20240505 Lighting for the Anders Blaster

20240505 Lighting for the AndersFP Blaster pt.01

Just yesterday, I saw a friend of mine, Dean Eyre on Facebook asking for some assistance to light up one of his models. It was a very simple request where 5 red LEDs needs to “glow up” once power is applied to it. At that time, the only clue was his posted image below:

The moment I see this image, I immediately knew what it was: the bottom clip of the PKD Blaster from the Blade Runner movie. This clip has four 3mm red LEDs and one 5mm LED. You can switch it on via the mini slide switch on the right of the clip. The insides of the clip does have some space but it is very hard to visualise it on screen. The problem is, where did this clip come from. Was it from a resin cast or, a 3D print? The magnet kinda steered me towards 3D printing. The magnets were used to secure the clip to the blaster and also, provide power to the two green LEDs outside of the clip.

ORIGIN OF THE 3D BLASTER

The challenge lies in creating a bespoke circuit board that fits into the cavity. Because of the shape in the photo, I was not very confident in tracing it out even though there was a ruler for reference. And so, I decided to look for a clearer image on the Internet. Long story short, that clip was from a 3D Blade Runner Blaster as designed by AndersFP.

THE CIRCUIT BOARD

This board is roughly 47.5mm long and 20mm wide. If I am to do this board, I would make it black and have a thickness of 0.8mm. Since I do not have a 3d printer, there is no point in testing the fitting and so, yeah, if you want to try, go ahead.

Once I got the .stl files downloaded, I needed software to view and measure the 3D object. I searched and downloaded the stl extensions for Sketchup Make 2017 (obsolete) which then allows me to import the .stl file. This was my only solution as I still have not learned any 3D software. From there, through some (laughable) rudimentary methods, I was able to get the measurements I needed, more or less.

On the left is the FreeCAD software which I have an issue with since I do not know enough to use it. On the right is the same file imported into SketchUp Make 2017.
20240505 Lighting for the Anders Blaster
For the measuring process, I created a long brown bar and use that to measure the position of the LEDs and switches.

The Circuit will be using an 8-pin PIC12F629 and for this case, only two out of 6 ports will be utilised. I created this board because of Dean’s desired lighting effect although Duplex Designs has already created the lighting kit but for standard effects.

This circuit has a 20 component count including the PCB.

FILES FOR DOWNLOADING

I have provided the links to get the 3D Files and also where to get the normal lighting kit. I am still thinking about releasing my own free version for downloading as I have not asked AndersFR or Duplex Designs for their permission as I could be potentially robbing them of their business. Not only that, even if I did, you’d still need to get a PIC programmer and software to upload the program into the chip. Plus, you’d still need to solder your own board, even after getting them from JLCPCB (if possible due to this being a weapon). So much to think about and I am so lazy today, of all Sundays…

Where to get what:

Sketchup Make 2017 Extension to import STL files into SketchUp format

AndersFP (Anders Fogde Pedersen) PKD-2019 Blaster Download File

Duplex Designs Lighting Kit for AndersFP PKD-2019

Duplex Designs’s Upgrade Parts for AndersFP PKD-2019

20250117: The Completed PKD Lighting System is now on Sale

Anyway, here is a short video demonstrating the effects of the two LEDs. Both lights will stay on but for this video, the process is on repeat as it was quite difficult to film the PWM effects with a digital device.
Posted in 2019 PKD Blaster, 3D FIles, 3D Models, 3D Printing, A Piscean Works Blog, Blade Runner, Character, Computers, Design, EaglePCB7.77, Electronics, Flowcode, Guns, JLCPCB, Lighting, Microchip PIC, Microcontroller, Printed Circuit Board, Programming, Replicas, Resin, Sci-Fi, Video, Weapons.

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