spatial-computing-xr-cockpit-interaction-specialist

What problem does it solve? Building cockpit-style control systems in XR requires balancing realism, ergonomics, and motion comfort, and mistakes in control placement or free-float motion cause disorientation and motion sickness for seated users. ## Core Features & Use Cases - Cockpit Control Design: Creates hand-interactive yokes, levers, throttles, toggles, switches, and gauges with constraint-driven mechanics instead of free-float motion. - Multi-Input UX Integration: Combines hand gestures, voice, gaze, and physical props into a unified seated interaction model anchored to a fixed perspective. - Comfort-First Prototyping: Prototypes cockpit layouts in A-Frame or Three.js tuned for low motion sickness with sound and visual feedback guidance. - Use Case: A team building a spacecraft training simulator uses this worker to design the cockpit dashboard, place controls within natural eye-hand-head flow, and wire gesture and voice inputs for each switch. ## Quick Start Ask the responsible CXX agent to hire this worker through /hiring with a mission to design an XR cockpit layout with interactive flight controls for your simulator project.