Honda-Tech - Honda Forum Discussion
0 2023/07/11 15:55:18
0 2023/07/11 15:55:19
Brighter than factory, but not "stupid bright". Better for safety.
Brighter than factory, but not "stupid bright". Better for safety.
0 2023/10/14 08:22:10
I think it fits nicely.
I think it fits nicely.
0 2023/10/14 08:22:14
I traced the outline in CAD, and then built a small control board with the 220ohm 2 watt resistor in parallel. I
I traced the outline in CAD, and then built a small control board with the 220ohm 2 watt resistor in parallel. I
0 2023/10/14 08:22:17
step 5- print out your CAD, and check it. Make necessary adjustments. Rinse and repeat...
step 5- print out your CAD, and check it. Make necessary adjustments. Rinse and repeat...
0 2023/10/14 08:25:46
step 4, add your necessary features
step 4, add your necessary features
0 2023/10/14 08:25:47
step 1 remove from vehicle
step 1 remove from vehicle
0 2023/10/14 08:25:48
step 3, scan the cutout into CAD, and use a ruler for calibration.
step 3, scan the cutout into CAD, and use a ruler for calibration.
0 2023/10/14 08:25:51
step 2, trace a cardboard cutout that will fit
step 2, trace a cardboard cutout that will fit
0 2023/10/14 08:25:53
0 2023/10/14 08:25:54
Convert your components to traces - I "mirror" image it because I print on a special paper that allows me to invert it as I heat press it onto copper clad
Convert your components to traces - I "mirror" image it because I print on a special paper that allows me to invert it as I heat press it onto copper clad
0 2023/10/14 08:27:42
Once you get a good working design that you have confidence in, add your electrical parts to the design.
Once you get a good working design that you have confidence in, add your electrical parts to the design.
0 2023/10/14 08:27:44
step 10 - I chemically change the copper to tin, with a solution called "liquid tin". This helps protect the boards and the components solder on easier
step 10 - I chemically change the copper to tin, with a solution called "liquid tin". This helps protect the boards and the components solder on easier
0 2023/10/14 08:30:48
step 9 - I cut out the boards with a band saw, and do all of my machining work. After I have good results I wipe off the toner with laquer thinner
step 9 - I cut out the boards with a band saw, and do all of my machining work. After I have good results I wipe off the toner with laquer thinner
0 2023/10/14 08:30:50
step 8 - I use a 3:1 ratio of hydrogen peroxide and muriatic acid to etch the boards. The solution eats all the copper that isn't protected by the toner.
step 8 - I use a 3:1 ratio of hydrogen peroxide and muriatic acid to etch the boards. The solution eats all the copper that isn't protected by the toner.
0 2023/10/14 08:30:51
step 7 - I use a heatpress to transfer the toner to the boards
step 7 - I use a heatpress to transfer the toner to the boards
0 2023/10/14 08:30:54
after a successful heat press transfer
after a successful heat press transfer
0 2023/10/14 08:30:55
i print out my designs backwards on a special paper after prepping my copper clad
i print out my designs backwards on a special paper after prepping my copper clad
0 2023/10/14 08:30:57
step 12 - install and enjoy
step 12 - install and enjoy
0 2023/10/14 08:35:30
0 2023/10/14 08:35:32
0 2023/10/14 08:35:35
Here I made a bracket for the map light PCBs so it can mount onto a flat surface. I designed this in CAD and I 3D printed on high temp ABS
Here I made a bracket for the map light PCBs so it can mount onto a flat surface. I designed this in CAD and I 3D printed on high temp ABS
0 2023/10/14 08:35:36
0 2023/10/14 08:35:38
step 11 - adding the LEDs and resistors
step 11 - adding the LEDs and resistors
0 2023/10/14 08:35:39
0 2023/10/14 08:35:41
0 2023/10/14 08:48:34
0 2023/10/14 08:48:42
0 2023/10/14 08:48:47
0 2023/10/14 08:48:52
0 2023/10/14 08:48:58
0 2023/10/14 08:49:03
0 2023/10/14 08:49:08
0 2023/10/14 08:53:52
0 2023/10/14 08:53:54
0 2023/10/14 08:53:55
0 2023/10/14 08:59:08
0 2023/10/14 08:59:10
0 2023/10/14 08:59:11
0 2023/10/14 08:59:13