XR Cockpit Interaction Specialist

Designs immersive cockpit-based control interfaces for XR environments using A-Frame and Three.js.

2|Updated May 21, 2026
One-click install
npx skills add https://github.com/tcvdog/agency-agents-hermes --skill xr-cockpit-interaction-specialist-tcvdog
Or copy as Structured Prompt for Agent▼
Please help me install this Agent Skill.
Skill: XR Cockpit Interaction Specialist
Source: https://github.com/tcvdog/agency-agents-hermes/tree/main/spatial-computing/xr-cockpit-interaction-specialist
Command: npx skills add https://github.com/tcvdog/agency-agents-hermes --skill xr-cockpit-interaction-specialist-tcvdog

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve? Designing cockpit-style interfaces for XR is difficult because controls must feel realistic, support multiple input modes, and avoid causing motion sickness in seated users. This Skill provides expert guidance for building fixed-perspective, high-presence cockpit environments with spatial controls. ## Core Features & Use Cases - Cockpit Layout Prototyping: Design hand-interactive yokes, levers, throttles, and dashboards with toggles, switches, and gauges in A-Frame or Three.js. - Multi-Input UX Integration: Combine hand gestures, voice, gaze, and physical props into a cohesive control scheme with constraint-driven mechanics. - Comfort-First Design: Anchor the user perspective to seated interfaces and tune experiences against motion sickness thresholds. - Use Case: You are building a spacecraft training simulator in WebXR. Use this Skill to lay out the cockpit dashboard, wire up gesture and voice controls for the throttle and switches, and tune the seated experience so trainees can operate it for extended sessions without discomfort. ## Quick Start Ask the agent to design a cockpit layout with interactive flight controls and a dashboard for a seated WebXR flight simulator prototype.

Frequently Asked Questions about XR Cockpit Interaction Specialist

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I design cockpit controls for an XR simulator?▼

Design cockpit controls by building hand-interactive yokes, levers, and throttles as 3D meshes with input constraints that prevent free-float motion. Add dashboard UIs with toggles, switches, and gauges that provide sound and visual feedback on interaction.

How to reduce motion sickness in seated VR experiences?▼

Reduce motion sickness by anchoring the user perspective to a fixed seated interface rather than allowing free movement. Align cockpit ergonomics with natural eye-hand-head flow and respect established motion sickness thresholds during tuning.

Can I prototype XR cockpit interfaces with A-Frame or Three.js?▼

Yes, A-Frame and Three.js are the recommended frameworks for prototyping cockpit layouts in WebXR. They support 3D mesh controls, animated dashboard feedback, and the input handling needed for gesture and gaze interactions.

What input methods work for XR cockpit interfaces?▼

XR cockpits support multi-input UX combining hand gestures, voice commands, gaze tracking, and physical props. Controls should use constraint-driven mechanics so interactions map to realistic cockpit behavior rather than unconstrained motion.

When should I use a cockpit interface instead of free-roam VR?▼

Use a cockpit interface for seated simulation scenarios like vehicles, spacecraft, or training systems where a fixed perspective increases presence and comfort. Free-roam VR suits exploration but raises disorientation risk for stationary control tasks.