// RELATIVE STRENGTH INDEX: 3D-Lattice Scarcity (150 Units) vs. Industrial Milling.
POLYMESH ALPHA
>> [ FIELD_REPORT: THE_PHOENIX_LATTICE ]
The 57.04 “Phoenix” represents a terminal advancement in Generative Horology. Developed as a Special Project (150 units), this unit utilizes a 3D-printed titanium mesh to create a volumetric “floating” dial effect. It is being extracted as a clinical record of Additive Architecture, aiming to secure the specific “Polymesh” depth before the Batch 1 allocation window permanently closes.
| ▪MATERIAL: | Grade 5 Titanium; multi-piece construction featuring the signature MING “flare” lugs and a clinical mirror-polished finish. |
| ▪FUSION: | Fused Sapphire-to-Titanium chassis; utilizing a modular 57-series platform to achieve a total height of only 11mm. |
| ▪STANCE: | 40. Featuring a dual-buckle Jean Rousseau alcantara strap for low-mass wrist stability. |
| ▪RESILIENCE: | 10 bar (100m) // Certified for aquatic versatility despite the complex lattice-dial architecture. |
| ▪ARCHITECTURE: | 3D-Printed Titanium Polymesh; a generative lattice that is physically impossible to produce via traditional CNC milling. |
| ▪UI_LOGIC: | Inverted Super-LumiNova® BGW9; light is reflected through the titanium mesh from the baseplate, creating a multiphasic glow. |
| ▪CALIBRE: | Schwarz-Etienne ASE 200.1; customized micro-rotor automatic featuring anthracite-finished bridges. |
| ▪RESERVE: | ~70-Hour Power Reserve // 21,600 BPH // Adjusted in 5 positions for chronometric stability. |
| ▪MISSION_GOAL: | Extract the 57.04 Phoenix “Polymesh” as the archive’s primary Generative Anchor. This mission targets the first MING Special Project to utilize a 3D-printed titanium lattice, establishing a volumetric depth that bridges the gap between boutique independent design and hyper-luxury RM Sovereigns. |
| ▪TOPOGRAPHY: | The 3D-Printed Titanium Polymesh dial creates an organic, mechanical “web” that is physically impossible to produce via traditional milling. Because the additive lattice allows light to flood the sub-dial from lateral angles, the intercept ensures the archive holds a terminal node of generative horology. |
| ▪ENGINE_LOGIC: | Utilizing the Schwarz-Etienne ASE 200.1 micro-rotor movement establishes a Sovereign-class engine within a modular 11mm chassis. The anthracite-finished bridges provide a clinical industrial contrast to the mirror-polished Grade 5 Titanium exterior. |
| ▪ALPHA_THESIS: | By securing a Special Project allocation (1 of 150), the archive captures the brand’s first venture into generative mesh-craft. This material divergence from traditional sapphire-based architectures establishes a high-value scarcity hedge, positioning the asset as a terminal point of manufacturing innovation within the independent sector. |
[ III. CUSTODIAN_VERDICT ]
“Extraction logic confirmed. The 57.04 Phoenix captures a level of additive complexity and micro-rotor engineering usually reserved for $100k+ Richard Mille Sovereigns. Asset status: ALLOCATED. Physical ingress projected for Q2 2026.”