Quantum Avionics Bays (1.59", 2.26", 4") – Modular 2S LiPo Sled System

A clean, modular avionics bay system designed specifically for Eggtimer Quantum altimeters. These sleds are built for reliability, ease of assembly, and clean wiring in real-world flight setups.

All variants are designed around a compact 2S 400mAh LiPo with JST-PH connector, keeping your wiring simple and your CG predictable.

🔧 Available Sizes & Layouts

🔹 4" Av-Bay

  • Dual sled configuration

  • One side: Quantum A18 layout

  • Other side: Quantum B1 / B2 layout

  • Separate battery compartment with removable lid

🔹 2.26" Av-Bay

  • Quantum A18 layout

  • Integrated battery compartment with removable lid

🔹 1.59" Av-Bay

  • Compact Quantum A18 layout

  • Minimal footprint for smaller airframes

  • Battery mounted inline (no lid)

🔋 Battery Compatibility

Designed around this battery (perfect fit):

🧠 Designed for Eggtimer Quantum

These sleds are purpose-built for the Quantum ecosystem:

  • Clean mounting for Quantum A18

  • Support for B1/B2 layouts (4" version)

  • Easy access to wiring and terminals

  • Clean routing for igniter leads and power

👉 Learn more about the Quantum system:
https://eggtimerrocketry.com/

🧩 Design Features

  • 🧱 Print-in-place friendly (no supports needed)

  • Heat insert Standoffs

  • 🔩 Uses standard threaded rods + hardware

  • 🔋 Dedicated battery compartment (2.26" & 4")

  • 🪛 Easy assembly and disassembly in the field

  • 📏 Compact, rigid, and flight-proven layout

  • 🧼 Clean cable management and access points

🖨 Print Settings

  • Material: PLA, PETG, or ABS

  • Layer height: 0.2mm recommended

  • Infill: 20–40%

  • Supports: ❌ None needed

  • Orientation: Flat on bed

🛠 Hardware Notes

  • Standard threaded rod (size depends on your airframe)

  • Heat-set inserts (optional but recommended)

  • Typical small hardware (M3 / #4 range depending on your setup)

💡 Why This Design?

I built these to solve a few common problems:

  • Messy wiring inside tight avionics bays

  • Poor battery mounting options

  • Lack of modularity between rocket sizes

These sleds keep everything secure, accessible, and clean, whether you're flying a small rocket or a larger dual-deploy setup.

Tagi

makerfunctionalholderprintrocketdualnodesignmodularmodelbatterypowerelectronicsaerospaceliporocketrysupportsbuildeggtimeravionicssledquantumjsthigh2sbayaltimeterpayloadphdeploya18