User-adjustable counterweights
The user can tune balance for headphones with uneven mass or a center of gravity that does not sit naturally in the middle.
Dockix support path
Levitation needs a controlled landing.
Magnetic levitation gets attention. Daily use depends on the return path: balance tuning, broad headband contact, power-loss buffers and a cradle workflow that stays easy after the effect wears off.
Start with the support-test evidence, then see how the cradle, buffer points and self-parking workflow protect the headset after the levitation effect ends. View support evidence
Evidence first
Magnet-only levitation still leaves a contact problem.
Point-contact headphone stands and magnet-only levitating stands can leave the headband resting on one small hard area. Over time, that concentrated load can become the place where dents, cracks or faster wear begin.
Dockix answers that with a cradle. The headset still floats, but the contact surface is no longer treated as an afterthought.
Contact area matters
The public proof stays practical.
The important idea is simple: the headband needs a shaped resting surface, not only a magnetic effect.
Four coordinated responses
Four controls, one safer return.
Broad curved support
A wider curved resting surface distributes headband contact across more area than a narrow peg.
Power-loss protection
If power is interrupted, dedicated buffer points are designed to meet the levitation housing first, helping the headset settle into support instead of onto one hard stress point.
Self-parking universal cradle
The magnet module can stay in place. Daily use becomes a simple two-stage pick-and-place: lift the headphones, return them to the cradle, without repeatedly handling the magnet.
Product detail evidence
The motion system also needs control points and a guided air path.
Product detail images explain how Beacon 01 behaves internally: air intake, load adjustment and side airflow are technology context, not the main shopping gallery.
Public content explains user-visible behavior. Internal layouts and material recipes remain inside the engineering files.
Engineering boundary
Public explanation, private construction.
Dockix explains the user-visible behavior: a broader support surface, balance tuning, power-loss contact path and self-parking cradle.
Internal layouts and material recipes stay inside the engineering files. Public content focuses on what the system does for the user.
Application status
An application around structure, not an issued right.
Chinese utility model application accepted by CNIPA. Application date: May 18, 2026.
The application covers the support and adaptation structure. This is an application-status disclosure, not a claim that an issued U.S. patent exists.