# Interior detail gauntlet Status: defined, not executed. These 120 checks expand the existing interior system rubric. They do not replace the original 461 checks or the 460 second-pass checks. Total defined checks: 1,041. Work priority: frame rate, suit deformation, then interior reconstruction. Interior reference gathering and rubric definition may proceed while publication runs. Each check requires its own score, status, source evidence, exact candidate hash, native screenshots or inspected frame sequence, defect list and retest evidence. No inherited pass after a relevant geometry, material, collision or lighting change. ## Score anchors and rejection rules 0: absent or unusable. 4: recognizable approximation with major errors. 6: plausible overall but visible or reference mismatches remain. 8: convincing close-up with bounded, documented discrepancies. 9: reference-consistent within recorded uncertainty and all applicable movement/performance gates pass. 10: all defined tolerances met across repeated production visits, with independent source evidence for each fidelity claim. Unverified evidence cannot receive a fidelity pass. Clipping, holes, wrong port connectivity, camera penetration, visible stretching, missing asset loads and unapproved quality reduction are hard failures. A working game is insufficient evidence of visual acceptance. ## Repeated loop 1. Record the dated references, measurable dimensions and current defects. 2. Capture the existing candidate at fixed camera positions and light conditions. 3. Change only the identified defect class; preserve asset provenance. 4. Run all ten checks for that component and inspect the native outputs. 5. Reject regressions, retain defect evidence and revise. 6. Repeat from the failed checks, then revisit neighboring components and the production movement/performance route. 7. Accept only when the relevant evidence supports the score; record unresolved fidelity limits explicitly. Initial reference sources: - NASA station tour (Expedition 33): https://www.nasa.gov/international-space-station/suni-iss-tour/ - NASA ISS reference guide (2015): https://www.nasa.gov/sites/default/files/atoms/files/np-2015-05-022-jsc-iss-guide-2015-update-111015-508c.pdf - NASA Cupola interior photograph: https://www.nasa.gov/image-article/interior-view-from-international-space-station-cupola/ - NASA Cupola module reference: https://www.nasa.gov/international-space-station/cupola/ These sources establish reference leads, not a completed photographic registration or proof of the June 2023 interior inventory. ## I01 — Destiny aisle and shell - **I01.R3.01 · Dated reference match** — Identify the rack-to-rack clear aisle, four interior faces, longitudinal bay spacing and both end cones in dated NASA or partner imagery. Record image ID, date, module and viewing direction; distinguish 2012/2015 layout evidence from June 2023 configuration evidence. A missing or obscured feature stays Unverified. Status: Unreviewed. - **I01.R3.02 · Dimensions and placement** — Measure the rack-to-rack clear aisle, four interior faces, longitudinal bay spacing and both end cones against documented dimensions and at least three visible reference datums. Record inferred dimensions and projection uncertainty. Reject a visually convenient placement that contradicts the visible architecture. Status: Unreviewed. - **I01.R3.03 · Complete solid geometry** — Inspect the rack-to-rack clear aisle, four interior faces, longitudinal bay spacing and both end cones from front, back, above, below and grazing angles. Reject exposed backfaces, holes, floating fittings, broken seals and unintended intersections; record deliberate seated or penetrating connections. Status: Unreviewed. - **I01.R3.04 · Smooth close silhouette** — Approach the rack-to-rack clear aisle, four interior faces, longitudinal bay spacing and both end cones from 2 m to a safe 0.3 m. Inspect native 1080p and 1440p images for flat facets, normal discontinuities and square substitute profiles. Mesh smoothing must preserve reference edges and dimensions. Status: Unreviewed. - **I01.R3.05 · Surface materials** — Compare the rack-to-rack clear aisle, four interior faces, longitudinal bay spacing and both end cones under direct fixtures and window light. Separate painted metal, anodized metal, polymer, fabric, rubber and glass; reject metallic fabric, plasticky blanket highlights, stretched UVs and incorrect physical texture scale. Status: Unreviewed. - **I01.R3.06 · Labels and fine details** — Read the visible markings on the rack-to-rack clear aisle, four interior faces, longitudinal bay spacing and both end cones; inspect fasteners, panel lips, stitching, connector faces and seams. Reject invented operational text, mirrored graphics, repeated fake controls, atlas bleeding and details that flicker on approach. Status: Unreviewed. - **I01.R3.07 · Lighting and exposure** — Hold the rack-to-rack clear aisle, four interior faces, longitudinal bay spacing and both end cones in view while rotating through the aisle and toward the Earth. Preserve readable interior contrast, fixture emission and window detail; reject glowing seams, absent contact shadows, light leaks and sudden exposure changes. Status: Unreviewed. - **I01.R3.08 · Real movement clearance** — Traverse around the rack-to-rack clear aisle, four interior faces, longitudinal bay spacing and both end cones with actual movement and mouse input in both directions. Inspect the camera near the surface, body if visible, and all reachable gaps. Collisions must match visible geometry; unreachable probes are recorded separately. Status: Unreviewed. - **I01.R3.09 · Continuous motion inspection** — Record a continuous near-to-far and return orbit around the rack-to-rack clear aisle, four interior faces, longitudinal bay spacing and both end cones, including the least flattering angles. Inspect every frame for clipping, texture popping, reflection or shadow jumps, transparent sorting and lost details. A screenshot alone does not complete this check. Status: Unreviewed. - **I01.R3.10 · Production repeat and cost** — Repeat the identical visit to the rack-to-rack clear aisle, four interior faces, longitudinal bay spacing and both end cones in the packaged candidate after