RAW DATA DUMP

  • RA-K37 thruster
  • Stock thruster of K37 TNTRL. Thermaly pre-accelerated propellant is ionized and accelerated further by magnetoplasmadynamic system. Includes integrated 1GW MPD closed-loop generator.
  • Thrust: 200kN
  • Exhaust velocity: 15km/s
  • Propellant consumption: 13.3kg/s
  • Power consumption: 5MW
  • Operation mode: Pulsed thrust
  • Propellant: Oxygen-Hydrogen plasma
  • Manufacturer: Rosatom-Antonov
  • RA-K44 thruster
  • Thrusters developed for abandoned project K44 MHFTR, a oversized K37 variant with 2GW MPD generator. Increased stress makes them prone to excessive wear.
  • Thrust: 400kN
  • Exhaust velocity: 15km/s
  • Propellant consumption: 26.6kg/s
  • Power consumption: 15MW
  • Operation mode: Pulsed thrust
  • Propellant: Oxygen-Hydrogen plasma
  • Manufacturer: Rosatom-Antonov
  • MA150HO thruster
  • A state of art of hybrid thermal / electric propulsion it can achieve excellent exhaust velocity due to three integrated MPD generators. While delivering less thrust than competition MA150HO are renowned for relability.
  • Thrust: 150kN
  • Exhaust velocity: 30km/s
  • Propellant consumption: 5kg/s
  • Power consumption: 40MW
  • Operation mode: Variable thrust
  • Propellant: Oxygen-Hydrogen plasma
  • Manufacturer: Mitsubishi-Airbus
  • NDSTR thruster
  • Cheap, reliable and powerful propulsion system of Tsukuyomi-class frigates can be retrofitted to most civilian crafts. As a pure Nuclear Thermal Rocket it's both powerful and resilient, at cost of propellant consumption.
  • Thrust: 600kN
  • Exhaust velocity: 7km/s
  • Propellant consumption: 85.7kg/s
  • Power consumption: 1MW
  • Operation mode: Pulsed thrust
  • Propellant: Oxygen-Hydrogen plasma
  • Manufacturer: Nakamura Dynamics
  • RA-TNTRL-K37 engine
  • CL-150 mining laser
  • Coherent Light CL-150 Mk3 laser fires a constant mining beam. Maintains usable focus for up to 8000m.
  • Effective range: 8000m
  • Power consumption: 150MW
  • Output power: 125MW
  • Wavelength: 490nm
  • Manufacturer: Coherent Light
  • AMD-752S on-board computer
  • RA-K37 nuclear reactor
  • life support
  • adrenaline booster
  • EMD-14 mass driver
  • Electromagnetic Mass Driver Mk14 fires a 10kg iron projectile at 4500m/s. Slugs are shaped for optimum ice fracturing.
  • Power consumption (peak): 750MW
  • Projectile mass: 10kg
  • Muzzle velocity: 4500m/s
  • Rate of fire: 2pps
  • Manufacturer: Conlido RVM
  • ERFMD-17 mass driver
  • Electromagnetic Rapid Fire Mass Driver Mk17 fires a 10kg iron projectile at 3000m/s. Slugs are shaped for optimum ice fracturing. Reduced peak power allows rapid delivery of new projectiles.
  • Power consumption (peak): 500MW
  • Projectile mass: 10kg
  • Muzzle velocity: 3000m/s
  • Rate of fire: 5pps
  • Manufacturer: Conlido RVM
  • excavator
  • MWG microwave emitter
  • Mining Microwave Emitter delivers a constant 1cm microwave beam suitable for melting water ice in asteroids.
  • Effective range: 600m
  • Power consumption: 50MW
  • Output power: 45MW
  • Wavelength: 1cm
  • Manufacturer: Nakamura Dynamics
  • Docking clamps
  • Standard propellant tank
  • Standard propellant tank for thermal rockets. Holds up to 30000kg of propellant. Approved for orbital missions. Honeycombed cells prevent mass shifts during manouvers.
