When it comes to computer peripherals, Apple has always been ahead of the curve, pushing the boundaries of design and functionality. The Magic Mouse, released in 2009, was no exception. Its sleek and low-profile design, coupled with a touch pad for gestures, set it apart from its predecessors. However, it wasn’t without its flaws.
One of the major gripes users had with the Magic Mouse was its ergonomics. Some found it uncomfortable to use for extended periods, leading to hand fatigue and discomfort. Various 3D models and commercial products attempted to address this issue, with some even incorporating wireless charging. But the fundamental problem remained – the location of the charging port.
The Magic Mouse’s charging port was situated at the bottom, making it impossible to charge and use the mouse simultaneously. This inconvenience became known as “Dead Magic Mouse syndrome.” Previous attempts to relocate the charging port failed due to the way Apple designed the mouse’s circuit.
Enter [Ivan Kuleshov], a tinkering enthusiast who decided to take matters into his own hands. By modifying existing 3D models and delving into Apple’s circuitry, he devised a groundbreaking solution. Instead of working around Apple’s design, he completely bypassed it.
[Ivan] added a USB-C port and a TP4056-based charging module directly soldered to the battery’s terminals. This innovative approach allowed the battery to be topped off while keeping the mouse functional. Through experimentation, [Ivan] successfully increased the reported battery charge in MacOS. While his solution isn’t flawless, it represents a significant step forward.
But [Ivan]’s modifications didn’t stop at the charging issue. He also redesigned the 3D printed shell, splitting the Magic Mouse into upper and lower sections. This not only improved the mouse’s ergonomics but also ensured the optical sensor sat properly on any surface. The touch-sensitive top section was retained, maintaining the mouse’s core functionality.
For those eager to embark on their own Magic Mouse upgrade, [Ivan] plans to share the project files on his GitHub account soon.
Innovation often stems from challenging the status quo. [Ivan Kuleshov]’s unconventional approach to fixing the Magic Mouse’s flaws breathes new life into an iconic peripheral. While Apple continues to shape the future of technology, passionate individuals like [Ivan] remind us that we can reshape the tools we use every day.
Frequently Asked Questions
Q: What were the major flaws of the original Magic Mouse?
A: The main flaws were its ergonomics and the position of the charging port. Many users found it uncomfortable to use for extended periods, and the charging port at the bottom prevented simultaneous charging and usage.
Q: How did [Ivan Kuleshov] address these flaws?
A: [Ivan] bypassed Apple’s circuitry and added a USB-C port, a TP4056-based charging module, and a redesigned 3D printed shell. These modifications allowed for more comfortable usage and the ability to charge the mouse while in use.
Q: Where can I find [Ivan Kuleshov]’s project files?
A: [Ivan] plans to make the project files available on his GitHub account in the near future.
The Magic Mouse Reimagined: A Bold Solution to Its Flaws .
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