| Command module by |
|Max. Temp.||2000 K|
|Impact Tolerance||8 m/s|
|Research||Advanced Unmanned Tech|
|Unlock cost||52 500|
|Part configuration|| HECS2.cfg|
|Pitch torque||10 kN·m|
|Yaw torque||10 kN·m|
|Roll torque||10 kN·m|
|Electricity required for torque||
|Electricity required||3.00 ⚡/min|
|Electric capacity||1000 ⚡|
|Field of View||(min)||9 °|
The Probododyne HECS2 combines a command module unit with a 1 000 unit battery and 10 Nm torque reaction wheel. This simplifies construction by incorporating the three parts into one. However the cost of the HECS2 (7 500) is greater than the cost of buying a small remote guidance system, 1 000 unit battery and 15 Nm reaction wheel separately. It originated from the official asteroid day mod.
|“|| A larger probe core based on the popular HECS design With integrated battery banks, specialized flight control, and a built in reaction wheel, the HECS2 is a suitable probe core for more advanced satellites.
— Probodobodyne Inc
This module functions as an unmanned command module used for small-sized satellites. With the mass calculation, it's better to buy this part instead of the separate parts.
- Initial release