I have some P60 drop-ins and I want to put them into my bicycle.
And I want my bikelight to be small but with runtime more than 3 hours.
But I don't have those big and expensive machines.
Here are all I bought:
Solarforce L2P
Fenix bicycle mount
Extender bar
AW's dummy 123
Remote switch
2 X 18650 batteries holder from turboferret
pouch
Remove the switch in the tailcap
And solder two wires
The red one connected with spring will connect with the dummy cell.
And the black one will connect with the flashlight body.
Put the PCB back to the tailcap.
Assemble the tailcap, body, drop-in and dummy cell.
And put everything together.
4 X 18650 batteries holder is too big for my bike so I changed to 2 X 18650 batteries holder.
My handlebar is OVER crowned with bikelight, extender, cell-phone and cycle computer.:nana:
This is a easy way for me to make a P60 drop-in bikelight.
And it work fine. I've used this bikelight for 6 months.
And I want my bikelight to be small but with runtime more than 3 hours.
But I don't have those big and expensive machines.
Here are all I bought:
Solarforce L2P
Fenix bicycle mount
Extender bar
AW's dummy 123
Remote switch
2 X 18650 batteries holder from turboferret
pouch
Remove the switch in the tailcap
And solder two wires
The red one connected with spring will connect with the dummy cell.
And the black one will connect with the flashlight body.
Put the PCB back to the tailcap.
Assemble the tailcap, body, drop-in and dummy cell.
And put everything together.
4 X 18650 batteries holder is too big for my bike so I changed to 2 X 18650 batteries holder.
My handlebar is OVER crowned with bikelight, extender, cell-phone and cycle computer.:nana:
This is a easy way for me to make a P60 drop-in bikelight.
And it work fine. I've used this bikelight for 6 months.
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