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  • Micro Drone Control Board M31 Model 1 oz Copper PCB From Guangdong Custom industrial dryer control board
  • Micro Drone Control Board M31 Model 1 oz Copper PCB From Guangdong Custom industrial dryer control board
  • Micro Drone Control Board M31 Model 1 oz Copper PCB From Guangdong Custom industrial dryer control board
  • Micro Drone Control Board M31 Model 1 oz Copper PCB From Guangdong Custom industrial dryer control board
  • Micro Drone Control Board M31 Model 1 oz Copper PCB From Guangdong Custom industrial dryer control board
  • Micro Drone Control Board M31 Model 1 oz Copper PCB From Guangdong Custom industrial dryer control board
Micro Drone Control Board M31 Model 1 oz Copper PCB From Guangdong Custom industrial dryer control board

Micro Drone Control Board M31 Model 1 oz Copper PCB From Guangdong Custom industrial dryer control board

  • 1 - 499 Pieces
    $10
  • 500 - 4999 Pieces
    $3
  • >= 5000 Pieces
    $1

Customization:

Customized logo（Min.Order: 1 pieces）
Customized packaging（Min.Order: 1 pieces）
Graphic customization（Min.Order: 1 pieces）
View product details

Micro Drone Control Board M31 Model 1 oz Copper PCB From Guangdong Custom industrial dryer control board

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Power Management & Signal Control: Equipped with resistors (R1-R3), capacitors (C1-C3), and integrated circuits (ICs), the board handles voltage regulation, power distribution, and signal processing for electronic devices.
  • Modular Connectivity: Features power input/output (IN/OUT) and battery connectors, enabling seamless integration into systems like drones, automotive electronics, or industrial machinery.

Key features

  • 1. Material Technology

    • With ENIG (Electroless Nickel Immersion Gold) surface finishing, ensure long-term reliability in harsh environments compared to standard HASL or OSP finishes*. This corrosion-resistant coating prevents oxidation and ensures stable electrical performance, ideal for industrial and automotive applications like the Civic Touring 2016.

  • 2. Modular Design Flexibility

    • With a modular design, adapt to various applications—from drone control systems to industrial dryers—by easily integrating or swapping components. Its standardized connectors enable seamless customization, outperforming rigid, non-modular PCBs*.

  • 3. High-Performance Signal Processing

    • With high-speed signal processing capabilities enabled by advanced ICs and optimized circuit layout, achieve precise real-time control in applications like barrier gates or remote systems. This outperforms basic control boards in responsiveness and accuracy*.

  • 4. Multi-Scenario Versatility

    • Designed for industrial, automotive, and consumer electronics, this PCB supports scenarios requiring continuous operation (e.g., civic infrastructure) or compact portability (e.g., drones). Its robust components ensure reliability across diverse use cases.

  • 5. Certification-Ready Compliance

    • Complies with industry standards such as RoHS and ISO certifications for environmental and safety regulations, ensuring suitability for commercial and regulated markets. Confirm specific certifications with the manufacturer for your application.

Product details

Micro Drone Control Board M31 Model 1 oz Copper PCB From Guangdong Custom industrial dryer control board

The M31 Custom Micro Drone Control Board is a versatile PCB assembly designed for electronic devices requiring precision and adaptability. Crafted with durable PCB materials and customizable surface finishes, it supports modular component integration for applications ranging from industrial drones to IoT systems.

Technical specifications

FeatureSpecificationBenefit
MaterialFR4 PCB (1.6mm thickness)High thermal stability and mechanical strength
Surface FinishHASL, OSP, ENIGChoice of corrosion resistance or solderability
ComponentsResistors (R1-R3), Capacitors (C1-C3), ICs (Microcontrollers)Ensures precise signal processing and power management
ConnectorsPower IN/OUT, Battery ConnectorSimplifies integration with external devices
ModularityCustomizable component placementAdaptable to specific functional requirements

Customization guide

Adjustable component placement and surface finish selection allow tailoring to:

  • Environmental Needs: ENIG for corrosive environments, HASL for cost-sensitive projects.
  • Functionality: Add/remove sensors or ICs for specialized drone control or data logging.

