ORGOBOT lab — Print Snapshot
Printed 2026-04-14Design-Fiction Scale
Scale1 : 50,000,000
Assembly1 nm
First visibility7 mm
Print cage Ø80 mm
Factory Spec — Default Geometry
| Total diameter | 80.0 mm |
| Tolerance / clearance | 0.2 mm |
| Cage detail (subdivision) | 1 |
| Strut radius | 1.5 mm (Ø 3 mm) |
| Node radius | 3.5 mm (Ø 7 mm) |
| Node tangential ratio | 1.0 (sphere) |
| Node flatness | 0 |
| Magnet bore radius | 2.0 mm (Ø 4 mm) |
| Magnet depth | 2.0 mm |
| Magnet placement | primary nodes |
| Magnet polarity | alternating |
| Inner core shape | icosphere |
| Inner detail | 1 |
| Inner diameter | auto-fit |
| Mesh segments | 32 |
Ancestral Lineage — Five Watershed Ancestors
- Evernia prunastriAtmosphere Oakmoss lichen. Reads the air directly through its surface — the orgobot inherits atmospheric sensing tuned by ten thousand years on the Niagara Escarpment.
- Parmotrema spp.Long memory Shield lichens. Accumulate a century-scale chemical record in slow chemistry — donate the long-memory storage logic for Orenda's ecological archive.
- Trametes versicolorRemediation Turkey Tail. White-rot enzymes — laccase and peroxidase — that break PAHs into soil-safe fragments. The direct biochemical ancestor of the orgobot's work cycle.
- Pleurotus ostreatusNervous system Native oyster mushroom. Its mycelium generates action potentials — the electrical signalling backbone that Orenda's sensing architecture is modelled on.
- Hericium erinaceusMilestone Lion's Mane. Old-growth indicator. Its first Sector NM sighting in 2089 was the biological proof that the remediation cycle had actually worked.