Tatau Strike Core
The machine’s low-power brain reads every sensor many times a second, runs smart features on the machine and connects to a phone or iPad over Bluetooth. Updates arrive through the app.
Inside the instrument
Purpose-built sensing and feedback, with each component described by what it does. Hardware availability follows the edition comparison.
AR glasses / Development preview
See the stencil-overlay setup from the artist’s view through AR glasses.
The electronics
The machine’s low-power brain reads every sensor many times a second, runs smart features on the machine and connects to a phone or iPad over Bluetooth. Updates arrive through the app.
6-axis motion sensing: three directions of movement and three of rotation. Reads angle, hand speed, shake and movement changes associated with fatigue; also supports drop detection and tap gestures.
Reads how hard the needle is pressed into the skin for live feedback.
Reads needle stroke and depth as the needle moves. Needle depth measurements are shown in inches.
Thin pressure zones read grip strength and finger balance. The planned system compares grip with needle pressure to flag squeezing that may compensate for a poor angle, and supports an artist grip signature.
A no-touch heat sensor aimed at the needle point supports overworked-skin warnings and practice-versus-live skin checks. Reference examples: practice material around room temperature, about 70–75°F, and live skin about 90°F. Temperature varies; the apprentice workflow also uses mentor approval and camera/depth confirmation.
Monitors motor and body temperature. Designed to warn, lower power and pause when the machine approaches its operating temperature limits.
Small motors in the grip give directional cues: left/right, and top-direction cues on PRO. Also carry alerts and mentor guidance. Motor count and patterns depend on edition.
An LED ring shows machine mode, depth level where supported, alerts and battery. PRO uses a full-color ring.
PRO motorized auto-depth sets depth, stroke and power from the skin profile chosen in the app. The artist can always fine-tune by hand; in apprentice mode the mentor sets the permitted range. S is manual; SE adds suggested depth.
The PRO tip camera watches only the needle point for stencil tracking and a shading coverage map that counts passes over an area. It does not watch the client, room or station.
Reads a chip in each cartridge to log needle type and lot number, identify a fresh cartridge and reject one retired from another client’s session. Also supports tap-in badges and wristbands through gloves. Included on SE and PRO.
Buffers the session on the machine if the phone or iPad connection drops, then syncs when the connection returns. Designed to help retain session records through connection gaps; final capacity and retention behavior are to be confirmed.
A signed serial number supports a phone-tap genuine check, owner registration, warranty and service history, plus theft lock.
The motion sensor detects a fall and is designed to brake the motor before impact. Final detection and braking performance remain subject to prototype testing.
Designed to start the motor when the machine is properly held in a working position and stop it when it is set down, without a foot switch.
Double-tap to switch lining/shading modes, with a confirming buzz.
Adjustable stroke and saved motor settings support different work, switched by button, tap or app according to the edition.
PRO adjusts voltage and stroke from hand speed in real time and can use cartridge information for setup. SE provides lining/shading presets; S uses manual settings.
Rechargeable. Runtime: [BATTERY HOURS]. S has a built-in pack; SE a larger built-in pack; PRO has two swappable packs.
What stays off the machine
The station camera, LiDAR depth sensing and AI artist voice run on the artist’s own phone or iPad. They are not extra cameras or depth-sensing hardware inside the machine. The PRO Tip Camera sees only the needle point.
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