entering from two other modules. Record asset errors, frame-time distribution and memory before/after. Compare the accepted geometry, textures and lighting at fixed poses to prevent quality regression. Status: Unreviewed. ## I02 — Destiny research racks - **I02.R3.01 · Dated reference match** — Identify each identifiable experiment rack, recessed front panel, access door, latch, ventilation panel and mounting interface in dated NASA or partner imagery. Record image ID, date, module and viewing direction; distinguish 2012/2015 layout evidence from June 2023 configuration evidence. A missing or obscured feature stays Unverified. Status: Unreviewed. - **I02.R3.02 · Dimensions and placement** — Measure each identifiable experiment rack, recessed front panel, access door, latch, ventilation panel and mounting interface against documented dimensions and at least three visible reference datums. Record inferred dimensions and projection uncertainty. Reject a visually convenient placement that contradicts the visible architecture. Status: Unreviewed. - **I02.R3.03 · Complete solid geometry** — Inspect each identifiable experiment rack, recessed front panel, access door, latch, ventilation panel and mounting interface from front, back, above, below and grazing angles. Reject exposed backfaces, holes, floating fittings, broken seals and unintended intersections; record deliberate seated or penetrating connections. Status: Unreviewed. - **I02.R3.04 · Smooth close silhouette** — Approach each identifiable experiment rack, recessed front panel, access door, latch, ventilation panel and mounting interface from 2 m to a safe 0.3 m. Inspect native 1080p and 1440p images for flat facets, normal discontinuities and square substitute profiles. Mesh smoothing must preserve reference edges and dimensions. Status: Unreviewed. - **I02.R3.05 · Surface materials** — Compare each identifiable experiment rack, recessed front panel, access door, latch, ventilation panel and mounting interface under direct fixtures and window light. Separate painted metal, anodized metal, polymer, fabric, rubber and glass; reject metallic fabric, plasticky blanket highlights, stretched UVs and incorrect physical texture scale. Status: Unreviewed. - **I02.R3.06 · Labels and fine details** — Read the visible markings on each identifiable experiment rack, recessed front panel, access door, latch, ventilation panel and mounting interface; inspect fasteners, panel lips, stitching, connector faces and seams. Reject invented operational text, mirrored graphics, repeated fake controls, atlas bleeding and details that flicker on approach. Status: Unreviewed. - **I02.R3.07 · Lighting and exposure** — Hold each identifiable experiment rack, recessed front panel, access door, latch, ventilation panel and mounting interface in view while rotating through the aisle and toward the Earth. Preserve readable interior contrast, fixture emission and window detail; reject glowing seams, absent contact shadows, light leaks and sudden exposure changes. Status: Unreviewed. - **I02.R3.08 · Real movement clearance** — Traverse around each identifiable experiment rack, recessed front panel, access door, latch, ventilation panel and mounting interface with actual movement and mouse input in both directions. Inspect the camera near the surface, body if visible, and all reachable gaps. Collisions must match visible geometry; unreachable probes are recorded separately. Status: Unreviewed. - **I02.R3.09 · Continuous motion inspection** — Record a continuous near-to-far and return orbit around each identifiable experiment rack, recessed front panel, access door, latch, ventilation panel and mounting interface, including the least flattering angles. Inspect every frame for clipping, texture popping, reflection or shadow jumps, transparent sorting and lost details. A screenshot alone does not complete this check. Status: Unreviewed. - **I02.R3.10 · Production repeat and cost** — Repeat the identical visit to each identifiable experiment rack, recessed front panel, access door, latch, ventilation panel and mounting interface in the packaged candidate after entering from two other modules. Record asset errors, frame-time distribution and memory before/after. Compare the accepted geometry, textures and lighting at fixed poses to prevent quality regression. Status: Unreviewed. ## I03 — Destiny workstations - **I03.R3.01 · Dated reference match** — Identify laptop mounts, screens, keyboards, experiment controls, brackets and restraint points in dated NASA or partner imagery. Record image ID, date, module and viewing direction; distinguish 2012/2015 layout evidence from June 2023 configuration evidence. A missing or obscured feature stays Unverified. Status: Unreviewed. - **I03.R3.02 · Dimensions and placement** — Measure laptop mounts, screens, keyboards, experiment controls, brackets and restraint points against documented dimensions and at least three visible reference datums. Record inferred dimensions and projection uncertainty. Reject a visually convenient placement that contradicts the visible architecture. Status: Unreviewed. - **I03.R3.03 · Complete solid geometry** — Inspect laptop mounts, screens, keyboards, experiment controls, brackets and restraint points from front, back, above, below and grazing angles. Reject exposed backfaces, holes, floating fittings, broken seals and unintended intersections; record deliberate seated or penetrating connections. Status: Unreviewed. - **I03.R3.04 · Smooth close silhouette** — Approach laptop mounts, screens, keyboards, experiment controls, brackets and restraint points from 2 m to a safe 0.3 m. Inspect native 1080p and 1440p images for flat facets, normal discontinuities and square substitute profiles. Mesh smoothing must preserve reference edges and dimensions. Status: Unreviewed. - **I03.R3.05 · Surface materials** — Compare laptop mounts, screens, keyboards, experiment controls, brackets and restraint points under direct fixtures and window light. Separate painted metal, anodized metal, polymer, fabric, rubber and glass; reject metallic fabric, plasticky blanket highlights, stretched UVs and incorrect physical texture scale. Status: Unreviewed. - **I03.R3.06 · Labels and fine details** — Read the