Summary of Space Battleship Yamato 2199 With Trinket Microcontrollers
This article details the DIY modification of a Space Battleship Yamato model to include dynamic lighting and engine effects. The builder utilized a mini DC motor for the Wave Motion Engine, controlled by an Adafruit Trinket microcontroller, alongside numerous 0603 LEDs for various ship sections. The project also features a custom starry sky platform and handcrafted planets made from ping pong balls and paper clay, resulting in a ~12.5 cm scale model.
Parts used in the Space Battleship Yamato Model:
- Space Battleship Yamato model kit
- Mini DC motor
- 0603 LEDs
- Adafruit Trinket compatible microcontroller (8-pin)
- IC socket
- 100mm circular platform with embedded LED
- Soft switches
- Ping pong balls
- Paper clay
- Dark grey, German grey, and red paint
Because of the remake of the animation and movie of Space Battleship Yamato, in addition to the attractive design of Bandai model. It make me interest to build this space battleship model again. Bandai not mention its scale, maybe ~1:2500 by estimation.
Step 1: Start
Design the assemble Sequence and Drill Holes for Those Lighted Parts
Step 2: Making of Wave Motion Engine
– The main engine is built by a mini DC motor and surround with 0603 LEDs, the slow motion rotation and LED effect is control by the microcontroller.
Step 3: Microcontrollers
– The main Microcontroller of this project is using 8pino, which is the world smallest Adafruit Trinket compatible controller in 2014. Seems it still the one now.
– Minor modification with IC socket to add main LED there – 100mm circular platform purchased from Tokyu Hands, embedded with LED try to build effect of star in dark sky, the side holes were used for soft switches.
Step 4: LEDs
– Light effect to be added to primary and secondary bridge, captain’s room, ship sides, space fighters depot entrance, main and auxiliary engine and wave motion gun
Step 5: Battleship Interior and Body
– Basically follow the wiring diagram. Most parts without glue together for future maintenance if any.
– Main color is dark grey, german grey and red
Step 6: Assemble and Test
– Total length is ~12.5 cm
Step 7: Making of Planets
– The planet earth (before and after attack) and moon are make by ping pong ball with paper clay
Step 8: Programming
– Simple Arduino code on control LED and DC motor
Source: Space Battleship Yamato 2199 With Trinket Microcontrollers
- What controls the slow motion rotation and LED effect?
The microcontroller controls the slow motion rotation and LED effect. - Which microcontroller is used as the main controller?
The project uses an 8-pin Adafruit Trinket compatible controller. - How are the planets created?
The planets Earth and Moon are made using ping pong balls with paper clay. - Does the article mention the exact scale of the model?
No, Bandai does not mention the scale, but it is estimated to be around 1:2500. - Can parts be easily removed for maintenance?
Yes, most parts are not glued together to allow for future maintenance. - What programming language or environment is used?
A simple Arduino code is used to control the LED and DC motor. - Where was the 100mm circular platform purchased?
The platform was purchased from Tokyu Hands. - What colors are primarily used for the battleship body?
The main colors are dark grey, German grey, and red.
