Probodobodyne HECS
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Revision as of 16:42, 6 May 2016 by Spacemannik (talk | contribs)
Probodobodyne HECS | ||
Command module by Probodobodyne Inc | ||
Radial size | Tiny | |
Cost | (total) | 650.00 |
Mass | (total) | 0.100 t |
Drag | 0.15-0.2 | |
Max. Temp. | 1200 K | |
Impact Tolerance | 12 m/s | |
Research | Precision Engineering | |
Unlock cost | 4 900 | |
Since version | 0.21 | |
Part configuration | probeCoreHex_v2.cfg | |
Command module | ||
Electricity required | 1.50 ⚡/min | |
Electric capacity | 10.0 ⚡ | |
SAS level | 1 | |
KerbNet | ||
Field of View | (min) | {{{min-fov}}} ° |
(max) | ° | |
Anomaly detection | 12 % | |
Enhanceable | No | |
Mode | N/A |
The Probodobodyne HECS is an unmanned command module that runs on electricity.
Usage
Generally placed at the top of the rocket, the Probodobodyne HECS provides full command module functionality with a tiny connector on the top and bottom. This is a hexagonal command module available allowing three and six times symmetry instead of four and eight times.
Product description
The HECS is one of the few parts in Kerbal Space Program that is covered in multi-layer insulation.
“ | The HECS core capabilities go far beyond its sleek, 6-sided futuristic casing. This probe core provides advanced guidance assistance technology, and comes fitted with internal reaction wheels and decently-sized batteries. Despite concerns that one day, autonomous spacecraft cores could become self-aware and turn against their creators, or even become very stubborn against opening pod bay doors, Probodobodyne insists that these unmanned AI-driven devices are the way of the future. | ” |
Changes
- Initial Release