visible markings on laptop mounts, screens, keyboards, experiment controls, brackets and restraint points; inspect fasteners, panel lips, stitching, connector faces and seams. Reject invented operational text, mirrored graphics, repeated fake controls, atlas bleeding and details that flicker on approach. Status: Unreviewed. - **I03.R3.07 · Lighting and exposure** — Hold laptop mounts, screens, keyboards, experiment controls, brackets and restraint points in view while rotating through the aisle and toward the Earth. Preserve readable interior contrast, fixture emission and window detail; reject glowing seams, absent contact shadows, light leaks and sudden exposure changes. Status: Unreviewed. - **I03.R3.08 · Real movement clearance** — Traverse around laptop mounts, screens, keyboards, experiment controls, brackets and restraint points with actual movement and mouse input in both directions. Inspect the camera near the surface, body if visible, and all reachable gaps. Collisions must match visible geometry; unreachable probes are recorded separately. Status: Unreviewed. - **I03.R3.09 · Continuous motion inspection** — Record a continuous near-to-far and return orbit around laptop mounts, screens, keyboards, experiment controls, brackets and restraint points, including the least flattering angles. Inspect every frame for clipping, texture popping, reflection or shadow jumps, transparent sorting and lost details. A screenshot alone does not complete this check. Status: Unreviewed. - **I03.R3.10 · Production repeat and cost** — Repeat the identical visit to laptop mounts, screens, keyboards, experiment controls, brackets and restraint points in the packaged candidate after entering from two other modules. Record asset errors, frame-time distribution and memory before/after. Compare the accepted geometry, textures and lighting at fixed poses to prevent quality regression. Status: Unreviewed. ## I04 — Destiny window and WORF - **I04.R3.01 · Dated reference match** — Identify the Earth-facing optical window, deep frame, protective cover and Window Observational Research Facility housing in dated NASA or partner imagery. Record image ID, date, module and viewing direction; distinguish 2012/2015 layout evidence from June 2023 configuration evidence. A missing or obscured feature stays Unverified. Status: Unreviewed. - **I04.R3.02 · Dimensions and placement** — Measure the Earth-facing optical window, deep frame, protective cover and Window Observational Research Facility housing against documented dimensions and at least three visible reference datums. Record inferred dimensions and projection uncertainty. Reject a visually convenient placement that contradicts the visible architecture. Status: Unreviewed. - **I04.R3.03 · Complete solid geometry** — Inspect the Earth-facing optical window, deep frame, protective cover and Window Observational Research Facility housing from front, back, above, below and grazing angles. Reject exposed backfaces, holes, floating fittings, broken seals and unintended intersections; record deliberate seated or penetrating connections. Status: Unreviewed. - **I04.R3.04 · Smooth close silhouette** — Approach the Earth-facing optical window, deep frame, protective cover and Window Observational Research Facility housing from 2 m to a safe 0.3 m. Inspect native 1080p and 1440p images for flat facets, normal discontinuities and square substitute profiles. Mesh smoothing must preserve reference edges and dimensions. Status: Unreviewed. - **I04.R3.05 · Surface materials** — Compare the Earth-facing optical window, deep frame, protective cover and Window Observational Research Facility housing under direct fixtures and window light. Separate painted metal, anodized metal, polymer, fabric, rubber and glass; reject metallic fabric, plasticky blanket highlights, stretched UVs and incorrect physical texture scale. Status: Unreviewed. - **I04.R3.06 · Labels and fine details** — Read the visible markings on the Earth-facing optical window, deep frame, protective cover and Window Observational Research Facility housing; inspect fasteners, panel lips, stitching, connector faces and seams. Reject invented operational text, mirrored graphics, repeated fake controls, atlas bleeding and details that flicker on approach. Status: Unreviewed. - **I04.R3.07 · Lighting and exposure** — Hold the Earth-facing optical window, deep frame, protective cover and Window Observational Research Facility housing in view while rotating through the aisle and toward the Earth. Preserve readable interior contrast, fixture emission and window detail; reject glowing seams, absent contact shadows, light leaks and sudden exposure changes. Status: Unreviewed. - **I04.R3.08 · Real movement clearance** — Traverse around the Earth-facing optical window, deep frame, protective cover and Window Observational Research Facility housing with actual movement and mouse input in both directions. Inspect the camera near the surface, body if visible, and all reachable gaps. Collisions must match visible geometry; unreachable probes are recorded separately. Status: Unreviewed. - **I04.R3.09 · Continuous motion inspection** — Record a continuous near-to-far and return orbit around the Earth-facing optical window, deep frame, protective cover and Window Observational Research Facility housing, including the least flattering angles. Inspect every frame for clipping, texture popping, reflection or shadow jumps, transparent sorting and lost details. A screenshot alone does not complete this check. Status: Unreviewed. - **I04.R3.10 · Production repeat and cost** — Repeat the identical visit to the Earth-facing optical window, deep frame, protective cover and Window Observational Research Facility housing in the packaged candidate after entering from two other modules. Record asset errors, frame-time distribution and memory before/after. Compare the accepted geometry, textures and lighting at fixed poses to prevent quality regression. Status: Unreviewed. ## I05 — Inter-module hatches - **I05.R3.01 · Dated reference match** — Identify each hatch rim, seal, hinge, latch assembly, open leaf, restraint and threshold in dated NASA or partner imagery. Record image ID, date, module and viewing direction; distinguish 