The Invincible’s landing on Regis III

The Invincible’s landing on Regis III is the decisive opening operation of the expedition: a technically exact descent that places eighty-three crew members, their machinery, and their assumptions inside an unfamiliar planetary system. The ship arrives as the largest vessel stationed at the base in the Lyra constellation, but its apparent mastery is immediately tested by the world it has come to study. The landing initiates a chain of scientific surveys, resource investigations, communication failures, and moral reconsiderations that eventually force the crew to question whether human power grants any right to interfere.

Approach to Regis III

The Invincible crosses the outer reaches of the Lyra constellation in photon sequence while its eighty-three crew members lie in a deepened sleep rather than full hibernation. Because the voyage is relatively short, their body temperatures remain above fifty degrees. Only automatons operate the bridge as the ship approaches a sun scarcely hotter than a regular red dwarf. When the sun fills half the main screen, the annihilation reactor is shut down, and the vessel continues at close to the speed of light, inert and silent, as if deserted.

The ship’s awakening precedes that of its human occupants. Control lights begin to signal across the consoles, programs are loaded, commutators spark, motors overcome the resistance of long-idle lubricant, and auxiliary reactors extend their cadmium rods while magnetic pumps circulate liquid sodium through the cooling coils. Automatic check-and-repair devices travel through the hull, inspecting welds, testing air-tightness, and examining metal joints. The entire vessel fills with mechanical murmurs before the crew has opened its eyes. Only after an automaton sends the hibernation chamber’s control center the waking signal does waking gas mingle with cool air, artificial daylight flood the decks, and the sleepers begin to emerge from nightmares and semiconscious exhaustion.

The landing and ground procedure

The descent ends in a violent cloud of red sand. The Chief Engineer stands ready at the emergency-jet levers while the crew watches the level indicator remain at the red zero mark. As the dust settles, the blackened ship emerges piece by piece: first its blunt top, then its sides, and finally its double-plated hull. The Invincible comes to a definitive standstill, appearing to have become part of Regis III itself beneath a purple sky where bright stars remain visible around the red sun.

The ordinary landing ritual is explicitly refused. When asked whether the crew should follow regular procedure, Horpach answers that the ship will begin with Degree Three Ground Procedure. Rohan then takes control of the announcement, ordering every deck into action: energobots are to be prepared, shield batteries activated, force-field technicians sent to their stations, and the rest of the crew assigned their positions. His brusque command carries suppressed disapproval, suggesting that the exceptional procedure is not merely a technical precaution but a command decision whose seriousness the crew has only just begun to understand.

The defensive system transforms the landing site into a fortified zone. Thirty-ton energobots plated with fireproof silicon descend the ramp and distribute themselves around the ship, sinking into the sand until only regular points mark the turrets bearing Weyr guns. Larger inforobots then take positions between them, their flattened trunks and stilt-like legs spreading through the perimeter. A brief shudder passes through the bridge, accompanied by tingling jaws and blurred vision, as the invisible protective force field comes into operation. The instruments show no attempt to cross the barrier, while the power gauge climbs through successive gigawatt readings. The landing is thus inseparable from enclosure: The Invincible does not simply touch down on Regis III but establishes a controlled technological island against an environment it does not understand.

Immediate investigation of the planet

Once the ship is secure, the crew begins interpreting the world from incomplete evidence. A Mercator projection based on unmanned probes shows only the principal continents and seas, the polar icecaps, major craters, and a red-circled landing point at eight degrees north. The surface appears strikingly lifeless, and Rohan considers whether hidden aquatic beings might inhabit the ocean and have built a civilization below it. Horpach rejects the idea as implausible, arguing that intelligent aquatic beings would eventually have conquered the land, but the discussion establishes the central uncertainty of the landing: the apparent emptiness of the continents may conceal not absence, but a form of existence beyond human categories.

Horpach describes Regis III as an old, decaying planet, perhaps six billion years old, orbiting a sun long past its prime and nearly reduced to a red dwarf. Poor insolation and enormous polar caps make the ocean a more likely habitat than the land, where life appears unable to tolerate drought. The absence of terrestrial life can account for the planet’s oxygen only if oceanic organisms such as algae or seaweed are producing it. At this stage, the crew is still working through geological and biological possibilities, yet the landing has already made classification an instrument of power: maps, samples, drilling, and visual records turn Regis III into an object that can be measured and entered into human systems of knowledge.

