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STATION-EPSILON[2023]

Station Epsilon

Orbital Research Platform — Short Film


CATEGORY
Film
CLIENT
INDEPENDENT PRODUCTION
ROLE
Environmental Mechanical Designer, Set Dressing Supervisor
DURATION
20 WEEKS
OVERVIEW

Station Epsilon required a decommissioned feel — functional machinery that had been running for decades, slowly failing. The brief was to design infrastructure that communicated a specific institutional aesthetic: Soviet-era functionality combined with near-future retrofit. Nothing looked new. Everything looked repaired.

The work divided into two streams: physical set construction and digital extensions. Four corridor sections were built full-scale using CNC-cut MDF cores with vacuum-formed ABS panel faces. Remaining environments were modeled in full 3D for digital extension compositing.

Panel tile systems were designed as modular grids — 14 variants that could repeat without obvious pattern matching across any camera angle. Every prop had a plausible function; the prop bible documented each object's in-universe purpose, material, and maintenance state.

MEDIA
CORRIDOR SECTION — FULL PERSPECTIVE
PANEL TILE SYSTEM — ALL VARIANTS
HERO PROP SET — OVERVIEW
PROP STUDY — CONTROL UNIT DETAIL
CNC DRAWING — STRUCTURAL PANEL
ON-SET DOCUMENTATION — SECTION B
SPECIFICATIONS
SET MODULES
9 distinct environment sections
HERO PROPS
23 individual items
PANEL SYSTEMS
14 tile variants, tileable
SCALE
Full-scale physical build, 4 sections
BUILD MATERIAL
MDF substrate, vacuum-formed ABS faces
PIPELINE
Design to 3D to CNC to Physical
SCREEN RATIO
2.39:1 anamorphic
SHOOT DURATION
12 days principal photography
PROCESS
01WORLD-BUILDING RESEARCH

Studied real orbital station infrastructure (ISS, Mir, Tiangong) for mechanical logic: cable management, fluid routing, structural bracing patterns. Cross-referenced with production design archives from Alien, 2001, Solaris.

02PANEL SYSTEM DESIGN

Developed a tile grammar of 14 panel variants across three functional types: structural, access, and utility. Variants designed to read as belonging to the same system while providing visual variety across 20+ meters of corridor.

03PROP DESIGN & DOCUMENTATION

Designed 23 hero props with full production documentation: orthographic drawings, material callouts, aging/distress notes. Each prop has a named function in the station's operational manual — a document written as part of the creative brief.

04CNC & PHYSICAL BUILD

Produced CNC toolpaths for all physical construction elements. Supervised 4-week build period. Final set elements received distressing treatment based on the station's documented maintenance history.

TOOLS
SolidWorksBlenderV-Ray