From the Parliamentary Record of Albion Space, Educational Broadcast, House of Resources 

[The following is an excerpt from the public educational archives maintained by the House of Resources, originally recorded for Terra-side distribution. Transcript lightly edited for readability.] 

“This family of asteroids was the product of the most improbable union possible.” 

So begins nearly every schoolchild’s introduction to the place we call home. And improbable is not too strong a word. To understand why Hector-Sabrina exists, and why it matters, you have to understand just how far each of its parents traveled to find the other. 

Two Strangers from Opposite Ends of the Solar System 

Hector began its life in the Main Asteroid Belt, that broad band of rocky debris orbiting between Mars and Jupiter. It was a metallic body, iron-rich and dense, the kind of rock that miners dream about. At some point in the deep past, a collision or gravitational disturbance ejected it outward, sending it drifting through the cold dark of the outer solar system. 

Sabrina came from somewhere far more remote. An icy, comet-like body from the Oort Cloud (the vast, diffuse shell of frozen material that marks the outermost boundary of our sun’s influence), Sabrina carried something Hector never had: water, volatiles, and an unusually high concentration of radioisotopes. In the scientific literature, bodies like Sabrina are sometimes called “dirty snowballs.” Those of us who live here prefer to think of her as something rarer than that. 

Neither body originated in the Kuiper Belt. That is perhaps the most remarkable fact of all. Hector traveled inward from the Belt; Sabrina drifted inward from the Cloud. They were strangers to the region where they met. 

And yet, somehow, in the Kuiper Belt, they found each other. 

The Collision That Made Us 

The impact was catastrophic by any measure. Two bodies of incompatible composition, moving at incompatible velocities, with nothing in common except the unlikely coordinates of their meeting: they collided, and shattered. 

The resulting debris field continued to fragment. Piece struck piece, and those pieces struck others, cascading down in scale from boulders to rocks to gravel, a process that continues, in small ways, to this day. Hector-Sabrina is not a static place. It is an ongoing conversation between remnants. 

What might have seemed like destruction turned out to be something else entirely: opportunity. When Hector and Sabrina shattered into each other, their materials mixed. Iron ore from the Belt. Ice and water from the Cloud. Radioisotopes that no purely rocky body could have provided. The resulting family of asteroids offered something extraordinarily rare in the outer solar system: variety. 

Iron for construction. Water for life. Radioisotopes for power. All within the same gravitational family. 

Why Albion and Helles Both Want It 

It would be naive to discuss Hector-Sabrina without acknowledging the obvious: this is not merely a scientific curiosity. It is a strategic resource. 

The House of Resources has long recognized that Hector-Sabrina’s mixed composition makes it uniquely self-sustaining. A settlement here need not rely on long supply chains from Terra or the inner planets. The raw materials for construction, agriculture, energy generation, and basic industry all exist within the family itself. 

It is worth remembering that the original settlers never intended to stay. Hector-Sabrina was always meant to be a waystation, a place to gather resources and numbers before the long push outward to the Copernicus system. But generations of life carved into the rock have a way of changing plans. What was once a stepping stone became a home, and homes, it turns out, are worth fighting over. 

This is why the question of sovereignty over Hector-Sabrina is not merely political. It is existential. Albion and Helles are not arguing over rocks. They are arguing over the most viable foundation for permanent, independent human civilization in the outer solar system. 

The asteroids do not care about that argument, of course. They continue their slow, ancient conversation, piece by piece. 

A Note on the Names 

Hector, in the old Terran tradition, was the greatest defender of Troy, a warrior who fought not for glory, but for home. Sabrina is the ancient name of a river goddess, a spirit of water and boundaries and the places between worlds. 

It is perhaps fitting that the asteroid family bearing their names has become, for those of us who live here, exactly that: a home worth defending, and a boundary worth crossing. 

Pride & Planetoids is a space opera retelling of Pride and Prejudice, set among the asteroid families of the outer solar system. Longbourn Mining Company holds a seat in the House of Resources, but for how long?