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Official @neuralink Short Published 24 Jul 2026 Duration 0:50 ID V06QXVSWxDs

Controlling A Wheelchair With Your Mind: technical breakdown, key moments and clinical context

Published on 24 July 2026 ('Controlling A Wheelchair With Your Mind', 0:50 Short), this clip summarizes how a clinical trial participant steers a powered wheelchair by pushing a neural cursor across a live forward-facing camera feed—up for forward, down for reverse, left/right to turn, with speed proportional to cursor distance.

24 Jul 2026Published dateOfficial @neuralink Short · 0:50
V06QXVSWxDsYouTube Video IDChannel UCLt4d8cACHzrVvAz9gtaARA · Embeddable (200 OK)
Tier 1Evidence classHuman Feasibility (Mobility)
Robotic arms & wheelchair mobilityPrimary topicPaired with /neuralink/robotic-arms-wheelchairs
Key points
  • Primary record: Official @neuralink short (V06QXVSWxDs) published on 24 Jul 2026 (duration 0:50).
  • What it shows: Re-using a validated 2D neural cursor to command continuous 2D vehicle velocity (surge and yaw).
  • Technical pathway: Motor cortex → Telepathy cursor → live camera HUD vector displacement → proportional wheelchair drive.
  • Evidence boundary: 50-second companion Short to 78m32VSOMBk; supervised clinical prototype.

Watch the official video record

Poster illustration for Controlling A Wheelchair With Your Mind
Official @neuralink Short 24 Jul 2026 · 0:50 Tier 1 · Human Feasibility (Mobility)
Controlling A Wheelchair With Your Mind

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Source: Neuralink (@neuralink) · Channel UCLt4d8cACHzrVvAz9gtaARA · Video V06QXVSWxDs · Checked 30 Oct 2026 Direct YouTube link ↗

Official upload from @neuralink (24 Jul 2026, 0:50).

Read verbatim official @neuralink YouTube description & caption provenance

Caption & verification basis: English auto-generated captions (Official video playback, English caption track, official description, and primary Neuralink disclosures).

We've been exploring how clinical trial participants can control a powered wheelchair — with their minds.

The Neuralink implant decodes movement intentions in real time to move an on-screen cursor. That cursor controls a custom app that shows a live camera feed of what's in front of the participant. Move the cursor up and the wheelchair goes forward; down, backward; left and right to steer. The farther they push the cursor in any direction, the faster the chair moves.

This video provides an early look at our work on telepathic wheelchair control — an important step on the path towards restoring independent mobility for people with paralysis.

Learn more: neuralink.com

Neuralink devices are investigational and have not been approved by the FDA or other regulatory authorities. This video features voluntary clinical trial participants sharing their personal experiences, which may not reflect all participants or future outcomes.

Technical pathway and evidence classification

Video notes · 24 Jul 2026 · Short (0:50) Camera-Guided Powered Wheelchair Interface (Short)
EVIDENCE CLASSIFICATION Tier 1 · Human Feasibility (Mobility) Video ID: V06QXVSWxDs Published: 24 Jul 2026 (0:50) PRIMARY SUBSYSTEM Robotic arms & wheelchair mobility Channel: @neuralink (verified) Embed: Embeddable (youtube-nocookie) INTERPRETATION BOUNDARY Investigational Context Not FDA marketing approval Verify against clinical registries
Technical pathway Signal & hardware chain

Motor cortex → Telepathy cursor → live camera HUD vector displacement → proportional wheelchair drive

Analytical scope What to keep in mind

50-second companion Short to 78m32VSOMBk; supervised clinical prototype.

Timestamped breakdown and key moments

Sequential moments in Controlling A Wheelchair With Your Mind (0:50)
TimestampSegment / eventWhat happens in the segment
00:00Live camera HUD overlayShows the tablet interface displaying what is in front of the wheelchair.
00:22Proportional speed & turningDemonstrates smooth indoor and outdoor maneuvering via cursor displacement.

What this video demonstrates—and what it does not establish

What this video demonstrates

  • Re-using a validated 2D neural cursor to command continuous 2D vehicle velocity (surge and yaw).

Scope limits & what it does not establish

  • Early supervised feasibility prototype; commercial wheelchair integration requires independent obstacle-avoidance and regulatory clearance.

How this fits into Neuralink's broader clinical and hardware roadmap

This video sits inside the Robotic arms & wheelchair mobility (CONVOY) research track on StonkBuilder's independent Neuralink hub. All Neuralink hardware (the N1 implant and R1 surgical robot) and clinical programs (PRIME NCT06429735, CONVOY, and VOICE NCT07224256) remain investigational and have not received FDA commercial marketing authorization. Read our full companion guide at Robotic arms & wheelchair mobility (CONVOY) for cohort context.

Companion Deep-Dive Explainers

Research Explainer

Robotic arms & wheelchairs

How Neuralink's CONVOY study and Telepathy interfaces let participants control assistive robotic arms and steer powered wheelchairs with neural signals.

Open topic guide →Research Explainer

Telepathy & cursor control

Explore how Neuralink PRIME study participants use Telepathy for wireless cursor control, CAD design, digital painting, gaming and handwriting decoding.

Open topic guide →Research Explainer

Safety, privacy & ethics

Objective analysis of Neuralink's clinical and ethical questions: surgical risks, thread retraction, biocompatibility, neural privacy and explant support.

Open topic guide →

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Sources checked 30 Oct 2026

Sources and official records

  1. [1] Neuralink YouTube (2026-07-24): Controlling A Wheelchair With Your Mind · Verified 30 Oct 2026
  2. [2] Neuralink: Official YouTube Channel (@neuralink, UCLt4d8cACHzrVvAz9gtaARA) · Verified 30 Oct 2026
  3. [3] Neuralink: Official website and investigational device notice · Verified 30 Oct 2026
  4. [4] Neuralink: CONVOY Study Launch (assistive robotic arm control) · Verified 30 Oct 2026
  5. [5] Neuralink: Clinical Trials and Patient Registry · Verified 30 Oct 2026