[Compendium Terrae Incognitae] Mission EX-07 — Planetary Reconnaissance Record
Author’s Note:
Archival hard sci-fi told through recovered mission records, operational logs, corporate reports, and incomplete transmissions.
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[ARCHIVE ACCESS INITIATED]
[FILE RETRIEVAL: EX-07 / PLANETARY RECONNAISSANCE RECORD]
[TRANSMISSION STATUS: RECOVERED]
[COMPENDIUM TERRAE INCOGNITAE]
MISSION LOG: EX-07
OPERATIONAL SECTOR:
Quadrant 0:310:400
OBJECTIVE:
Industrial-extractive infrastructure viability assessment.
OPERATIONAL UNIT:
FORGOTTEN // MU-04A
RESPONSIBLE SUBJECT:
Esteban Cortéz
CREDENTIALS AND SPECIALIZATION:
Multiplanetary Settlement Infrastructure Engineer
Forward Outpost Engineer
SUBJECT OF ANALYSIS:
COL 359 SECTOR PC-R C6-10 C1
FILE CLASSIFICATION:
Planetary Reconnaissance Record
DOCUMENT STATUS:
Recovered Transmission
OPERATIONAL RISK LEVEL:
Grade 5
ARCHIVE:
Compendium Terrae Incognitae — EX-07
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[EXPLORATION LOG]
GALACTIC SECTOR:
Collinder 359 — Inner Orion Spur
CUBE COORDINATES:
PC-R C6
SYSTEM ID:
10
DESIGNATION:
COL 359 SECTOR PC-R C6-10 C1
CLASSIFICATION:
Ultra-low-mass, metal-rich world
PRIMARY STAR:
COL 359 SECTOR PC-R C6-10 C
Class M Red Dwarf
ORBITAL DISTANCE:
0.02 AU
ORBITAL PERIOD:
2.4 D
ROTATION:
Tidally locked — Confirmed
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PHYSICAL PARAMETERS:
Radius:
328 km
Mass:
0.0001 Earth masses
Surface gravity:
0.056 G
Atmosphere:
None detected
Volcanism:
None detected
Surface temperature range:
436 K – 852 K
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BULK COMPOSITION:
67.1% rock
32.9% metal
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ELEMENTAL SPECTROGRAPHIC ANALYSIS:
Iron:
21.3%
Nickel:
16.1%
Sulphur:
15.1%
Carbon:
12.7%
Chromium:
9.6%
Manganese:
8.8%
Phosphorus:
8.1%
Vanadium:
5.2%
Tungsten:
1.2%
Antimony:
0.9%
Mercury:
0.9%
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OPERATIONAL ANNEX:
ORBITAL CAPTURE PROTOCOL
Approaching COL 359 SECTOR PC-R C6-10 C1 requires Grade 5 navigation precision due to extreme relative orbital velocity.
INTERCEPTION WINDOW:
Orbital drift becomes visually perceptible at 0.44 ls.
A synchronized cruise velocity of 16.5 Mm/s is mandatory for successful interception.
NAVIGATIONAL HAZARDS:
Speeds exceeding 18 Mm/s result in approach vector collapse or FSD Emergency Drop caused by severe gravitational gradients.
Speeds below 16 Mm/s render interception physically impossible.
GRAVITATIONAL CAPTURE:
Navigation systems transition to the local reference frame upon entering the Hill sphere, approximately 300 km from the surface, where the protoplanet’s gravity becomes the dominant influence.
PILOT’S NOTE:
Elliptical alignment is recommended to avoid thermal clipping with the secondary solar corona during approach.
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VISUAL OBSERVATIONS:
SURFACE MORPHOLOGY:
The body does not exhibit perfect spheroidal geometry.
Orbital silhouette and horizon curvature display visible irregularities.
Observed geometry is consistent with an irregular ellipsoid and significant deviation from hydrostatic equilibrium.
LIGHTING:
Star C projects reddish-orange illumination across the exposed hemisphere.
Although the stellar classification corresponds to a red dwarf, intense orange coloration visually predominates over deep red.
TERMINATOR PHENOMENON:
Due to the body’s extremely small radius and low gravity, the transition between illuminated and dark hemispheres occurs across very short surface distances.
Estimated walking traversal from the twilight zone to the night side:
15 minutes to 1 hour.
OBSERVABLE STELLAR ACTIVITY:
Dynamic activity from the primary star is directly visible from the surface.
Observed phenomena include:
• Frequent stellar flares
• Visible plasma ejections
• Rapid coronal motion
• Highly active solar wind behavior
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GENERAL IMPRESSION:
The body exhibits characteristics consistent with an extreme metallic remnant or eroded protoplanetary object.
Its diminutive size, extreme stellar proximity, tidal locking, irregular geometry, exposed metallic composition, and direct visibility of stellar activity create an environment of high scientific value and severe operational instability.
Despite minimal gravitational influence and absence of atmosphere, COL 359 SECTOR PC-R C6-10 C1 presents exceptional navigational difficulty due to orbital velocity, thermal exposure, and proximity to the primary star.
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PRELIMINARY INDUSTRIAL VIABILITY:
Status:
Limited
Primary value:
Spectrographic mineral confirmation
Strategic value:
Low-to-moderate
Extraction viability:
Restricted by orbital instability, thermal exposure, and interception difficulty
Recommended classification:
Observation asset / non-priority extraction candidate
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DOCUMENT STATUS:
Recovered
Transmission integrity:
Stable
Operator condition:
Nominal at time of record
Archive routing:
EX-07 / Planetary Reconnaissance Records / Metallic Bodies
[END OF FILE]