MIKROE Shipped Spatial Tracking Modules for Apple Vision Pro
The new S1 and R1 modules enable physical objects to be tracked within the visionOS environment.
Updated on Sept. 29, 2026 in Semiconductors
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Would you use spatial tracking hardware to integrate physical objects into virtual reality design projects?
MIKROE has begun shipping its Spatial Anchor S1 and R1 tracking modules, which allow physical objects to be registered and tracked within the Apple Vision Pro ecosystem. The hardware integration is now supported by Innoactive Spatial design review software.
Why it matters
This development bridges the gap between physical hardware and virtual environments, allowing users to incorporate real-world tools into visionOS workflows. It enables professional designers and engineers to interact with physical proxies inside immersive spaces.
MIKROE launched two hardware modules, the S1 for small-scale peripherals like joysticks and the R1 for larger structures such as flight simulators. Both units leverage a combination of infrared optical tracking and inertial sensing to maintain spatial data.
The players
MIKROE
A developer of specialized sensor hardware and physical-to-digital interface modules for immersive computing platforms.
Apple Vision Pro
A spatial computing headset platform that integrates digital content into the physical environment via visionOS.
Innoactive Spatial
A software company focused on enterprise design review solutions that now provide native support for spatial tracking peripherals.
The details
The modules function by pairing to the Apple Vision Pro via Bluetooth, broadcasting positional data into visionOS. The system relies on infrared optical tracking — the use of light in the non-visible spectrum to map coordinates — combined with inertial sensing, which measures acceleration and orientation to calculate movement through 3D space. Users attach the modules to physical objects to create a digital twin that mimics the object's real-world motion in the headset.
Timeline
September 29, 2026: The Spatial Anchor S1 and R1 modules officially began shipping.
The Tech Race
This release follows the rapid expansion of spatial computing ecosystems that require tighter integration between physical assets and virtual interfaces. The hardware enables MIKROE to compete by providing specialized sensor solutions that bridge gaps in existing visionOS object tracking APIs.
Professional users can now integrate physical joysticks or larger simulator components into their Apple Vision Pro design workflows. Compatibility requires pairing the module over Bluetooth, enabling real-time motion synchronization within supported software like Innoactive Spatial.
The takeaway
This launch signifies a shift toward treating physical peripherals as standard inputs in spatial computing environments. Watch for future Innoactive Spatial software updates that may expand the library of compatible physical objects for these tracking units.
Further reading
For more on how new sensor hardware is shaping the industry, see Semiconductors.
More information
For technical specifications and support details, visit the MIKROE official product and support website.
Live Poll
Would you use spatial tracking hardware to integrate physical objects into virtual reality design projects?