2012/2015 layout evidence from June 2023 configuration evidence. A missing or obscured feature stays Unverified. Status: Unreviewed. - **I05.R3.02 · Dimensions and placement** — Measure each hatch rim, seal, hinge, latch assembly, open leaf, restraint and threshold against documented dimensions and at least three visible reference datums. Record inferred dimensions and projection uncertainty. Reject a visually convenient placement that contradicts the visible architecture. Status: Unreviewed. - **I05.R3.03 · Complete solid geometry** — Inspect each hatch rim, seal, hinge, latch assembly, open leaf, restraint and threshold from front, back, above, below and grazing angles. Reject exposed backfaces, holes, floating fittings, broken seals and unintended intersections; record deliberate seated or penetrating connections. Status: Unreviewed. - **I05.R3.04 · Smooth close silhouette** — Approach each hatch rim, seal, hinge, latch assembly, open leaf, restraint and threshold from 2 m to a safe 0.3 m. Inspect native 1080p and 1440p images for flat facets, normal discontinuities and square substitute profiles. Mesh smoothing must preserve reference edges and dimensions. Status: Unreviewed. - **I05.R3.05 · Surface materials** — Compare each hatch rim, seal, hinge, latch assembly, open leaf, restraint and threshold under direct fixtures and window light. Separate painted metal, anodized metal, polymer, fabric, rubber and glass; reject metallic fabric, plasticky blanket highlights, stretched UVs and incorrect physical texture scale. Status: Unreviewed. - **I05.R3.06 · Labels and fine details** — Read the visible markings on each hatch rim, seal, hinge, latch assembly, open leaf, restraint and threshold; inspect fasteners, panel lips, stitching, connector faces and seams. Reject invented operational text, mirrored graphics, repeated fake controls, atlas bleeding and details that flicker on approach. Status: Unreviewed. - **I05.R3.07 · Lighting and exposure** — Hold each hatch rim, seal, hinge, latch assembly, open leaf, restraint and threshold in view while rotating through the aisle and toward the Earth. Preserve readable interior contrast, fixture emission and window detail; reject glowing seams, absent contact shadows, light leaks and sudden exposure changes. Status: Unreviewed. - **I05.R3.08 · Real movement clearance** — Traverse around each hatch rim, seal, hinge, latch assembly, open leaf, restraint and threshold with actual movement and mouse input in both directions. Inspect the camera near the surface, body if visible, and all reachable gaps. Collisions must match visible geometry; unreachable probes are recorded separately. Status: Unreviewed. - **I05.R3.09 · Continuous motion inspection** — Record a continuous near-to-far and return orbit around each hatch rim, seal, hinge, latch assembly, open leaf, restraint and threshold, including the least flattering angles. Inspect every frame for clipping, texture popping, reflection or shadow jumps, transparent sorting and lost details. A screenshot alone does not complete this check. Status: Unreviewed. - **I05.R3.10 · Production repeat and cost** — Repeat the identical visit to each hatch rim, seal, hinge, latch assembly, open leaf, restraint and threshold in the packaged candidate after entering from two other modules. Record asset errors, frame-time distribution and memory before/after. Compare the accepted geometry, textures and lighting at fixed poses to prevent quality regression. Status: Unreviewed. ## I06 — Unity junction - **I06.R3.01 · Dated reference match** — Identify the occupied and capped port locations, vestibule depth, corner stowage and connection to Destiny and Tranquility in dated NASA or partner imagery. Record image ID, date, module and viewing direction; distinguish 2012/2015 layout evidence from June 2023 configuration evidence. A missing or obscured feature stays Unverified. Status: Unreviewed. - **I06.R3.02 · Dimensions and placement** — Measure the occupied and capped port locations, vestibule depth, corner stowage and connection to Destiny and Tranquility against documented dimensions and at least three visible reference datums. Record inferred dimensions and projection uncertainty. Reject a visually convenient placement that contradicts the visible architecture. Status: Unreviewed. - **I06.R3.03 · Complete solid geometry** — Inspect the occupied and capped port locations, vestibule depth, corner stowage and connection to Destiny and Tranquility from front, back, above, below and grazing angles. Reject exposed backfaces, holes, floating fittings, broken seals and unintended intersections; record deliberate seated or penetrating connections. Status: Unreviewed. - **I06.R3.04 · Smooth close silhouette** — Approach the occupied and capped port locations, vestibule depth, corner stowage and connection to Destiny and Tranquility from 2 m to a safe 0.3 m. Inspect native 1080p and 1440p images for flat facets, normal discontinuities and square substitute profiles. Mesh smoothing must preserve reference edges and dimensions. Status: Unreviewed. - **I06.R3.05 · Surface materials** — Compare the occupied and capped port locations, vestibule depth, corner stowage and connection to Destiny and Tranquility under direct fixtures and window light. Separate painted metal, anodized metal, polymer, fabric, rubber and glass; reject metallic fabric, plasticky blanket highlights, stretched UVs and incorrect physical texture scale. Status: Unreviewed. - **I06.R3.06 · Labels and fine details** — Read the visible markings on the occupied and capped port locations, vestibule depth, corner stowage and connection to Destiny and Tranquility; inspect fasteners, panel lips, stitching, connector faces and seams. Reject invented operational text, mirrored graphics, repeated fake controls, atlas bleeding and details that flicker on approach. Status: Unreviewed. - **I06.R3.07 · Lighting and exposure** — Hold the occupied and capped port locations, vestibule depth, corner stowage and connection to Destiny and Tranquility in view while rotating through the aisle and toward the Earth. Preserve readable interior contrast, fixture emission and window detail; reject glowing seams, absent contact shadows, light leaks and sudden exposure