【超軽量化】安いマウスを魔改造して高級ゲーミングマウスにしてみた

ハク/pc3589

22 Mar 202407:25

Summary

TLDRThe video discusses the presenter's use of the Logitech G304 mouse for a year and their decision to customize it due to boredom with its appearance. They explore a website called Shapeways for 3D printable mouse shell designs and choose a honeycomb-style shell. The presenter then uses a 3D printing service to create the new shell and successfully installs it, significantly reducing the mouse's weight. They also create DIY mouse feet using materials from Daiso. The total cost for the modification is around 5000 yen, including purchasing a used G304 mouse from Mercari.

Takeaways

😀 The speaker has been using the Logitech G304 mouse for about a year due to its affordability and impressive battery life.
🛠️ The speaker decided to customize the appearance of the mouse by completely replacing its exterior parts.
🌐 The website Thingiverse was mentioned as a source for 3D models, including those for mouse exteriors.
🎯 A model resembling the G Pro shape with a honeycomb pattern was chosen for the mouse's new exterior design.
📦 The 3D printing service JLCPCB was used to outsource the production of the mouse parts due to the lack of a 3D printer.
💸 The total cost for the 3D printed parts, including shipping, was approximately $14 or 2000 yen.
⏳ The delivery from China took some time, but the quality of the printed parts was very high.
🔧 The speaker disassembled the G304 mouse by removing the mouse feet, unscrewing the hidden screws, and detaching various components.
🔩 The main components such as the mainboard, side switches, left and right switches, wheel, and battery were reassembled with the new shell.
🏋️ The weight of the mouse was significantly reduced from 100g to 57g after the modification.
💡 The speaker used a DIY method to create mouse feet by punching holes in a slippery sheet purchased from Daiso.
💻 For those without a G304 mouse, the speaker recommends buying a used one on marketplaces like Mercari, as the exterior is entirely replaced during the modification.

Q & A

What mouse has the speaker been using for the past year?
-The speaker has been using a Logitech G304 mouse for the past year.
What are the features of the Logitech G304 mouse that the speaker appreciates?
-The speaker appreciates the Logitech G304 mouse for its affordability and impressive battery life, having not needed to replace the batteries since the purchase.
Why does the speaker want to modify the appearance of the Logitech G304 mouse?
-The speaker has grown tired of the mouse's appearance and wants to change its look.
What website does the speaker mention for finding 3D models for mouse exteriors?
-The speaker mentions the website Thingiverse as a place where one can find 3D models for mouse exteriors.
What type of 3D printing service did the speaker decide to use for the mouse exterior modification?
-The speaker decided to use the 3D printing service provided by JLCPCB for the mouse exterior modification.
Which 3D printing method did the speaker choose for the mouse exterior, and why?
-The speaker chose the SLS (Selective Laser Sintering) powder bed fusion method because it does not require support material and is suitable for complex shapes.
What was the total cost for the 3D printed mouse parts, including shipping?
-The total cost for the 3D printed mouse parts, including shipping, was approximately $14 or about 2000 Japanese Yen.
How does the speaker plan to disassemble the Logitech G304 mouse for the modification?
-The speaker plans to disassemble the mouse by removing the mouse soul, loosening four hidden screws, unplugging three connectors, removing the side switch, main board, left and right buttons, left and right switches, and battery.
What components from the original mouse are needed for the modified version?
-The components needed from the original mouse for the modified version include the main board, side switch, left and right switches, wheel, battery cable, power switch, and the DPI button.
What was the weight difference between the original and the modified mouse?
-The original mouse weighed 100g, while the modified version weighed 57g, resulting in a weight reduction of 43g.
How does the speaker address the issue of the mouse not having a mouse pad after the modification?
-The speaker purchases a slippery sheet from Daiso and uses a hole punch to create a custom mouse pad.

Outlines

00:00

🖱️ Mouse Customization with 3D Printing

The speaker discusses their experience using the Logitech G304 mouse, highlighting its affordability and impressive battery life, which has not required a battery change in a year. However, feeling the urge to personalize the mouse's appearance, they decide to completely replace the exterior using a 3D printed model found on Thingiverse, a popular platform for 3D printing designs. The chosen model resembles the G Pro shape with a modern honeycomb pattern. The video outlines the process of outsourcing the 3D printing to JLCPCB, a site known for PCB manufacturing but also offering 3D printing services, using the SLS (Selective Laser Sintering) method, which is ideal for complex shapes without the need for support materials. The final product arrives from China with high-quality printing that matches or exceeds home 3D printer capabilities. The speaker then proceeds to disassemble the G304, listing the parts needed for the assembly with the new 3D printed shell.

