Can Noland Arbaugh walk with his Neuralink implant?

His current Neuralink implant allows him to control electronic devices with his mind, but it does not restore the ability to walk. He is hoping a future dual implant could achieve this.

What is the goal of Neuralink's dual implant technology?

The goal of a dual implant would be to stimulate nerves in the spinal cord to restore limb function and enable walking.

Who is Noland Arbaugh and what has he achieved with Neuralink?

Noland Arbaugh is Neuralink's first patient, who became quadriplegic after a diving accident. His current implant enables him to control devices and write a book.

Home / Technology / Neuralink Patient Eyes Second Implant for Walking

Neuralink Patient Eyes Second Implant for Walking

22 Nov, 2025

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Summary

Noland Arbaugh hopes a second Neuralink implant can help him walk again.
The first implant allows him to control devices with his mind.
A dual implant would target the spinal cord to restore limb function.

Neuralink Patient Eyes Second Implant for Walking

Noland Arbaugh, the first Neuralink patient, is expressing immense enthusiasm for the possibility of receiving a second implant. This groundbreaking device, potentially placed in his spinal cord, aims to restore his ability to walk, a function not addressed by his current brain implant. That initial implant, received in 2024, has already enabled him to control electronic devices and engage in activities like writing a book.

While Arbaugh is "fired up" about the dual implant concept, it remains unclear if the necessary technology for two implants to work in tandem is currently available. Neuralink co-founder Elon Musk has alluded to this upgrade possibility, suggesting Arbaugh could be among the first recipients. The company has a significant waitlist, and its current implant procedure is highly invasive.

Brain-computer interface technology is rapidly evolving, with ongoing advancements from various institutions and companies. These developments include implants designed for limb function restoration, restoring eyesight, and treating neurological disorders. Furthermore, recent innovations allow for seamless control of devices like iPads and iPhones using only thought.