changes. Status: Unreviewed. - **I06.R3.08 · Real movement clearance** — Traverse around the occupied and capped port locations, vestibule depth, corner stowage and connection to Destiny and Tranquility with actual movement and mouse input in both directions. Inspect the camera near the surface, body if visible, and all reachable gaps. Collisions must match visible geometry; unreachable probes are recorded separately. Status: Unreviewed. - **I06.R3.09 · Continuous motion inspection** — Record a continuous near-to-far and return orbit around the occupied and capped port locations, vestibule depth, corner stowage and connection to Destiny and Tranquility, including the least flattering angles. Inspect every frame for clipping, texture popping, reflection or shadow jumps, transparent sorting and lost details. A screenshot alone does not complete this check. Status: Unreviewed. - **I06.R3.10 · Production repeat and cost** — Repeat the identical visit to the occupied and capped port locations, vestibule depth, corner stowage and connection to Destiny and Tranquility in the packaged candidate after entering from two other modules. Record asset errors, frame-time distribution and memory before/after. Compare the accepted geometry, textures and lighting at fixed poses to prevent quality regression. Status: Unreviewed. ## I07 — Tranquility aisle and life support racks - **I07.R3.01 · Dated reference match** — Identify the clear passage, environmental-control rack fronts, access covers and service connections in dated NASA or partner imagery. Record image ID, date, module and viewing direction; distinguish 2012/2015 layout evidence from June 2023 configuration evidence. A missing or obscured feature stays Unverified. Status: Unreviewed. - **I07.R3.02 · Dimensions and placement** — Measure the clear passage, environmental-control rack fronts, access covers and service connections against documented dimensions and at least three visible reference datums. Record inferred dimensions and projection uncertainty. Reject a visually convenient placement that contradicts the visible architecture. Status: Unreviewed. - **I07.R3.03 · Complete solid geometry** — Inspect the clear passage, environmental-control rack fronts, access covers and service connections from front, back, above, below and grazing angles. Reject exposed backfaces, holes, floating fittings, broken seals and unintended intersections; record deliberate seated or penetrating connections. Status: Unreviewed. - **I07.R3.04 · Smooth close silhouette** — Approach the clear passage, environmental-control rack fronts, access covers and service connections from 2 m to a safe 0.3 m. Inspect native 1080p and 1440p images for flat facets, normal discontinuities and square substitute profiles. Mesh smoothing must preserve reference edges and dimensions. Status: Unreviewed. - **I07.R3.05 · Surface materials** — Compare the clear passage, environmental-control rack fronts, access covers and service connections under direct fixtures and window light. Separate painted metal, anodized metal, polymer, fabric, rubber and glass; reject metallic fabric, plasticky blanket highlights, stretched UVs and incorrect physical texture scale. Status: Unreviewed. - **I07.R3.06 · Labels and fine details** — Read the visible markings on the clear passage, environmental-control rack fronts, access covers and service connections; inspect fasteners, panel lips, stitching, connector faces and seams. Reject invented operational text, mirrored graphics, repeated fake controls, atlas bleeding and details that flicker on approach. Status: Unreviewed. - **I07.R3.07 · Lighting and exposure** — Hold the clear passage, environmental-control rack fronts, access covers and service connections in view while rotating through the aisle and toward the Earth. Preserve readable interior contrast, fixture emission and window detail; reject glowing seams, absent contact shadows, light leaks and sudden exposure changes. Status: Unreviewed. - **I07.R3.08 · Real movement clearance** — Traverse around the clear passage, environmental-control rack fronts, access covers and service connections with actual movement and mouse input in both directions. Inspect the camera near the surface, body if visible, and all reachable gaps. Collisions must match visible geometry; unreachable probes are recorded separately. Status: Unreviewed. - **I07.R3.09 · Continuous motion inspection** — Record a continuous near-to-far and return orbit around the clear passage, environmental-control rack fronts, access covers and service connections, including the least flattering angles. Inspect every frame for clipping, texture popping, reflection or shadow jumps, transparent sorting and lost details. A screenshot alone does not complete this check. Status: Unreviewed. - **I07.R3.10 · Production repeat and cost** — Repeat the identical visit to the clear passage, environmental-control rack fronts, access covers and service connections in the packaged candidate after entering from two other modules. Record asset errors, frame-time distribution and memory before/after. Compare the accepted geometry, textures and lighting at fixed poses to prevent quality regression. Status: Unreviewed. ## I08 — Tranquility exercise equipment - **I08.R3.01 · Dated reference match** — Identify the treadmill, resistive exercise hardware, crew restraints, mounts and occupied clearance volumes in dated NASA or partner imagery. Record image ID, date, module and viewing direction; distinguish 2012/2015 layout evidence from June 2023 configuration evidence. A missing or obscured feature stays Unverified. Status: Unreviewed. - **I08.R3.02 · Dimensions and placement** — Measure the treadmill, resistive exercise hardware, crew restraints, mounts and occupied clearance volumes against documented dimensions and at least three visible reference datums. Record inferred dimensions and projection uncertainty. Reject a visually convenient placement that contradicts the visible architecture. Status: Unreviewed. - **I08.R3.03 · Complete solid geometry** — Inspect the treadmill, resistive exercise hardware, crew restraints, mounts and occupied clearance volumes from front, back, above, below and grazing angles. Reject exposed backfaces, holes, floating