  • Capacity: 30,000kg
  • Propellant type: Thermal Rocket
  • Extended propellant tank
  • Extended propellant tank for thermal rockets. Holds up to 50000kg of propellant. Approved for interlunar missions. Honeycombed cells prevent mass shifts during manouvers.
  • Capacity: 50,000kg
  • Propellant type: Thermal Rocket
  • Long-range propellant tank
  • Long-range propellant tank for thermal rockets. Holds up to 80000kg of propellant. Approved for interlunar and short-range interplanetary missions. Honeycombed cells prevent mass shifts during manouvers.
  • Capacity: 80,000kg
  • Propellant type: Thermal Rocket
  • Interplanetary propellant tank
  • Propellant tank for thermal rockets on interplanetary missions. Holds up to 200,000kg of propellant. Approved for interplanetary travel. Honeycombed cells prevent mass shifts during manouvers.
  • Capacity: 200,000kg
  • Propellant type: Thermal Rocket
  • Seal for projectile magazine
  • Seal for kinetic ammunition compartment, for ships that don't use kinetic projectiles.
  • Projectile magazine
  • Storage for kinetic projectiles. Includes rails for handling variety of standard ammunition types and an automated delivery system.
  • Storage: 1000kg
  • Delivery: 100kg/s
  • Manufacturer: Conlido RVM
  • Dual projectile magazine
  • Two standard storage compartments for kinetic projectiles. Includes rails for handling variety of standard ammunition types and an modified automated delivery system.
  • Storage: 2000kg
  • Delivery: 200kg/s
  • Manufacturer: Conlido RVM
  • Heavy projectile magazine
  • Industrial-grade storage compartment for kinetic projeciles, approved for heavy kinetic mining equipment. Includes rails for handling variety of standard ammunition types and an automated delivery system.
  • Storage: 5000kg
  • Delivery: 200kg/s
  • Manufacturer: Tetsuo Engineering
  • Military projectile magazine
  • Demilitarized military-grade storage compartment for kinetic projectiles. Includes custom rail hardware for industrial mining amunition and stripped-down delivery system.
  • Storage: 10000kg
  • Delivery: 200kg/s
  • Manufacturer: Nakamura Dynamics
  • Basic nanodrone storage
  • Specialized storage module for disposable nanodrone components, capable of rapid delivery of selected parts to drone assembly plant.
  • Storage: 1000kg
  • Delivery: 20kg/s
  • Manufacturer: Mars Power Industries
  • Industrial nanodrone storage
  • Industrial-grade specialized storage module for disposable nanodrone components, capable of rapid delivery of selected parts to drone assembly plant.
  • Storage: 5000kg
  • Delivery: 20kg/s
  • Manufacturer: Conlido RVM
  • Military nanodrone storage
  • Decomisisoned military-grade specialized storage module for disposable nanodrone components, capable of rapid delivery of selected parts to drone assembly plant.
  • Storage: 10000kg
  • Delivery: 100kg/s
  • Manufacturer: Nakamura Dynamics
  • Ultracapacitor
  • Graphene fractal ultracapacitor array for storing excess generated power for peak usage.
  • Capacity: 500MJ
  • Peak power: 10GW
  • Manufacturer: Obonto Micro Engineering
  • Dual Ultracapacitor
  • Double graphene fractal ultracapacitor array for storing excess generated power for peak usage. Includes power balancer.
  • Capacity: 1000MJ
  • Peak power: 10GW
  • Manufacturer: Obonto Micro Engineering
  • Triple Ultracapacitor
  • Triple graphene fractal ultracapacitor array for storing excess generated power for peak usage. Includes power blancer.
  • Capacity: 1500MJ
  • Peak power: 10GW
  • Manufacturer: Obonto Micro Engineering
  • Turbine
  • On-board power plant for Thermal Rocket. High-powered turbine connects directly to high-pressure propellant supply and uses the pressure created by reactor core to generate electricity. Uses open cycle to dispose waste heat. Generated power depends on temperature and pressure in reactor core.
  • Power (nominal): 100MW
  • Propellant consumption: 100g/s
  • Manufacturer: Rosatom-Antonov
  • Twin Turbine
  • On-board power plant for Thermal Rocket. Two high-powered turbines connect directly to high-pressure propellant supply and uses the pressure created by reactor core to generate electricity. Uses open cycle to dispose waste heat. Generated power depends on temperature and pressure in reactor core.
