Ok, thread necromancy.
Has anyone had any first hand experience with the RRC3 using a Lipo other than the Sparkfun one yet? Because that Sparkfun one has been out of stock for awhile.
I was thinking this one: https://www.hobbyking.com/hobbyking/store/__24218__Turnigy_nano_tech_180mAh_2S_25C_Lipo_Pack_E_flite_micro_series_compatible_USA_Warehouse_.html
It is 180 mAh and 25C, so I believe that makes it 4.5 Amp maximum which is within the RRC3 window of 5 Amp. I know that is a safe maximum, and not necessarily the true maximum. Assuming I don't have a short and the e-matches go how likely am I to get a spike over that? Also, assume I am not using these for air starts which I understand can lead to a "short" due to the conductivity of the gases at ignition.
Also, for anyone with the lipo-RRC3 3D printed sled what are the battery compartment dimensions?
Has anyone had any first hand experience with the RRC3 using a Lipo other than the Sparkfun one yet? Because that Sparkfun one has been out of stock for awhile.
I was thinking this one: https://www.hobbyking.com/hobbyking/store/__24218__Turnigy_nano_tech_180mAh_2S_25C_Lipo_Pack_E_flite_micro_series_compatible_USA_Warehouse_.html
It is 180 mAh and 25C, so I believe that makes it 4.5 Amp maximum which is within the RRC3 window of 5 Amp. I know that is a safe maximum, and not necessarily the true maximum. Assuming I don't have a short and the e-matches go how likely am I to get a spike over that? Also, assume I am not using these for air starts which I understand can lead to a "short" due to the conductivity of the gases at ignition.
Also, for anyone with the lipo-RRC3 3D printed sled what are the battery compartment dimensions?