3D Hardware Twins
From rugged devices to Mars systems.
A quality-gated public visual showcase of selected 4P3X hardware twins spanning personal devices, repairable wearables, engineering systems, vehicle programmes and the high-fidelity Mars / Astravex research set.
The twins no longer need PHOENIX to explain them.
PHOENIX remains a development world, but the hardware work is broader than any one environment. This page brings selected twins forward as their own public engineering showcase.
One gallery. Multiple engineering scales.
Choose a category, then select a twin. The public sets expose named inspection views such as exterior, cutaway, exploded and cockpit. Selected device, wearable and Flux families also open as interactive 3D twins.
4P3X Rugged Device Family™
Source-based interactive model · provisional geometry and unmeasured dimensions. Use Hardware gallery in the twin to return.
Mars / Astravex twins now lead the space showcase.
The newer public set gives the space work a much stronger presentation: exterior, cutaway, exploded and cockpit views for the principal craft, alongside dedicated lander, relay and deep-space ground-terminal twins. Earlier low-detail orbital concept cards have been removed from this public showcase. They remain development history, not presentation material.
Six Mars / Astravex twins
Exploration craft, logistics transport, orbital station, surface lander, representative Mars relay and deep-space ground terminal are presented as the newest public visual set.
Independent research demonstrators
These are reference-informed 4P3X research twins and public engineering visualisations. They are not provider CAD, flight-qualified hardware, manufacturing drawings or evidence of third-party endorsement.
Show the engineering achievement. Explore selected models.
The gallery retains public render views across the device, wearable, Flux and space families. Rugged devices, headphones, NeuroNav™, FluxLoop™ and FluxLattice™ also open as source-based interactive 3D models. Their geometry is provisional, not measured manufacturing CAD or proof of physical performance.
Personal devices. Connected systems. Vehicles. Space.
Different scales, one evidence-aware development philosophy: make the idea visible, inspect it from meaningful public views, keep assumptions labelled and identify what still needs physical proof.
