Slipstream


POWR_TYDT_S01_Slipstream

Tyler Design & Tech uses an expensive alloy on its Slipstream power plant to reduce its overall emissions. This design choice is key to making this small power plant’s detectable signature one of the lowest on the market.
manufacturer - Tyler Design & Tech

Base

Type     None
Subtype  None
Size     None
Grade    None
Mass      45kg
HP       500

EntityComponentPowerConnection

power base                      0pwr/s
power draw                   2100pwr/s
power overpower performance     0.1
power overclock performance     0.41
power overclock min             0.29
power overclock max             0.43
power up time                   7.5s
em ratio                        1.4em/pwr
em decay rate                   0.3

EntityComponentHeatConnection

temp min                     0
temp max                   700
temp overheat              700
temp recovery              550
temp cooling start         300
temp misfire min           300
temp misfire max           900
overpower heat               0.08
cooling rate                76.79487
recovery time            None
overclock threshold min      0.38
overclock threshold max      0.52
thermal conductivity         0.05
thermal energy draw      18750
thermal energy base      14850
surface area                 0.05
specific heat capacity       0.5
thermal mass               468
temp ratio IR                1.4

SHealthComponentParams

dmg resist phys  1
dmg resist nrg   1
dmg resist dst   1
dmg resist heat  1
dmg resist bio   1

SDegradationParams

wear lifetime       25hours
wear initial ratio   0

Default equipment

json