Hi everybody, after a lot of prototyping and testing in all conditions of water, we approved the best solution of folding propeller for assisted drive based on the 6384 motor 120KV/150KV.
I made a carbon fiber version by molding and the industrial production by mold nylon injection (made in Italy)
Specifications:
The price of the complete propeller should be 60 euros.
Nice looking!
Is this something you will be selling commercially? Perhaps better in that area of the forum.
Basically I can help the people interested to buy directly from the manufacturer.
Let me know in private message
I was simply suggesting that this type of topic is better suited to the Manufactures area of the forum.
Im curious what pitch and blade area you decided on. Also what top speed do you reach?
Looks good.
This looks like the one available on thingiverse…
Hi,
the area is 2154 mm2
Pitch calculated at 70% of radius is 253mm with angle of 27 degres
diameter 158mm
compared with the FD 3 blades propeller to the same motor (120KV) I get less thrust to take off but more speed during the ride in motoring
In this video I’m using the propeller in e-foiling with my system
What is the current drawn and rpm in efoil?
This is the question that opens the discussion on my remote control system, which records all vesc data in its memory and gives me the possibility to analyze the data post rides.
In the graphs below you can see rpm in blue and power consumption in watt from the battery in red. On the x-axis, the number of seconds of the ride (ride time about 30 minutes).
In this ride there are 4 take off and several pump times or wave ridings. The system can measure each time.
This is not the ride in efoiling. Consider the same power and rpm during the motoring phases.
