GEPRC TAKER F411 AIO Flight Controller Built-in ELRS 2.4G Receiver and 1-2S 12A ESC – 25x25mm

Overview of geprc taker f411 aio

The geprc taker f411 aio is a compact all-in-one flight controller for whoops and lightweight micros. It combines an ELRS 2.4G receiver and a 1–2S 12A ESC in a 25×25 mm pattern, which reduces wiring, saves weight, and simplifies assembly. As a result, builds are cleaner, service is faster, and reliability improves on tight tracks and in small frames.

Key specs at a glance

• F411 MCU with sensible pad layout

• Built-in ExpressLRS 2.4G receiver

• 1–2S 12A ESC for micro motors

• 25×25 mm mounting pattern

• Lightweight AIO format to minimize clutter

Control link and video workflow

ExpressLRS 2.4G delivers low latency control with solid range for indoor and park flying. In practice, faster link feedback helps you hold lines through gates and recover cleanly after quick direction changes. Additionally, straightforward antenna routing supports a stable signal path and reduces interference headaches.

Power delivery and thermal behavior

The integrated 12A ESC is sized for common 1–2S whoop motors. Current handling is tuned for repeated packs without desyncs. Moreover, component placement assists heat spread, so temperatures stay manageable across longer sessions. If you push hard, consider a brief cool-down between packs to protect headroom.

25×25 mm mounting and build flow

The 25×25 mm pattern drops into typical whoop frames and minimalist micro plates. Pads are positioned for clean solder joints, while short cable runs help minimize electrical noise. Because the footprint is small, canopy and duct clearances are easier to manage, which reduces trial and error during the first install.

Setup and tuning checklist

1. Flash matching firmware and verify targets.

2. Bind the ELRS receiver, then confirm endpoints and arming logic.

3. Load a baseline tune and verify motor direction.

4. Set rates, filters, and throttle limits for venue size.

5. Map on-screen elements if you fly with an OSD.

   Consequently, most pilots can reach a flyable tune quickly, then refine feel as they log packs.

Maintenance and serviceability

Access to pads and connectors is direct, so field repairs are straightforward. Furthermore, tidy routing lowers strain on joints and reduces the chance of breaks during crashes. Keep a small spare wire kit and a tip-clean soldering iron in your bag to handle quick fixes.

Who should choose this board

Pick the GEPRC F411 AIO if you want a tidy micro rig with predictable control and minimal wiring. Racers get responsive handling for tight courses. Freestyle pilots gain consistent feel for quick recoveries and precise throttle work. For builders aiming at a compact, low-maintenance platform, this controller is a practical choice that keeps you flying more and wrenching less.

In the box

• GEPRC TAKER F411 AIO flight controller

• Connectors or pigtails

• Basic mounting hardware

• Quick start reference

Specifications:

• Model: TAKER F411-12A-E 1~2S AIO
• MCU: STM32F411
• IMU: BMI270
• Firmware Target: TAKERF411
• OSD: Betaflight OSD w/ AT7456Ev
• UART: T1 R1 / T2 R2
• SBUS: R2
• Receiver: ELRS2.4G 3.0
• Buzzer: Support
• LED: Support
• USB: Micro USB
• ESC MCU: EFM8BB21F16G
• Continuous Current: 12A
• Burst Current: 13A
• Input Voltage: LiPo/LiHv 1S-2S
• Support Protocol: Dshot300/600,Oneshot,Multishot
• Blackbox: 8MB
• Galvanometer: Support
• Firmware Target: C-X-30
• Size: 30.5mm*30.5mm
• Fixing hole size：25.5mm*25.5mm（M2）
• Weight: 4.2g

Package Includes:

• 1 x TAKER F411-12A-E 1~2S AIO
• 1 x Cable Set