Redefine your field charging experience with the HOTA T6. This compact RC LiPo battery charger unleashes a ferocious 300W DC capability and a rapid 15A max current loop, supporting both DC and PD inputs. Safely optimized for 1-6S LiHV/Life/Lilon/Lixx/Lipobatteries, its travel-friendly, ultra-reliable blueprint easily slips into your pilot bag—delivering a small, safe, and robust power station perfect for high-performance FPV racing drone batteries.
Q: Does the HOTA T6 include a built-in AC wall adapter power supply?
A: No, this is a dedicated DC smart charger. To unlock its full 300W capability, you will need to power it using an external DC source (ranging from 10.5V to 30V), such as a heavy-duty field battery pack, a deep-cycle car battery, or a standard desktop power supply.
Q: Can I charge high-voltage lithium batteries (LiHV) safely with this module?
A: Yes, absolutely. The smart internal OS supports a wide range of battery chemistries. You can easily adjust the cut-off parameters via the scrolling wheel to accommodate LiHV (up to 4.35V per cell), standard LiPo, LiFe, Lilon, NiMH, and Lead-Acid battery cells.
Q: Is the integrated USB-C PD port strictly for charging external devices?
A: Yes, the high-power 90W Type-C port operates as a premium Power Delivery output interface. It is specifically optimized to fast-charge your laptop, smartphone, or remote controllers directly from the power supply connected to the charger's main DC input.
Q: What happens if I accidentally reverse the polarity on the battery balance pads?
A: Rest easy. The HOTA T6 is engineered with an advanced hardware safety matrix that includes reverse polarity protection, over-current cutoff, over-voltage safeguards, and short-circuit isolation. The charger will immediately halt operation and sound an error alert.
Q: Can this charger measure the exact health status of my older drone packs?
A: Yes, it does. During any standard charging or discharging cycle, the IPS screen layout displays real-time individual cell internal resistance metrics ($m\Omega$). This data lets pilots instantly isolate weak or degraded cells before they pose a flight risk.
