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40mm EDF Pod Jet
by freddie_frog
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MK1 40mm EDF Pod Jet.
Hi here’s my MK1 40mm EDF Pod. The goal here is to create an EDF pod jet that utilises old drone parts that I’m sure most of us have sat in our parts bin. This is a work in progress and looking to start on a MK2 version soon.
This uses a 6x15mm coreless DC motor from a micro drone and a 40mm drone prop.
It has been designed to be printed facing upwards with supports. Recommend setting up with 2-3 shells and 15% infill (although I feel no infill is needed and would reduce weight). Printing takes approximately 2-2.5 hours.
Total weight of the pod with out motor and prop is 28g. With the motor and prop is about 29g-30g.
The mount has been designed so it can be glued to the underside of a wing or side of a fuselage or by drilling holes can be screwed into place. The flush side of the mount is parallel to the thrust line.
Things to implement on MK2:
Wire routing – Redesign of the pylon to accommodate the wiring to be routed up though the centre f
Hi here’s my MK1 40mm EDF Pod. The goal here is to create an EDF pod jet that utilises old drone parts that I’m sure most of us have sat in our parts bin. This is a work in progress and looking to start on a MK2 version soon.
This uses a 6x15mm coreless DC motor from a micro drone and a 40mm drone prop.
It has been designed to be printed facing upwards with supports. Recommend setting up with 2-3 shells and 15% infill (although I feel no infill is needed and would reduce weight). Printing takes approximately 2-2.5 hours.
Total weight of the pod with out motor and prop is 28g. With the motor and prop is about 29g-30g.
The mount has been designed so it can be glued to the underside of a wing or side of a fuselage or by drilling holes can be screwed into place. The flush side of the mount is parallel to the thrust line.
Things to implement on MK2:
Wire routing – Redesign of the pylon to accommodate the wiring to be routed up though the centre f
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