AERO SELFIE 45A 4-in-1 ESC for FPV Drones | 2-6S, 30x30mm, 12.5g

The AERO SELFIE 4IN1 ESC is a compact motor drive solution engineered for small aerial photography and cross‑country drones. Built around a next‑generation 8‑bit high‑speed MCU, this ESC delivers ultra‑fast response times, smooth throttle linearity, and improved drive efficiency. The integrated 4‑in‑1 design reduces wiring complexity and simplifies the aircraft arm structure, helping builders save time and keep the frame tidy as they scale up their setups.

Key capabilities at a glance

• Continuous current of 45A per channel with a 55A peak burst for up to 30 seconds, supporting dynamic flight maneuvers.
• Wide input voltage range of 6V to 28V, compatible with 2S–6S LiPo packs for diverse drone configurations.
• Lightweight design at just 12.5 g, preserving overall flight efficiency and enabling lean arm layouts.
• Support for high‑frequency drive signals including PWM, DSHOT, and ONESHOT, enabling responsive throttle control with many flight stacks.

Integrated design and protective robustness

• 4‑in‑1 construction consolidates four ESC channels into a single compact module, reducing wiring clutter and simplifying assembly.
• Stalled protection and natural cooling help maintain safe operation, with an operating range from −10 °C to +55 °C and humidity tolerance of 10% to 95% non‑condensing.
• Built for real‑world use, offering reliable throttle response and stable deceleration behavior during both precise moves and quick transitions.

Real‑world use cases

This ESC is well suited for small aerial photography drones and FPV freestyle racers that prioritize light weight and compact form. Builders can expect easier mounting on standard 30 mm arms, smoother throttle ramps, and flexible integration with common flight controllers.

What to expect during setup

The 4IN1 ESC plugs into the flight stack like a familiar ESC array, reducing cabling and supporting multiple drive signals for fine‑tuned throttle response. A brief calibration step with your flight controller is typically recommended.

Note that results may vary with other components and flight conditions; the ESC is designed to empower flight control and efficiency rather than guarantee specific outcomes.