CC3D V2 ZMR Power Distribution Board with Dual BEC LC Filter & LED Switch
CC3D V2 ZMR Power Distribution Board with Dual BEC LC Filter & LED Switch
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The CC3D V2 ZMR Power Distribution Board is a professional-grade power management solution designed for multi-rotor drone platforms, specifically engineered for the ZMR250 and similar racing quadcopter frames. This board integrates dual Battery Elimination Circuit (BEC) outputs with LC filtering technology to provide clean, regulated power to flight controllers, FPV cameras, and video transmitters while eliminating voltage ripple and noise interference. It solves critical power distribution challenges in compact drone builds by consolidating multiple power rails into a single PCB-mounted solution with integrated LED status indication for real-time system diagnostics.
Specifications
| Specification | Details |
| Product Type | Power Distribution Board with Integrated Dual BEC |
| Brand | CC3D Compatible |
| Origin | Original/Authentic |
| Input Voltage | 7.4V to 12.6V (2S to 3S LiPo) |
| BEC Output Voltage | 5V regulated dual channels |
| BEC Output Current | 2A per channel maximum |
| LC Filter Type | Multi-stage LC network for noise suppression |
| LED Indicator | Power status LED with integrated switch |
| PCB Dimensions | Optimized for ZMR250 frame compatibility |
Why Choose CC3D V2 ZMR Power Distribution Board with Dual BEC LC Filter & LED Switch?
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Key Features of CC3D V2 ZMR Power Distribution Board with Dual BEC LC Filter & LED Switch
- Dual Independent BEC Outputs: Two separate 5V regulated power channels allowing simultaneous power delivery to flight controller and FPV camera systems without voltage interaction or cross-talk
- LC Filter Network: Multi-stage inductor-capacitor filtering eliminates ESC switching noise and high-frequency ripple, ensuring clean analog reference voltage for gyroscope and accelerometer sensors
- Integrated LED Switch: Built-in power indicator LED with manual switch functionality provides instant visual confirmation of system power status and enables safe pre-flight checks
- Optimized PCB Layout: Thicker copper traces and strategic component placement minimize voltage drop and thermal dissipation, supporting high-current racing drone applications up to 120A continuous
- Multi-Configuration Solder Pads: Flexible input and output pad options accommodate various wiring methods including XT60, XT30, and direct solder connections for custom builds
- Compact Form Factor: Specifically designed to fit within ZMR250 frame geometry while maintaining accessibility for maintenance and troubleshooting
Perfect For
- FPV Racing Drone Builds: Primary power distribution hub for competitive racing quadcopters running CC3D or Naze32 flight controllers with analog FPV camera payloads requiring clean 5V power
- Multi-Rotor Aerial Photography: Supports simultaneous operation of flight stabilization systems and high-definition camera gimbal controllers in photography drones with dual power requirements
- Autonomous Drone Platforms: Enables independent power management for flight control computers and companion computer systems in research and industrial drone applications
- Custom Quadcopter Prototyping: Provides reliable power distribution foundation for experimental multi-rotor builds where clean power delivery is critical for sensor accuracy and flight performance
- Drone Racing Competitions: Meets stringent power quality requirements for high-speed FPV racing where voltage ripple and noise directly impact flight controller responsiveness and video transmission quality
How to Use
Begin by identifying your battery connector type and soldering or connecting the main battery input to the designated positive and negative pads on the power distribution board. Ensure proper polarity to prevent component damage. Next, connect your ESC signal and ground wires to the appropriate ESC connection points on the board, and connect the two BEC output channels to your flight controller and FPV camera system respectively. The dual BEC outputs are independently regulated, so each channel can safely deliver 5V at up to 2A without affecting the other circuit. Before powering on, verify all solder joints are clean and connections are secure.
Once physically installed on your drone frame using appropriate mounting hardware, activate the integrated LED switch to verify power delivery. The LED indicator should illuminate immediately, confirming proper voltage regulation. If the LED fails to light, disconnect power immediately and inspect all connections for cold solder joints or reversed polarity. The LC filter network operates passively without configuration, automatically suppressing noise across the frequency spectrum. For optimal performance, keep power input wires as short as possible to minimize resistance, and position the board centrally within your frame to balance cable lengths to all subsystems. Monitor the board during initial test flights for any signs of voltage instability or thermal issues.
Product Overview
The CC3D V2 ZMR Power Distribution Board functions as the central power hub in your drone electrical architecture, accepting raw battery voltage input and distributing regulated power to multiple subsystems simultaneously. The dual BEC design allows independent power regulation for two separate circuits, typically used for the flight controller and FPV payload systems, preventing voltage sag from high-current video transmission from affecting flight stability. The integrated LC filter network (inductor-capacitor configuration) actively suppresses high-frequency switching noise and voltage transients generated by electronic speed controllers (ESCs) and servo circuits, ensuring clean power delivery to sensitive analog sensors on the flight controller.
This V2 iteration of the CC3D platform includes optimized PCB layout with thicker copper traces for improved current handling, multiple solder pad options for flexible wiring configurations, and an integrated LED switch circuit that provides visual feedback of power status and system health. The board is specifically designed for the ZMR250 racing frame geometry but remains compatible with other compact quadcopter platforms requiring centralized power distribution. The dual BEC outputs typically deliver 5V at 2A per channel, sufficient for most flight control systems and lightweight FPV camera setups used in competitive drone racing.
Frequently Asked Questions
What is the difference between the CC3D V2 ZMR and standard power distribution boards?
The CC3D V2 ZMR specifically integrates dual BEC outputs with LC filtering optimized for the ZMR250 frame geometry and CC3D flight controller ecosystem. Standard power distribution boards often provide single BEC output or lack integrated filtering. This board's dual-channel design allows independent power regulation for flight controller and FPV payload, while the LC filter network actively suppresses switching noise from ESCs that would otherwise corrupt sensor readings. The integrated LED switch provides immediate power status feedback without requiring external indicator circuits.
Can I use this board with flight controllers other than CC3D?
Yes, the CC3D V2 ZMR power distribution board is compatible with any flight controller requiring 5V power input, including Naze32, Flip32, and other standard quadcopter flight controllers. The dual BEC outputs provide standard 5V regulated power with no proprietary signaling. However, the physical form factor and mounting hole pattern are optimized for ZMR250 frames, so you may need custom mounting solutions for other frame types. The power specifications remain identical regardless of flight controller brand.
How much current can each BEC output safely deliver?
Each BEC output channel is rated for maximum 2A continuous current delivery at 5V output voltage. This is sufficient for most flight controllers (typically 500mA) plus lightweight FPV camera systems (typically 800-1200mA). If your FPV payload requires more than 2A, you should consider a separate dedicated BEC or power distribution board for the camera system. Exceeding the 2A specification per channel may trigger thermal protection or cause voltage sag that affects flight stability.
What LiPo battery configurations are compatible with this board?
The CC3D V2 ZMR accepts input voltage from 7.4V to 12.6V, making it compatible with 2S LiPo batteries (7.4V nominal) and 3S LiPo batteries (11.1V nominal). It is NOT compatible with 4S batteries (14.8V) or higher, as the BEC regulators are not rated for voltages above 12.6V. For racing applications, 3S LiPo is the standard choice, providing optimal power-to-weight ratio and flight performance. Always verify your battery configuration before connecting to avoid permanent damage to the board.
Are bulk discounts available?
Yes, wholesale pricing for orders of 10 or more units. Contact our sales team via WhatsApp or email for a customized bulk quote.
Customer Support
Email: techdepotindia@gmail.com
WhatsApp: Available for setup and troubleshooting help
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