HNYYZL 4Pcs 45A ESC for RC FPV Quadcopter | DShot/OneShot, 2-6S, RGB LED Damped Light

Overview

Meet a compact, high‑performance ESC set designed for FPV quads that demand reliable power without adding bulk. The HNYYZL 4Pcs 45A ESC kit supports 2-6S LiPo setups, making it versatile for lightweight racers and power‑dense builds alike. Each unit is crafted to fit tight frames, delivering steady throttle response while maintaining a tidy install that leaves room for other components. The included RGB LED damped light provides clear visual feedback, helping you monitor status at a glance during day or night flights.

Key advantages

• 2-6S LiPo support (7.4V–22.2V) offers flexibility for different flight configurations.
• Ultra‑compact footprint (13x28.5 mm) and light weight (6.6 g per ESC) for space‑constrained builds.
• 45A continuous current with a 55A peak for 10 seconds supports heavy throttle bursts with stability.
• 18 AWG power wires, 90 mm length, ensure dependable power transfer with flexible routing.
• Modern protocol compatibility including DShot150/300/600 and OneShot125 enables responsive throttle control and smooth integration with Betaflight/Cleanflight.
• No BEC included, reducing clutter and simplifying the power architecture when using a separate regulator.

Design, integration, and real-world use

• 150 mm signal wires and matched dimensions with common upgradable ESCs simplify upgrades from smaller packs.
• RGB LED damped light adds visible status cues, beneficial for pilots in varied lighting conditions.
• Sold as a 4‑piece pack, great for evenly powered quads and balanced weight distribution.

In typical fly‑tests, these ESCs contribute to crisp throttle response and dependable power delivery without forcing extra wiring or bulky components. They are well suited for builds where weight and space matter, and where a modular upgrade path helps you tailor your setup to your flying style. While results will vary with propellers, batteries, and flight controllers, the design goals emphasize versatility, upgrade friendliness, and straightforward integration into existing stacks.