AirPixel XT delivers high-precision camera tracking for dynamic AR graphics in large-scale, uncontrolled environments like racetracks, stadiums, golf courses, and festivals—where optical systems often fail. It provides real-time position and orientation data (pan, tilt, roll) without line-of-sight limitations or lighting interference.
Ideal for immersive sports coverage and live event visuals, it supports advanced workflows such as in-camera VFX and Simulcam with integrated FIZ and genlock for seamless, frame-accurate tracking. Powered by RTK GNSS and inertial technology, AirPixel XT is built for consistent performance in demanding conditions.
Fully compatible with Unreal Engine, Pixotope, Brainstorm, Disguise, VizRT, and Zero Density, it integrates quickly into professional broadcast pipelines, delivering scalable, dependable results.
Position, Pan, Tilt & Roll (6DOF)
AirPixel XT provides accurate pan, tilt and roll plus X, Y, Z position up to 100 times a second. Advanced filtering is used, combining inertial sensor and GNSS data to significantly reduce drift.
No Lighting Restrictions
AirPixel works in all weather conditions including bright sunlight, rain, mist or total darkness.
Highly Scalable
AirPixel XT is suitable for locations with virtually unlimited size without any deterioration in position quality. From athletics stadiums to Grand Prix circuits, the potential is limitless!
No Line Of Sight Required
The use of inertial sensors and satellite positioning means AirPixel XT requires no line of sight to any additional hardware or visual markers. Only an open view of the sky is needed to receive satellite signals.
FIZ Data / Genlock Integration
AirPixel XT can read the focus, iris and zoom (FIZ) values from a variety of cameras and controllers. It seamlessly integrates FIZ data and genlock to provide a complete data set to the render engine.
Supports Major Rendering Platforms
AirPixel XT integrates with Unreal Engine and other popular rendering solutions such as Pixotope, Disguise d3, Zero Density, Brainstorm, VizRT and MotionBuilder. Data is output using AirPixel or FreeD protocol.
Quick To Deploy
The initial setup can be done in under an hour depending on stage complexity and the re-initialisation takes only 2 minutes after power up.
Low Latency
AirPixel is a low latency system suitable for all real-time applications. All data is processed on camera and transmitted with as little as 20 ms latency.
Small Payload
AirPixel uses a small receiver placed on the camera, plus a compact control and processing unit, weighing a combined 700 g (1.5 lb). No further processing is required.
