Subscribe to download
T-Industry Ship

Vanilla | No Mods | Subgrids | Scripts | 6 DLC

The main ship of the Survival Kit line of a complete production cycle. 5 refineries, 6 assemblers, 10 O2/H2 generators for 59 Ml of hydrogen. Power 156 MW from hydrogen generators and reactors. Support small ship printer inside the ship. High carrying capacity and autonomy. Complete independent sealing of compartments. Full automation of basic game processes. Armed. Designed for planets and space. Crew of three engineers. Server friendly.

PCU: 17291
Blocks: 1456
Weight: 1075 tn
Trust 1g: 2336 tn
Cargo volume x1: 547 Kl
Size (LWH): 65 x 37.5 x 20 m

Credits: Functional industrial redesign of an excellent TORTi Transport Ship from shadow trace

The ship is designed for a crew of three engineers. Each of which has its own workplace with a separate information screen and access to various automation. The ship's captain controls the flight. The navigator monitors the radar and hull damage, as well as controls the launch of drones. The cargo officer monitors the stocks of components and the condition of the ship's systems.

The ship has 4 main rooms with an independent ventilation system: a bridge, an industrial area, a crew cabin and a captain's cabin. The transitions between the zones are sealed with automatic airlocks that prevent oxygen from flowing through. The industrial zone has three pressurized exits from the ship - two regular and one cargo, separated from the main zone by a transitional pressurized lock, which can serve as a closed parking for auxiliary ships during flights. There is also a box for the Mini-scooter. Outside, the cargo airlock for small grid ships can be opened automatically by sensor.

The ship can quickly process ore in 5 refineries, store hydrogen with 10 O2/H2 generators and produce a large number of components for the construction of other ships or ground bases with the help of 6 assemblers working in cooperative mode. The printer, installed in the industrial zone, allows automatic printing of small grid auxiliary ships up to 9.5 m long, which pass through the standard hangar doors of 2x3 large blocks.

The workstation of the print operator is mounted on a small subgrid through a hinge and includes 5 small projectors into which 4 blueprints of auxiliary ships of the Survival Kit line are loaded and a ramp for automatic printing of combat drones. The orientation of the drawings is made from the operator's seat using the WASD keys. The selection of the drawing is available through the menu displayed on the screen of the operator's chair (buttons #1,2,3). After selection in the menu, printing is started by button #5. Printing is carried out in one pass with a line of 4 welders. Ramps for activating printing are made manually (see the last screenshot). The drone printing procedure (on video) is described in the data sheet inside the operator's seat.

8 program blocks and more than 10 scenarios allow you to automate most of the processes associated with ship management and production. The original inventory management script Autokit Assembler will automatically maintain an irreducible stock of major components and cartridges. For flights in the gravity of the planets, a script Grand Cruise is used that provides automatic takeoff and landing with control of the retractable landing gear and frontal ramp, cruise control with control of altitude and directional interference. In space, the ship can fly on autopilot on lidar.

The visualization of stocks and the state of systems is provided by a script Automatic LCDs 2. Automatic sealing of airlocks - script Isy's Simple Doors. Scripts monitor the damage to the ship's hull and alarm when an enemy is detected - Floor Plan and Whip's Turret Based Radar

Basic automation - Unnoficial modification of the Easy Automatition 2.0 allows cross-script interaction and easy modification of automation scenarios. With its help, printing of auxiliary ships, automatic launch of drones and control of the moving parts of the ship were made.

The flight is controlled from the ship's captain's seat. All operating instructions are displayed on the screens of the seats and are displayed on the monitors installed in front of them. You can sequentially display data from different control scripts on one screen. Use the current output settings to minimize the load associated with scripting. Additional control is carried out from keypads installed inside and outside the ship.