D-RC 3060S 60A 6S ESC for Lightweight Racing Drones
A Compact Power Solution for Four-Motor FPV Builds
The D-RC 3060S 60A 6S ESC gives racing drone builders a compact way to manage four motors. This racing drone ESC supports 3–6S LiPo input and delivers a continuous maximum current rating of 60A X4. It also handles an instantaneous maximum current of 70A X4. Therefore, it suits four-motor flight-control power systems that require strong current capacity without adding unnecessary weight. At 10.4 g, the board keeps the power system light. In addition, its 40 × 40.7 mm footprint and M3 30.5 × 30.5 mm mounting pattern support practical frame installation. The D-RC 3060S 60A 6S ESC uses H-H-50 firmware and supports 150, 300, 600, and 1200 protocols, along with MultiShot, OneShot, ProShot, and PWM. Moreover, the onboard ammeter helps compatible setups monitor current draw. The board uses a functional black PCB layout with gold-colored exposed solder pads, four corner mounting holes, and clearly marked motor outputs. As a result, builders can identify motor connections and power polarity more easily during installation. However, the specification panel states that electronic control rotation is not supported. Overall, this ESC focuses on lightweight construction, broad protocol support, and four-channel power control for racing drone projects.
D-RC 3060S 60A 6S ESC Specifications
First, the core specifications make the board easy to evaluate before installation. The current ratings apply across four channels. Meanwhile, the 3–6S LiPo range gives builders flexibility when selecting a battery system.
D-RC 3060S / RC 3060S
60A X4
70A X4
3–6S LiPo
10.4 g
40 × 40.7 mm
H-H-50
Supported
Flexible Protocol Support for Racing Drone ESC Setups
The D-RC 3060S supports several common communication options. Specifically, the listed protocols include 150, 300, 600, and 1200. It also supports MultiShot, OneShot, ProShot, and PWM modes. Consequently, builders can match the ESC with a compatible flight controller and wiring setup. This flexibility helps when replacing an older board or planning a new FPV racing drone build. Additionally, the onboard ammeter provides current-monitoring support through a compatible flight-control system. That information can help pilots review power use during testing and tuning. The board also uses high-quality imported MOS components, according to the product highlights. Nevertheless, electronic control rotation is not supported, so builders should account for that limitation during configuration.
- Supports 150/300/600/1200 communication protocols.
- Includes MultiShot, OneShot, ProShot, and PWM support.
- Provides onboard ammeter support.
- Uses H-H-50 firmware.
- Does not support electronic control rotation.
Lightweight Board Layout and Practical Connections
The board has four corner mounting holes and exposed solder-pad connections around its edges. In addition, the motor connection areas are labeled 1, 2, 3, and 4. The power input markings identify the source positive and negative electrodes. Therefore, these labels can make wiring checks more straightforward before powering the drone. The compact black PCB includes multiple surface-mounted components and MOSFET packages. Its thin profile also supports builds where available space is limited. Furthermore, the product presentation positions the ultra-lightweight design for lighter flight. The package includes one XT60 power cord, four nuts, four M3 × 8 shock-absorbing balls, four M3 × 25 mm metal screws, and one 8-pin SH1.0 connection line. It also includes one 1000 µF, 35 V capacitor. As a result, the included accessories cover several common installation needs.
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D-RC 3060S 60A 6S Racing Drone ESC
