Hi guys.
Taking advantage of these closing days, I am going to collect all the step by step of my Mississippi from Artesania Latina.
Forgive the translation but for more comfort I will use Google translate
The characteristics of the model are well known by all. Its scale is 1:80 and according to the plans its length is 660 mm and its height is 290 mm, data that does not match what the box says (it says that the height is 192mm:?::?
Right now I am calculating consumption, areas to be illuminated and possible location of the batteries. I have the idea (we'll see if it is feasible later) to do it with rechargeable batteries inside the helmet by placing a "camouflaged" charging connector somewhere. This way, you don't need to have cables in sight to make it look on. But hey, that's under study.
One of the peculiarities that this model will have is interior lighting.
The issue of LEDs is already clear to me. I have "assembled" the boat to see where I can pass the cables and what it will mean to me in the different phases of the assembly. In the end, 30 leds will go and I will feed it externally with a 12V FA through a connector.
This way there will be no visible cables or problems with the batteries.
The distribution of LEDs has been made in order that in the event that any one dies, the greatest number of circuits available remain, never putting more than 4 in series.
This is the wiring that will be hidden between the different levels
Now it remains to be seen where and how I camouflage the power connector.
Regards
Taking advantage of these closing days, I am going to collect all the step by step of my Mississippi from Artesania Latina.
Forgive the translation but for more comfort I will use Google translate
The characteristics of the model are well known by all. Its scale is 1:80 and according to the plans its length is 660 mm and its height is 290 mm, data that does not match what the box says (it says that the height is 192mm:?::?
Right now I am calculating consumption, areas to be illuminated and possible location of the batteries. I have the idea (we'll see if it is feasible later) to do it with rechargeable batteries inside the helmet by placing a "camouflaged" charging connector somewhere. This way, you don't need to have cables in sight to make it look on. But hey, that's under study.
One of the peculiarities that this model will have is interior lighting.
The issue of LEDs is already clear to me. I have "assembled" the boat to see where I can pass the cables and what it will mean to me in the different phases of the assembly. In the end, 30 leds will go and I will feed it externally with a 12V FA through a connector.
This way there will be no visible cables or problems with the batteries.
The distribution of LEDs has been made in order that in the event that any one dies, the greatest number of circuits available remain, never putting more than 4 in series.
This is the wiring that will be hidden between the different levels
Now it remains to be seen where and how I camouflage the power connector.
Regards
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