Get inspired

With its modular design and robust components, the M31 board is ideal for prototyping drones, industrial sensors, or smart devices. Its purple PCB adds aesthetic differentiation while maintaining technical performance.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Surface FinishHASLOSPENIG*
Modularity LevelStandardEnhancedFully Customizable
Component Density50 components80 components120 components*
Environmental ResistanceIP40IP54IP67*

Supplier's note

  1. Technical Breakthroughs:

    • ENIG Finish: Triple the corrosion resistance of HASL, enabling use in marine or industrial settings.
    • Modular Design: Supports 30% faster prototyping compared to rigid PCBs.
    • High Component Density: Enables compact IoT devices without sacrificing performance.

  2. Version Selection Guide:

    • Base Model: Ideal for hobbyists or low-complexity projects needing cost efficiency.
    • Advanced Model: Suitable for moderate industrial use (e.g., sensors in factories) with IP54 protection.
    • Pro Model: Best for harsh environments (e.g., drones in humid areas) and high-density applications like autonomous systems.

With ENIG surface finish, you can ensure reliable operation in corrosive environments. The Pro model’s IP67 rating and dense component layout make it perfect for drones needing extreme durability and functionality.

*ENIG and IP67 specifications exceed industry benchmarks by 30%.

Frequently asked questions

  • Which model of control board suits custom drone projects like the M31?

  • How do I clean and maintain the M31 control board’s connectors?

  • HASL vs ENIG: Which surface finish is better for drone control boards?

  • Can I customize the M31 board with additional sensors or ICs?

  • Is the M31 control board RoHS and REACH compliant?

  • What applications is the M31 control board best suited for?

  • What components are included in the standard M31 control board?

  • Why choose a purple PCB for the M31 control board?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Surface Finish TypeConsumer electronics, industrial controlsHASL (2 µm, IPC-6012 compliant) ▲
OSP (0.2 µm, RoHS compliant) ▲▲
ENIG (0.05-0.1 µm Au/Ni, MIL-STD-883) ▲▲▲		Industry Standard: Cost-effective, widely adopted.
Base: Improved solderability, lower cost than ENIG.
Advanced: Best corrosion resistance, fine-pitch compatibility.		Industry: Risk of corrosion over time.
Base: Short shelf life, limited to mid-tier applications.
Advanced: Higher cost, requires precise soldering.
Environmental ResistanceHarsh industrial settings, outdoor useOperating Temp: -20°C to +85°C (Industry) ▲
-40°C to +125°C (Base) ▲▲
-55°C to +150°C (Advanced) ▲▲▲		Industry: Standard for most consumer devices.
Base: Suitable for industrial machinery.
Advanced: Aerospace/automotive-grade durability.		Industry: Fails in extreme temperatures.
Base: Higher cost than standard.
Advanced: Complex manufacturing process.
Signal IntegrityHigh-speed data transmissionSignal Loss: 1.2 dB (Industry) ▲
0.8 dB (Base) ▲▲
0.4 dB (Advanced) ▲▲▲		Industry: Adequate for basic circuits.
Base: Reduced interference for IoT devices.
Advanced: Ideal for 5G or radar systems.		Industry: Prone to noise in high-frequency applications.
Base: Requires shielding.
Advanced: Complex design increases lead time.
Thermal ManagementHigh-power applications (e.g., drones)Thermal Conductivity: 1.5 W/mK (Industry) ▲
2.2 W/mK (Base) ▲▲
3.8 W/mK (Advanced) ▲▲▲		Industry: Standard for low-power devices.
Base: Handles moderate heat loads.
Advanced: Mitigates overheating in high-power setups.		Industry: Risk of thermal degradation.
Base: Adds weight.
Advanced: Costly material requirements.
Cost EfficiencyBudget-friendly projectsUnit Cost: $5.20 (Industry) ▲
$7.50 (Base) ▲▲
$12.00 (Advanced) ▲▲▲		Industry: Economical for mass production.
Base: Balances cost and reliability.
Advanced: Premium performance at a premium price.		Industry: Sacrifices durability.
Base: Limited to mid-tier applications.
Advanced: High upfront investment.
Application VersatilityCustomized control systemsCompatibility: 30+ connectors (Industry) ▲
50+ connectors (Base) ▲▲
80+ connectors (Advanced) ▲▲▲		Industry: Basic functionality for standard devices.
Base: Modular for industrial automation.
Advanced: Tailored for robotics/drone control.		Industry: Limited scalability.
Base: Requires customization expertise.
Advanced: Overkill for simple applications.

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The comparison data is based on manufacturer information and industry standards. Actual results may vary depending on individual use cases. It is advisable to verify details with the supplier for the most accurate information.