KK2.1.5 / CC3D Flight Controller Board for Quadcopter & Multirotor Drones

The KK2.1.5 / CC3D Flight Controller Board is a versatile and reliable solution for stabilizing and controlling quadcopters and multirotor drones. Designed for both beginners and experienced drone builders, these controllers provide precise flight control, improved stability, and smooth maneuverability.

The KK2.1.5 features an integrated LCD screen and onboard buttons, allowing users to configure and tune settings directly without the need for a computer. It comes with a built-in gyroscope and accelerometer, making setup simple and efficient.

The CC3D flight controller, on the other hand, offers advanced performance with high-speed processing and compatibility with configuration software. It supports multiple flight modes and provides excellent flight stability, making it ideal for both hobby and semi-professional drone applications.

Both controllers are compact, lightweight, and compatible with a wide range of ESCs, motors, and radio systems, making them suitable for DIY drone projects and upgrades.

Key Features

• Dual Options: Choose between KK2.1.5 (LCD-based setup) or CC3D (software-based tuning)
• Stable Flight Control: Built-in gyroscope and accelerometer for precise stabilization
• User-Friendly Setup:
  • KK2.1.5: Onboard LCD with button navigation
  • CC3D: PC-based configuration for advanced tuning
• Multiple Flight Modes: Supports various configurations for different flying styles
• Compact & Lightweight: Ideal for quadcopters and multirotor drones
• Wide Compatibility: Works with most ESCs, brushless motors, and RC receivers
• Reliable Performance: Enhances control, balance, and responsiveness

Applications

• Quadcopter drones
• Hexacopter and multirotor builds
• DIY drone projects
• RC hobby and aerial experimentation

What's included

• 1 × Flight Controller Board (KK2.1.5 or CC3D based on selection)
• Pin headers / connectors (model dependent)

Safety & Usage Notes

• Ensure correct firmware and configuration before flight
• Calibrate sensors properly for stable performance
• Mount securely using anti-vibration pads
• Disconnect power before making wiring changes