fittings, broken seals and unintended intersections; record deliberate seated or penetrating connections. Status: Unreviewed. - **I08.R3.04 · Smooth close silhouette** — Approach the treadmill, resistive exercise hardware, crew restraints, mounts and occupied clearance volumes from 2 m to a safe 0.3 m. Inspect native 1080p and 1440p images for flat facets, normal discontinuities and square substitute profiles. Mesh smoothing must preserve reference edges and dimensions. Status: Unreviewed. - **I08.R3.05 · Surface materials** — Compare the treadmill, resistive exercise hardware, crew restraints, mounts and occupied clearance volumes under direct fixtures and window light. Separate painted metal, anodized metal, polymer, fabric, rubber and glass; reject metallic fabric, plasticky blanket highlights, stretched UVs and incorrect physical texture scale. Status: Unreviewed. - **I08.R3.06 · Labels and fine details** — Read the visible markings on the treadmill, resistive exercise hardware, crew restraints, mounts and occupied clearance volumes; inspect fasteners, panel lips, stitching, connector faces and seams. Reject invented operational text, mirrored graphics, repeated fake controls, atlas bleeding and details that flicker on approach. Status: Unreviewed. - **I08.R3.07 · Lighting and exposure** — Hold the treadmill, resistive exercise hardware, crew restraints, mounts and occupied clearance volumes in view while rotating through the aisle and toward the Earth. Preserve readable interior contrast, fixture emission and window detail; reject glowing seams, absent contact shadows, light leaks and sudden exposure changes. Status: Unreviewed. - **I08.R3.08 · Real movement clearance** — Traverse around the treadmill, resistive exercise hardware, crew restraints, mounts and occupied clearance volumes with actual movement and mouse input in both directions. Inspect the camera near the surface, body if visible, and all reachable gaps. Collisions must match visible geometry; unreachable probes are recorded separately. Status: Unreviewed. - **I08.R3.09 · Continuous motion inspection** — Record a continuous near-to-far and return orbit around the treadmill, resistive exercise hardware, crew restraints, mounts and occupied clearance volumes, including the least flattering angles. Inspect every frame for clipping, texture popping, reflection or shadow jumps, transparent sorting and lost details. A screenshot alone does not complete this check. Status: Unreviewed. - **I08.R3.10 · Production repeat and cost** — Repeat the identical visit to the treadmill, resistive exercise hardware, crew restraints, mounts and occupied clearance volumes in the packaged candidate after entering from two other modules. Record asset errors, frame-time distribution and memory before/after. Compare the accepted geometry, textures and lighting at fixed poses to prevent quality regression. Status: Unreviewed. ## I09 — Cupola access passage - **I09.R3.01 · Dated reference match** — Identify the descent opening, frame depth, surrounding stowage, handholds and transition to the observation volume in dated NASA or partner imagery. Record image ID, date, module and viewing direction; distinguish 2012/2015 layout evidence from June 2023 configuration evidence. A missing or obscured feature stays Unverified. Status: Unreviewed. - **I09.R3.02 · Dimensions and placement** — Measure the descent opening, frame depth, surrounding stowage, handholds and transition to the observation volume against documented dimensions and at least three visible reference datums. Record inferred dimensions and projection uncertainty. Reject a visually convenient placement that contradicts the visible architecture. Status: Unreviewed. - **I09.R3.03 · Complete solid geometry** — Inspect the descent opening, frame depth, surrounding stowage, handholds and transition to the observation volume from front, back, above, below and grazing angles. Reject exposed backfaces, holes, floating fittings, broken seals and unintended intersections; record deliberate seated or penetrating connections. Status: Unreviewed. - **I09.R3.04 · Smooth close silhouette** — Approach the descent opening, frame depth, surrounding stowage, handholds and transition to the observation volume from 2 m to a safe 0.3 m. Inspect native 1080p and 1440p images for flat facets, normal discontinuities and square substitute profiles. Mesh smoothing must preserve reference edges and dimensions. Status: Unreviewed. - **I09.R3.05 · Surface materials** — Compare the descent opening, frame depth, surrounding stowage, handholds and transition to the observation volume under direct fixtures and window light. Separate painted metal, anodized metal, polymer, fabric, rubber and glass; reject metallic fabric, plasticky blanket highlights, stretched UVs and incorrect physical texture scale. Status: Unreviewed. - **I09.R3.06 · Labels and fine details** — Read the visible markings on the descent opening, frame depth, surrounding stowage, handholds and transition to the observation volume; inspect fasteners, panel lips, stitching, connector faces and seams. Reject invented operational text, mirrored graphics, repeated fake controls, atlas bleeding and details that flicker on approach. Status: Unreviewed. - **I09.R3.07 · Lighting and exposure** — Hold the descent opening, frame depth, surrounding stowage, handholds and transition to the observation volume in view while rotating through the aisle and toward the Earth. Preserve readable interior contrast, fixture emission and window detail; reject glowing seams, absent contact shadows, light leaks and sudden exposure changes. Status: Unreviewed. - **I09.R3.08 · Real movement clearance** — Traverse around the descent opening, frame depth, surrounding stowage, handholds and transition to the observation volume with actual movement and mouse input in both directions. Inspect the camera near the surface, body if visible, and all reachable gaps. Collisions must match visible geometry; unreachable probes are recorded separately. Status: Unreviewed. - **I09.R3.09 · Continuous motion inspection** — Record a continuous near-to-far and return orbit around the descent opening, frame depth, surrounding stowage, handholds and transition to the observation