Precision mechanics
The five-axis rig
A compact beam-splitter architecture designed around controlled movement and repeatable optical alignment.
01 / The platform
Five controlled axes. One coordinated image.
The rig is not a collection of isolated mechanisms. Tilt, height, roll, interaxial, and convergence work as one system around the optical path.
Designed to turn complex stereoscopic alignment into a repeatable production workflow.
Axis 01Tilt
Axis 02Height
Axis 03Roll
Axis 04Interaxial
Axis 05Convergence
Imaging
Camera-ready geometry
True-scale camera bodies and mounts make the digital system useful for real configuration work.
Optics
Lens-aware by design
Optical components share a common origin and scale so clearances can be understood before the physical build.
Control architecture
The intelligence inside
Controller, driver, and power boards form a serviceable stack built to coordinate the moving system.
02 / Interactive model
The proof is in the geometry.
Rotate and inspect the supplied Eclipse CAD model with reference-matched PBR finishes for anodized aluminum, powder-coated panels, carbon fiber, stainless hardware, and optical glass.
Preparing CAD modelReading the textured CAD geometry…
Drag: rotate · Scroll or pinch: zoom · Right-drag: moveSource: exact CAD · photoreal material pass
5 motorized axesTilt, height, roll, interaxial, and convergence.
Working prototypeThe physical rig and prototype control app already exist.
Recorded contextTimecode and motor-position recording are part of current development.
03 / Electronics stack
Separate every board, then bring the complete stack together.
The detailed FBX contains three real assemblies—the controller, driver, and power boards—plus their modeled components, spacers, and fasteners. Use the controls to inspect the assembled stack or move through the exploded sequence.
Preparing electronics stackReading the detailed FBX conversion…
Drag: rotate · Scroll or pinch: zoom · Use the slider to scrub the assemblySource: stack_rev_a.fbx · exact board hierarchy
3 board assembliesController, driver, and power boards remain independently movable.
Modeled hardwareFour layers of standoffs and fasteners travel with the exploded sequence.
True scaleThe original FBX dimensions and component geometry are preserved.
04 / Connected workflow
The physical and digital systems belong together.
Mechanics, optics, electronics, software control, timecode, and motor-position metadata are being developed as one stereo-production platform—not separate accessories.
Optical reference
From mechanical geometry to the intended shot.
The next model passes can add named components, axis movement, and separate exploded mechanical and electronics views.
Physical rig control remains private and authenticated.