Mashin Hero Wataru Ryuo Maru (separated parts, multi-color, no AMS required)

The Ryuuohmaru from Mashin Hero Wataru is finally complete (two print profiles have been released, suitable for a 256mm build plate and A1 mini, respectively; the default height and width are about 175mm, and other sizes can be scaled as needed), making its debut across the entire network. Based on my assessment, it should be the only open-source segmented and multi-color Ryuuohmaru model available online. (I hope everyone continues to support my other two Ryujinmaru models: First Generation Ryujinmaru, Super Mashin Ryujinmaru)

1. About the Modeling Process
(1) The model consists of about 50 main parts and over 90 process parts, all drawn stroke by stroke. While the IP is not mine, the model data is purely my own hard work and original creation
(2) Modeling took over 40 days, as it's a hobby (working tirelessly during the day, and critically, it was built twice, with 70% of the data lost the first time due to water damage to my tablet – oh well, bath water, tears were shed). Daily modeling time was limited. Printing tests took nearly 15 days, and part assembly was modified 7 times
2. About the Model Itself
(1) After the test prototype was completed, I asked 5 or 6 friends to confirm its accuracy. One person thought it was terrible (uh…), one thought it was 80% accurate, and the others thought it was over 90% accurate
(2) For the Super Mashin Ryujinmaru, friends rated its accuracy at 70%, but they said it was cool. I knew it wasn't a perfect likeness, but many friends later said it looked really cool, so I didn't bother making changes
3. About Printing Instructions
(1) The orientation of each part has been carefully considered, mainly balancing these three points: ① ensuring most supports are easy to remove. Some supports may look numerous but are designed for easy debonding; ② hiding print textures as much as possible after assembly; ③ increasing print success rate for small and tall parts
Based on these three points, my arrangement may not be the optimal solution, but it is what I consider the most balanced approach. If anyone has better suggestions after printing, please let me know, and I will consider them comprehensively, as I did with previous models
(2) The model successfully printed on a PETG build plate without glue (but the build plate needs to be cleaned). Please test other materials yourself; generally, the deviation is not significant
4. About Model Assembly and Main Configurations
(1) Assembly has been repeatedly tested and optimized for an average fit. However, due to differences in machines, materials, and printing environments, I cannot guarantee that everyone's printed results will be as precise as my tests, though the difference should not be significant. The model has many small parts. If you encounter assembly issues due to support residue or overhang accuracy, please sand lightly.
(2) Except for the claws attached to the back of the arms, which can be directly inserted for assembly, please use 502 glue for all other parts and remember to wear a mask
(3) Please refer to the attachments for assembly instructions. Pay special attention to the attachment file names 【Body and Feet】 and 【Head Black Tail Adhesion and Fixing Method】
(4) The model has many slender parts, so printing speeds (inner/outer walls, supports) are set conservatively. If you are confident in your material and printer, you can increase the printing speed, even to ludicrous levels
(5) My PETG printing temperature is 245℃ for the first layer and 240℃ for other layers. Please use this as a reference
5. Special Note
Ryuuohmaru can transform into a bird, but the one I made cannot; it's a static model. Why can't it? I simply couldn't achieve it

Additional Explanation: For previous models, some friends suggested I create print-in-place or large-piece models, as some of their machines are resin printers or suitable for multi-color print-in-place. I respect their suggestions and tried to make the previous two Ryujinmaru models print-in-place, but ultimately gave up. The reason is that my modeling approach is from individual parts to a whole, rather than from a whole to individual parts. So, when I tried to assemble all the finished individual parts into a complete model, the matching workload was enormous (likely due to my limited skill). While the appearance could be fine, it couldn't be fully solidified into a single piece, and the printing accuracy was very poor (it would also shed residue), so I abandoned it. I hope those with this need understand; just consider me lazy. Thank you all again