As a sci-fi designer, I have been struggling with the internal structure of a mouse. While I really like the sci-fi-inspired outer shell, the internal shell is not aesthetically pleasing. To better enhance both the beauty and practicality of the TuoZhu mouse, I decided to optimize the design by refining its internal and external structure.

Key Improvements:

• Baseplate Optimization: Built upon the original baseplate with extensive fine-tuning, added a USB receiver compartment and incorporated magnetic attachment (4*2mm magnets, same as the fan version).
• Battery Upgrade: Switched from replaceable batteries to Type-C charging, added a battery compartment (20*30mm) to prevent loosening. The current test battery capacity is 400mAh, with plans for further capacity adjustments as needed. Additionally, the charging battery is stepped down to 1.5V for better compatibility with the motherboard voltage.
• Internal Shell Redesign: Redesigned the inner shell into a smooth, curved form, discarding the original TuoZhu inner shell. It is now compatible with the improved base and features an additional screw hole for extra stability.
• Switch Upgrade: The silent switch on the motherboard can be replaced with an e-sports micro switch without affecting the inner shell. The original clip design was not convenient for switch replacement.
• Outer Shell Modification: The outer shell now features a Type-C charging port, redesigned to match the overall structure, making it incompatible with the original TuoZhu shell.
• Scroll Wheel Enhancement: Replaced the original silicone scroll wheel with an ABS 3D-printed version for improved durability.

After multiple iterations, the current version is well-refined and stable in use. Further optimizations will continue to adapt the design to different circuit boards as needed.

Material & Future Improvements:

• Full ABS Printing: The entire mouse is 3D printed with ABS, enhancing durability and longevity.
• Areas for Further Refinement:
  • Rear Arc Design: The tail section needs to be adapted to a curved structure, which is currently being developed by a designer. This will also be integrated into a future wireless charging version, requiring changes to the port placement.
  • Breathing Light Enhancement: Planning to add customizable RGB lighting, with structural optimizations to accommodate it.

These features will be introduced in future versions!

Coming Soon: AI Mouse Compatibility!

Hope you all like it! 🚀

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作为一名科幻设计，我对鼠标的结构感到非常困扰，外壳造型很科幻，很是喜欢，但是内壳却不是很美观，为了能更好的突出拓竹鼠标的美观和实用，于是我决定重新优化设计，将鼠标的里里外外结构都修整一番：

1. 在原来的底板的基础上进行了很多细节部分的超级优化，增加了USB接收器座舱，并增加了磁吸（使用4*2mm）注：风扇同款磁铁
2. 由原来的电池改成TYPE-C充电，增加了电池仓（电池尺寸20*30mm），防止松动，目前测试的电池容量为400mah，后续再根据需求增加电池容量，另外把充电电池降压到1.5V，更利于主板适配电压
3. 内壳进行重新设计成圆弧流线型，抛弃了拓竹原来的内壳，适配改良过的底座，又增加了一个螺丝位置，增加牢固度
4. 可以把主板的静音开关替换成电竞微动开关，内壳可不受影响，原来的位置有卡口，不利于跟换微动开关
5. 外壳也改成了Type-C充电接口，并适配整体的结构，不能跟拓竹的原版进行适配
6. 滚轮抛弃了原本的硅胶，使用ABS打印的替代滚轮硅胶

经过多个版本迭代，目前版本已经完善，后续再进行不定时的优化，争对不同的电路板进行适配，目前使用已经稳定

整体用ABS打印，使用效果更好些，增加使用寿命

还有一些不是很满意的点：

1. 尾部还需要适配圆弧形的结构，已经有设计师制作，后续也会增加到无线充的鼠标版本，接口位置需要改变
2. 增加呼吸灯的配置，结构也会重新优化

以上2点在后面的版本会进行优化

最后就是适配AI鼠标，敬请期待！！！

希望大家喜欢！！！