05:03

🛠️ Transforming a Mouse with DIY Aesthetics and Weight Reduction

After receiving the 3D printed shell, the speaker assembles the mouse with the original internal components, resulting in a significant transformation in appearance and a substantial weight reduction from 100g to 57g. They also address the absence of mouse feet by creating custom ones using a sliding sheet from Daiso and a hole punch, achieving a cost-effective and functional solution. The video recommends purchasing a used G304 on platforms like Mercari for those without the original mouse, as the exterior is not used in the modification. The speaker concludes by estimating the total cost of the project to be around 5000 yen, including the purchase of the mouse and the 3D printed parts, and encourages viewers to try this mouse modification.

Mindmap

Keywords

💡G304

The Logitech G304 is a wireless gaming mouse known for its affordability and impressive battery life. In the video, the speaker mentions using this mouse for over a year without needing to change the battery, highlighting its efficiency. The G304 serves as the base model for the customization project.

💡3D Printing

3D printing is the process of creating three-dimensional objects from a digital file. The video discusses using a 3D printing service to create a new shell for the G304 mouse. This technology allows for detailed and customized modifications, such as changing the mouse's external appearance and weight.

💡SLS (Selective Laser Sintering)

Selective Laser Sintering is a 3D printing technique that uses a laser to sinter powdered material into solid structures. The video mentions choosing this method for its ability to produce complex shapes without the need for support structures, making it ideal for the intricate design of the modified mouse shell.

💡Singiverse

Singiverse is an online platform where users can find and share 3D models for printing. The video references this site as the source for the G304 mouse shell designs. It provides a variety of options, including popular honeycomb designs, which are trendy for their aesthetic and functional benefits.

💡Honeycomb Design

Honeycomb design refers to a structure made up of hexagonal cells, often used in 3D printed objects for its strength-to-weight ratio. The video highlights choosing a honeycomb shell for the G304, which not only modernizes the look of the mouse but also reduces its weight significantly.

💡Mouse Modification

Mouse modification involves altering a mouse's hardware or appearance to better suit personal preferences or performance needs. In the video, the speaker decides to change the G304's exterior shell to refresh its look and reduce its weight, demonstrating a practical application of customization.

💡JLCPCB

JLCPCB is a company that provides PCB manufacturing and 3D printing services. The video mentions using JLCPCB to print the new mouse shell, praising the quality and affordability of their service. This choice highlights the accessibility of professional-grade manufacturing for individual projects.

💡Battery Life

Battery life refers to how long a battery-powered device can operate before needing a recharge or battery replacement. The video emphasizes the G304's long battery life as a major advantage, with the speaker not having to change the battery in over a year of use.

💡Mouse Shell

The mouse shell is the outer casing that houses the internal components of a mouse. In the video, the speaker replaces the G304's original shell with a 3D-printed one to change its appearance and reduce its weight. This modification is central to the video's theme of personalization.

💡Customization

Customization is the process of making changes to something to better fit individual preferences. The video's main theme revolves around customizing the G304 mouse by changing its shell. This process involves selecting a design, printing it, and assembling the modified mouse, showcasing the potential for personalizing everyday devices.

Highlights

Introduction of using a Logitech G304 mouse for about a year due to its affordability and impressive battery life.

Decision to modify the mouse's appearance due to boredom with its current look.

Mention of using Thingiverse, a site for 3D models, to find a new shell for the G304 mouse.

Selection of a honeycomb-shaped model resembling the G Pro mouse for the modification.

Explanation of the process to outsource 3D printing to a service due to the lack of a personal 3D printer.

Introduction of JLCPCB, a site known for PCB manufacturing, which also offers 3D printing services.

Choice of the SLS powder bed fusion technique for 3D printing due to its suitability for complex shapes.

Description of the high-quality 3D printed parts received from China, emphasizing the precision of the details.

Demonstration of disassembling the G304 mouse to prepare for the modification.

List of parts required for the modification, including the mainboard, side switches, and battery.

Assembly instructions for attaching the new shell to the mainboard and reassembling the mouse.

Transformation of the mouse's appearance to a modern look after the modification.

Reduction in the mouse's weight from 100g to 57g after the modification.

Suggestion to purchase a mouse pad from Daiso to replace the missing mouse pad.

Creative method of making a custom mouse pad using a hole punch and a slippery sheet.

Recommendation to buy a used G304 mouse on Mercari for those without one, as the exterior is not used in the modification.

Economical aspect of the modification, with a total cost of around 5000 yen including the mouse and modification parts.

Conclusion of the mouse modification video and an invitation to try the process.