volume, including the least flattering angles. Inspect every frame for clipping, texture popping, reflection or shadow jumps, transparent sorting and lost details. A screenshot alone does not complete this check. Status: Unreviewed. - **I09.R3.10 · Production repeat and cost** — Repeat the identical visit to the descent opening, frame depth, surrounding stowage, handholds and transition to the observation volume in the packaged candidate after entering from two other modules. Record asset errors, frame-time distribution and memory before/after. Compare the accepted geometry, textures and lighting at fixed poses to prevent quality regression. Status: Unreviewed. ## I10 — Cupola windows and frames - **I10.R3.01 · Dated reference match** — Identify all seven individual window assemblies, gaskets, layered glazing, shutter controls and structural ribs in dated NASA or partner imagery. Record image ID, date, module and viewing direction; distinguish 2012/2015 layout evidence from June 2023 configuration evidence. A missing or obscured feature stays Unverified. Status: Unreviewed. - **I10.R3.02 · Dimensions and placement** — Measure all seven individual window assemblies, gaskets, layered glazing, shutter controls and structural ribs against documented dimensions and at least three visible reference datums. Record inferred dimensions and projection uncertainty. Reject a visually convenient placement that contradicts the visible architecture. Status: Unreviewed. - **I10.R3.03 · Complete solid geometry** — Inspect all seven individual window assemblies, gaskets, layered glazing, shutter controls and structural ribs from front, back, above, below and grazing angles. Reject exposed backfaces, holes, floating fittings, broken seals and unintended intersections; record deliberate seated or penetrating connections. Status: Unreviewed. - **I10.R3.04 · Smooth close silhouette** — Approach all seven individual window assemblies, gaskets, layered glazing, shutter controls and structural ribs from 2 m to a safe 0.3 m. Inspect native 1080p and 1440p images for flat facets, normal discontinuities and square substitute profiles. Mesh smoothing must preserve reference edges and dimensions. Status: Unreviewed. - **I10.R3.05 · Surface materials** — Compare all seven individual window assemblies, gaskets, layered glazing, shutter controls and structural ribs under direct fixtures and window light. Separate painted metal, anodized metal, polymer, fabric, rubber and glass; reject metallic fabric, plasticky blanket highlights, stretched UVs and incorrect physical texture scale. Status: Unreviewed. - **I10.R3.06 · Labels and fine details** — Read the visible markings on all seven individual window assemblies, gaskets, layered glazing, shutter controls and structural ribs; inspect fasteners, panel lips, stitching, connector faces and seams. Reject invented operational text, mirrored graphics, repeated fake controls, atlas bleeding and details that flicker on approach. Status: Unreviewed. - **I10.R3.07 · Lighting and exposure** — Hold all seven individual window assemblies, gaskets, layered glazing, shutter controls and structural ribs in view while rotating through the aisle and toward the Earth. Preserve readable interior contrast, fixture emission and window detail; reject glowing seams, absent contact shadows, light leaks and sudden exposure changes. Status: Unreviewed. - **I10.R3.08 · Real movement clearance** — Traverse around all seven individual window assemblies, gaskets, layered glazing, shutter controls and structural ribs with actual movement and mouse input in both directions. Inspect the camera near the surface, body if visible, and all reachable gaps. Collisions must match visible geometry; unreachable probes are recorded separately. Status: Unreviewed. - **I10.R3.09 · Continuous motion inspection** — Record a continuous near-to-far and return orbit around all seven individual window assemblies, gaskets, layered glazing, shutter controls and structural ribs, including the least flattering angles. Inspect every frame for clipping, texture popping, reflection or shadow jumps, transparent sorting and lost details. A screenshot alone does not complete this check. Status: Unreviewed. - **I10.R3.10 · Production repeat and cost** — Repeat the identical visit to all seven individual window assemblies, gaskets, layered glazing, shutter controls and structural ribs in the packaged candidate after entering from two other modules. Record asset errors, frame-time distribution and memory before/after. Compare the accepted geometry, textures and lighting at fixed poses to prevent quality regression. Status: Unreviewed. ## I11 — Cupola robotics workstation - **I11.R3.01 · Dated reference match** — Identify the robotics controls, displays, monitor arms, crew restraint points and window sightlines in dated NASA or partner imagery. Record image ID, date, module and viewing direction; distinguish 2012/2015 layout evidence from June 2023 configuration evidence. A missing or obscured feature stays Unverified. Status: Unreviewed. - **I11.R3.02 · Dimensions and placement** — Measure the robotics controls, displays, monitor arms, crew restraint points and window sightlines against documented dimensions and at least three visible reference datums. Record inferred dimensions and projection uncertainty. Reject a visually convenient placement that contradicts the visible architecture. Status: Unreviewed. - **I11.R3.03 · Complete solid geometry** — Inspect the robotics controls, displays, monitor arms, crew restraint points and window sightlines from front, back, above, below and grazing angles. Reject exposed backfaces, holes, floating fittings, broken seals and unintended intersections; record deliberate seated or penetrating connections. Status: Unreviewed. - **I11.R3.04 · Smooth close silhouette** — Approach the robotics controls, displays, monitor arms, crew restraint points and window sightlines from 2 m to a safe 0.3 m. Inspect native 1080p and 1440p images for flat facets, normal discontinuities and square substitute profiles. Mesh smoothing must preserve reference edges and dimensions. Status: Unreviewed. - **I11.R3.05 · Surface materials** — Compare the robotics controls, displays, monitor arms, crew