The expedition’s later findings complicate the first impression of a dead planet. Sedimentary strata contain ruddy-black material of non-geological and non-planetary origin, apparently metallic fragments deposited millions of years earlier and gradually altered by oxidation and chemical reactions. Deeper drilling reveals organic carbon, fossils of plants that grew in dry conditions, and evidence that primitive reptilians once lived in Regis III’s jungles. Land evolution appears to have occurred twice, with one biological extinction roughly a hundred million years ago and later strata showing a gradual disappearance of plant and animal traces. In their place are compressed deposits containing antimonite, molybdenum oxide, ferrous oxides, and salts of nickel, cobalt, and titanium.

The metal layers, dating from approximately eight to six million years ago, contain localized centers of radioactivity and suggest violent nuclear reactions. Yet the total radiation, estimated at no more than twenty to thirty megatonnes spread across hundreds of millennia, is insufficient to explain the destruction of terrestrial life. The resulting contradiction becomes one of the landing’s most important consequences: the planet’s biological collapse coincides with the appearance of metallic strata, but the obvious explanation does not fit the evidence. At a depth of about seventy feet, investigators find rusted fragments resembling microscopic mechanisms, strengthening the suspicion that the ruins and the metal deposits belong to a history neither geological nor conventionally biological.

From landing site to intervention

The landing creates the logistical foundation for a much larger operation. Drilling equipment, cranes, gangways, fuel canisters, and other vehicles are unloaded hastily but systematically. When the vehicles are later re-embarked, Rohan ignores Ballmin’s requests for fifteen more minutes of drilling and repeatedly urges the mechanics to follow the commander’s order. The energobots return to the ship, the ramp and elevator retract beneath the armor, and The Invincible rises through dust, green exhaust light, and repeated detonations, leaving a torched circle of rock, vitrified dunes, condensation, and abandoned drilling shafts.

The departure reveals that the landing has altered the landscape even during its brief occupation. After the ship’s vapor trail disappears and shifting sand begins to cover the exposed rock and refill the shafts, a dark cloud approaches from the west, spreads an extended arm around the landing site, and hangs motionless. As the sun drops, black rain falls on the desert. The sequence makes the landing look less like a neutral arrival than the first disturbance in a planetary system that responds on a scale the human crew cannot yet perceive.

That tension becomes more severe when exploration moves beyond the immediate perimeter. On the nineteenth day after landing, a storm far more violent than terrestrial storms strikes the mining region. Lightning joins sky and rock, floodwaters submerge the excavated walkways, and the crews shelter beneath the main force-field dome while mile-high bolts strike it. The returning miners find tiny black metal specks scattered across the sand, the suspected “flies,” and bring them back for examination. The landing’s defensive infrastructure, initially a safeguard against the unknown, has become the necessary shelter for an expedition whose own investigation is drawing it deeper into danger.

Communications, knowledge, and ethical reversal

The landing also sets in motion the command structure that sends Regnar’s twenty-two-man convoy toward ruins northeast of the explored ravines. The convoy carries oxygen, food, nuclear fuel, energobots, transporters, robots, the Condor’s mobile cannon, and a dozen Arctan automatons equipped with excavators and drills. A television relay placed in stationary orbit extends contact after the planet’s curvature blocks direct ultra-short-wave communication. At the ruins, however, radio reception deteriorates under heavy static, television reception worsens simultaneously despite being relayed outside the atmosphere, and contact breaks off completely. The phenomenon resembles a metallic wall descending across the desert, turning the communication systems that sustain the landing operation into instruments of uncertainty.

The expedition initially interprets the unknown through the language of adversaries, weapons, and retaliation. Horpach insists that hypotheses are insufficient and seeks certainty through accurate diagnosis, factual investigation, and the recovery of samples of the flying mechanical fauna, if such formations truly exist. He also fears that these formations might eventually develop into a threat to space travel in the region. Against this strategic logic, the biologists propose that the beings may be products of inanimate evolution: once tools of rational beings, they may have become independent over millions of years and entered the planet’s natural forces. Their existence could explain the extinction of land life, the persistence of ocean life, the oxygen level, and the desert continents.

Rohan’s understanding changes most sharply after the landing has already led to loss and escalation. He recognizes that humanity’s instinct to conquer, annihilate, and avenge rests on the false assumption of a thinking opponent. In his reflection, humans trusted cannons and sensors too much, made mistakes, and paid for them. He concludes that humanity has not earned the right to the grand claim of galactocentrism if that claim means recognizing only beings resembling itself; its real meaning would be to avoid interfering in matters that do not concern human beings. Regis III therefore transforms the significance of the landing. What began as the exercise of superior technology ends as an indictment of the assumption that technical capacity, scientific curiosity, or human grief automatically authorize intervention in another world.