AirPods Max Upgrade: Lightning Port Replaced with USB-C in New Project by Hardware Prototyping Consultant Ken Pillonel
In a bid to address repairability and sustainability concerns in consumer electronics, hardware prototyping consultant Ken Pillonel has taken on a new project that involves replacing the Lightning port with USB-C in Apple’s AirPods Max. This project comes as a response to user discontent over the premium headphones’ continued reliance on the Lightning port for charging, while most other Apple devices have already made the switch to USB-C. Additionally, rumors of a second-generation version of the AirPods Max making the transition have been circulating.
One of the main motivations behind this project is to provide a viable fix for damaged AirPods Max Lightning ports, which can be quite expensive to replace. Pillonel has developed a custom replacement part that allows technically proficient AirPods Max users to upgrade their headphones to USB-C themselves. The process involved intricate design and manufacturing processes, including the creation of an open-source USB-C conversion circuit and a custom printed circuit board that seamlessly fits without the need for drilling or damaging any original components.
The replacement part is designed to sit on top of the existing board, carefully avoiding contact with other components. To address potential durability concerns, Pillonel incorporated a flexible section that mitigates stress on the connector, ensuring the longevity of the kit. While Pillonel explored the possibility of enabling audio pass-through via the USB-C port, he ultimately decided against it due to the high cost and complexity of integrating Apple’s proprietary technology.
For those interested in upgrading their AirPods Max, Pillonel has made the conversion kit available for purchase through his online shop. The kit comes with detailed instructions to guide users through the process.
Looking ahead, rumors suggest that the second-generation AirPods Max, expected to launch in late 2024, will feature a USB-C port instead of the Lightning port. However, no other significant changes are anticipated, meaning that the headphones may miss out on features such as the H2 chip and Adaptive Audio. Nevertheless, there may be new color options to look forward to.
As Pillonel’s project highlights the importance of repairability and sustainability in consumer electronics, it serves as a reminder that small changes can make a big impact. By offering a solution for damaged Lightning ports and aligning with the industry standard of USB-C, this project not only addresses user concerns but also contributes to a more sustainable future for electronic devices.