restraint points and window sightlines under direct fixtures and window light. Separate painted metal, anodized metal, polymer, fabric, rubber and glass; reject metallic fabric, plasticky blanket highlights, stretched UVs and incorrect physical texture scale. Status: Unreviewed. - **I11.R3.06 · Labels and fine details** — Read the visible markings on the robotics controls, displays, monitor arms, crew restraint points and window sightlines; inspect fasteners, panel lips, stitching, connector faces and seams. Reject invented operational text, mirrored graphics, repeated fake controls, atlas bleeding and details that flicker on approach. Status: Unreviewed. - **I11.R3.07 · Lighting and exposure** — Hold the robotics controls, displays, monitor arms, crew restraint points and window sightlines in view while rotating through the aisle and toward the Earth. Preserve readable interior contrast, fixture emission and window detail; reject glowing seams, absent contact shadows, light leaks and sudden exposure changes. Status: Unreviewed. - **I11.R3.08 · Real movement clearance** — Traverse around the robotics controls, displays, monitor arms, crew restraint points and window sightlines with actual movement and mouse input in both directions. Inspect the camera near the surface, body if visible, and all reachable gaps. Collisions must match visible geometry; unreachable probes are recorded separately. Status: Unreviewed. - **I11.R3.09 · Continuous motion inspection** — Record a continuous near-to-far and return orbit around the robotics controls, displays, monitor arms, crew restraint points and window sightlines, including the least flattering angles. Inspect every frame for clipping, texture popping, reflection or shadow jumps, transparent sorting and lost details. A screenshot alone does not complete this check. Status: Unreviewed. - **I11.R3.10 · Production repeat and cost** — Repeat the identical visit to the robotics controls, displays, monitor arms, crew restraint points and window sightlines in the packaged candidate after entering from two other modules. Record asset errors, frame-time distribution and memory before/after. Compare the accepted geometry, textures and lighting at fixed poses to prevent quality regression. Status: Unreviewed. ## I12 — Interior lighting, cables and stowage - **I12.R3.01 · Dated reference match** — Identify each light housing, restrained cable bundle, connector, ventilation grille, soft bag, label and strap in dated NASA or partner imagery. Record image ID, date, module and viewing direction; distinguish 2012/2015 layout evidence from June 2023 configuration evidence. A missing or obscured feature stays Unverified. Status: Unreviewed. - **I12.R3.02 · Dimensions and placement** — Measure each light housing, restrained cable bundle, connector, ventilation grille, soft bag, label and strap against documented dimensions and at least three visible reference datums. Record inferred dimensions and projection uncertainty. Reject a visually convenient placement that contradicts the visible architecture. Status: Unreviewed. - **I12.R3.03 · Complete solid geometry** — Inspect each light housing, restrained cable bundle, connector, ventilation grille, soft bag, label and strap from front, back, above, below and grazing angles. Reject exposed backfaces, holes, floating fittings, broken seals and unintended intersections; record deliberate seated or penetrating connections. Status: Unreviewed. - **I12.R3.04 · Smooth close silhouette** — Approach each light housing, restrained cable bundle, connector, ventilation grille, soft bag, label and strap from 2 m to a safe 0.3 m. Inspect native 1080p and 1440p images for flat facets, normal discontinuities and square substitute profiles. Mesh smoothing must preserve reference edges and dimensions. Status: Unreviewed. - **I12.R3.05 · Surface materials** — Compare each light housing, restrained cable bundle, connector, ventilation grille, soft bag, label and strap under direct fixtures and window light. Separate painted metal, anodized metal, polymer, fabric, rubber and glass; reject metallic fabric, plasticky blanket highlights, stretched UVs and incorrect physical texture scale. Status: Unreviewed. - **I12.R3.06 · Labels and fine details** — Read the visible markings on each light housing, restrained cable bundle, connector, ventilation grille, soft bag, label and strap; inspect fasteners, panel lips, stitching, connector faces and seams. Reject invented operational text, mirrored graphics, repeated fake controls, atlas bleeding and details that flicker on approach. Status: Unreviewed. - **I12.R3.07 · Lighting and exposure** — Hold each light housing, restrained cable bundle, connector, ventilation grille, soft bag, label and strap in view while rotating through the aisle and toward the Earth. Preserve readable interior contrast, fixture emission and window detail; reject glowing seams, absent contact shadows, light leaks and sudden exposure changes. Status: Unreviewed. - **I12.R3.08 · Real movement clearance** — Traverse around each light housing, restrained cable bundle, connector, ventilation grille, soft bag, label and strap with actual movement and mouse input in both directions. Inspect the camera near the surface, body if visible, and all reachable gaps. Collisions must match visible geometry; unreachable probes are recorded separately. Status: Unreviewed. - **I12.R3.09 · Continuous motion inspection** — Record a continuous near-to-far and return orbit around each light housing, restrained cable bundle, connector, ventilation grille, soft bag, label and strap, including the least flattering angles. Inspect every frame for clipping, texture popping, reflection or shadow jumps, transparent sorting and lost details. A screenshot alone does not complete this check. Status: Unreviewed. - **I12.R3.10 · Production repeat and cost** — Repeat the identical visit to each light housing, restrained cable bundle, connector, ventilation grille, soft bag, label and strap in the packaged candidate after entering from two other modules. Record asset errors, frame-time distribution and memory before/after. Compare the accepted geometry, textures and lighting at fixed poses to prevent quality regression. Status: Unreviewed.