  • Power (nominal): 200MW
  • Propellant consumption: 200g/s
  • Manufacturer: Rosatom-Antonov
  • Military-grade Turbine
  • High-powered on-board power plant for Thermal Rocket. Military-grade heavy turbine connects directly to high-pressure propellant supply and uses the pressure created by reactor core to generate electricity. Uses open cycle to dispose waste heat. Generated power depends on temperature and pressure in reactor core.
  • Power (nominal): 500MW
  • Propellant consumption: 500g/s
  • Manufacturer: Nakamura Dynamics
  • Cargo bay baffles
  • Spring-mounted cargo bay baffles prevent accidental ejection of cargo during decceleration.
  • Nakamura MPU
  • Nakamura Dynamics Mineral Processing Unit uses microwave oven to melt cargo and store it in a compact containers. Evaporated water is re-purpoused as reactive mass. Relies on microseismic scanner integration for safety protocols.
  • Processing capacity: 20 kg/s
  • Power draw: 10 MW / chunk
  • Processed cargo storage: 20,000 kg
  • Mineral processing efficiency: 80%
  • Remass processing efficiency: 50%
  • Manufacturer: Nakamura Dynamics
  • Standard cargo bay
  • Standard cargo bay compartment. No additional protective equipment.
  • Autopilot dummy plug
  • A dummy plug module for autopilot system. No automatic pilot capabilities.
  • Basic Autopilot
  • Basic autopilot module capable of perserving velocity and orientarion of the craft. Uses simple heuristic to determine RCS fire. Not capable of adopting to changes on thruster configuration.
  • Developer: Minding LF
  • Capabilities: RCS
  • Adaptive Autopilot
  • Proprietary autopilot module of Mitsubishi-Airbus can be retrofitted to most modern crafts. Uses advanced heuristics combined with pre-trained neural network to adapt to mid-flight changes to ship configuration, mass shifts and thruster damage.
  • Developer: Mitsubishi-Airbus
  • Capabilities: RCS, Adaptation, HUD
  • Military-grade Autopilot
  • Decomissioned military-grade gentled artificial neural network of Tsukuyomi-class frigates. Integrates with standard Head-Up Display system to expose internal tactical assessment to the pilot. Not capable of full autonomy.
  • Developer: Nakamura Dynamics
  • Capabilities: RCS optimization, Adaptation, HUD
  • Autonomic Autopilot
  • MIT licenced autopilot module from Model-E craft, released to accelerate the advent of interstellar travel. Retrofitting costs include required sensors.
  • Developer: Elon Interstellar
  • Capabilities: Autonomic
  • Reconnaissance Drone
  • Baseline reconnaissance drone follows your ship and delivers video feed of surrounding area of the ring.
  • Manufacturer: Obonto Micro Engineering
  • Range: 5km
  • Microseismic Drone
  • Drone equipped with microseismic scanner uses array of low-powered lasers to induce and observe microseisimc shockwaves in asteroids to determine their composition.
  • Manufacturer: Obonto Micro Engineering
  • Range: 5km
  • Samples: 500/s
  • MPI Tug drones
  • Disposable tug drone fabricator and remote power plant. Uses drone part storage compatments to assemble a palm-sized disposable tug drones. Infrared laser array provide remote power and ablative propulsion. On-board software will intercept any high albedo objects and put it to relative stop.
  • Power draw: 50 MW
  • Effective range: 400m (line of sight)
  • Drone launch capability: 50 dps
  • Drone wet mass: 0.1 kg
  • Thrust: 1kN (per drone)
  • Manufacturer: Mars Power Industries
  • OMI Maintenance drones
  • Disposable maintenance drone fabricator with advanced expert system to assess ship damage. Outfits the drones on the fly with required toolheads and automatically directs them to damaged system to provide emergency repairs.
  • Power draw: 50 MW
  • Drone launch capability: 32 dps
  • Manufacturer: Obonto Micro Engineering