| Make | Obonto Microengineering |
|---|---|
| High-Stress | 2 |
| Low-Stress | 2 |
| Crew | 8 |
| Dry mass | 184,500 kg |
| Cargo bay | 610 m^3 |
| Processed cargo | 50,000 kg (combined) |
| Hull Length | 84.7 m |
| Hull Width | 31.2 m |
| Min. Cargo Bay Width | 24.1 m |
The Orbital Construction Platform is a specialized vessel designed for construction. Her forward consumable bays can adjust their weight balance to maintain a center of mass at the center of a carefully designed cargo bay. Because of this, cargos can be arranged to rotate within the bay, and offer no resistance to rotation while maneuvering. The massive side-loading cargo bay allows her to transport finished components such as reactors and bulkheads, while her twin heavy mountings allow the use of construction manipulators to assist in the assembly of large installations. With a comfortably large habitat capable of rotational G, as well as a high capacity for raw materials, this unusual design is well suited to extended construction or resupply missions.
Equipment
The OCP-209 can fit the largest harvester and industrial drone supplies, but can not carry any cargo containers and is limited to a small processed cargo hold of only 50,000 combined kg.
Notes
- Due to its large and comfortable habitat with rotational-G, the OCP-209 has an above-zero Morale stability point.
- The cargo bay opening is to the right (starboard). The two high-stress slots are at that side, and can be used for ARMs to collect chunks.
- OCP is rather unique in being able to stuff fairly large asteroids into its cargo bay, then break them up into chunks by rotating in place or thrusting. If doing so, captains may choose to not install any external (and hence damagable) equipment in these slots, to prevent it being damaged by the collisions required and require repairs. Drones, for instance, can't be damaged that way.
- The Rosatom-Antonoff MPU is a decent choice, as although it's fairly slow and inefficient, it affects the entire cargo bay at once - other MPUs have fairly small and hard-to-use processing areas when installed on the OCP.