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Large multi-rotor platforms running high-voltage power systems need a distribution board genuinely built for that scale, and Tarot's TL2996 is designed specifically around dual-battery 12S configurations rather than being a scaled-up version of a smaller single-battery board, giving it connector and wiring choices matched to that higher-voltage, higher-current use case.
Input wiring uses heavy 10 AWG silicone wire running up to 185mm, genuinely substantial gauge for a board rated to handle 12S systems at up to 480A for connected peripherals. The board accepts either two 6S batteries wired in series to form a 12S input, or a single 6S battery used alone - in the single-battery configuration, the board's two dedicated 12S outputs are automatically disabled since there's no genuine 12S power present, while the two 6S outputs remain active, a sensible safety behavior that prevents accidentally feeding 6S-rated equipment a voltage it was never designed for.
The ESC power connection uses an XT90 plug, a connector size genuinely matched to the higher current this board is designed to carry, moving up from the more common XT60 standard used on smaller distribution boards. A customized red signal hub with anti-misplug design helps prevent wiring mistakes when connecting multiple ESC signal lines during assembly.
Builders working on a large-scale multi-rotor platform genuinely running a dual-battery 12S power system, or upgrading an existing high-current build's power distribution to handle that voltage and current class safely, will find the Tarot TL2996 a purpose-built distribution board matched specifically to that larger-scale power requirement.
| Brand | Tarot |
|---|---|
| Selling unit | PCS |