VR & XR Motion Controller Tester WebXR Spatial Telemetry
Inspect spatial 3D coordinates (6-DOF position/rotation), verify controller triggers buttons press, and command dynamic haptic rumbles.
Move your VR controller inside spatial boundary. The visual vector line tracks positional coordinates `(X, Y)` and rotates with angular `Pitch / Roll / Yaw`.
How to Test VR Headsets, Motion Controllers, and Spatial Coordinates Online
Virtual Reality (VR) and Mixed Reality (MR) hardware rely on high-precision spatial tracking and responsive input controllers. If you experience drift in virtual environments or button latency, testing your WebXR pipeline online is a vital calibration step. Our VR & XR Motion Controller Tester queries direct WebXR coordinates to test buttons, tracking, and haptic feedback.
รฐลธโขยถรฏยธย Six Degrees of Freedom (6-DOF) Spatial Tracking
Modern VR systems use 6-DOF tracking to record position coordinates (X, Y, Z translation) and orientation angles (Pitch, Roll, Yaw rotation) in 3D space. Our telemetry grid traces controller tracking variables in real-time. Moving your physical controllers should instantly update these values, confirming that your tracking cameras and sensors are aligned.
รฐลธลฝยฎ Verifying VR Controller Button Maps and Analog Triggers
VR controllers incorporate a variety of digital buttons, thumbsticks, and capacitive touch sensors alongside analog grab/fire triggers. Our visual mapper shows active states for all inputs. The analog trigger progress indicators measure raw pull rates from 0.00 to 1.00, critical for games requiring precise, pressure-sensitive interaction.
รฐลธโยณ Testing Haptic Rumble Motors and Actuators
Haptic feedback is crucial for creating convincing, immersive environments. Our haptic test module sends pulse requests directly to your controller's actuator. Testing this haptic rumble loop verifies that your controller's internal motors are responding and helps diagnose structural vibration faults.