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  • Smart Toy Drone PCB Quadcopter PCBA Wireless Remote Control Electronic Circuit Board
  • Smart Toy Drone PCB Quadcopter PCBA Wireless Remote Control Electronic Circuit Board
  • Smart Toy Drone PCB Quadcopter PCBA Wireless Remote Control Electronic Circuit Board
  • Smart Toy Drone PCB Quadcopter PCBA Wireless Remote Control Electronic Circuit Board
  • Smart Toy Drone PCB Quadcopter PCBA Wireless Remote Control Electronic Circuit Board
  • Smart Toy Drone PCB Quadcopter PCBA Wireless Remote Control Electronic Circuit Board
Smart Toy Drone PCB Quadcopter PCBA Wireless Remote Control Electronic Circuit Board

Smart Toy Drone PCB Quadcopter PCBA Wireless Remote Control Electronic Circuit Board

  • 1000 - 99999 Pieces
    $1.20
  • >= 100000 Pieces
    $0.20

Customization:

Customized logo（Min.Order: 5000 pieces）
Customized packaging（Min.Order: 5000 pieces）
Graphic customization（Min.Order: 5000 pieces）
View product details

Smart Toy Drone PCB Quadcopter PCBA Wireless Remote Control Electronic Circuit Board

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Flight Control System: Designed to power quadcopter drones, enabling stable flight, altitude control, and wireless remote communication through integrated ICs and signal processing components.
  • Multi-Function Support: Equipped with analog/digital signal handling capabilities, supporting features like GPS navigation, obstacle avoidance, and camera integration via modular connectors.

Key features

  • 1. Durable Material Technology for Reliable Performance

    • With an FR-4 epoxy substrate and HASL (Hot Air Solder Leveling) surface finishing, ensure structural integrity and corrosion resistance in dynamic environments. This combination provides ~20% better solder joint durability compared to standard PCBs*, making it ideal for high-vibration drone applications.

  • 2. Modular Interactive Design for Customization

    • With multi-connector I/O ports and a compact modular layout, enable seamless integration with remote control systems and peripheral modules. This design allows 50% faster setup time for customizable drone functionalities than non-modular PCBs*, supporting both stock and DIY configurations.

  • 3. High-Performance Signal Processing for Precision Control

    • A densely packed, high-density layout with integrated circuits (ICs) and optimized traces supports rapid signal processing, enabling precise drone maneuvering at speeds up to 30 mph. This offers 30% faster response time than bulkier PCB designs*, ensuring smooth flight control.

  • 4. Versatile Scenario Adaptability

    • Optimized for miniaturized drone applications, this PCB delivers stable performance in both recreational flying (home use) and professional surveillance (commercial use). Its compact form factor is ~40% smaller than traditional drone PCBs*, fitting seamlessly into compact quadcopter designs.

  • 5. Compliance with Global Safety Standards

    • With RoHS-compliant materials and FR-4 substrate, ensure environmental safety and regulatory compliance for global market adoption. Meets EU and US safety standards*, simplifying international distribution.

Product details

Smart Toy Drone PCB Quadcopter PCBA Wireless Remote Control Electronic Circuit Board

The Smart Toy Drone PCB Quadcopter PCBA is a compact, high-performance printed circuit board designed for wireless remote-controlled drones. Crafted from FR-4 material with a green solder mask and HASL surface finishing, it integrates critical components like ICs, resistors, capacitors, and connectors to deliver reliable functionality in a small form factor.

Technical specifications

FeatureSpecificationBenefit
MaterialFR-4 epoxy laminateHigh thermal stability and mechanical strength
Surface FinishingHASL (Hot Air Solder Leveling)Enhanced solderability and durability
SizeCompact (customizable dimensions)Fits small drones while maintaining performance
ComponentsICs, resistors, capacitors, connectorsSupports complex signal processing and connectivity
Solder Mask ColorGreenProtects copper traces and aids assembly clarity

Customization guide

Adjust component placement, connector types, or PCB dimensions to meet specific drone design requirements (e.g., payload capacity, flight control complexity).

Get inspired

With its dense component layout and robust materials, this PCB enables agile drone performance, precise wireless control, and seamless integration with sensors or motors. Ideal for hobbyists, educators, or developers creating compact, feature-rich drones.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Processing PowerStandard IC performance+20% faster signal processing+35% enhanced compute capability*
Component Density100+ components/m²150+ components/m²200+ components/m²
CustomizationLimited adjustmentsModerate flexibilityFull layer stack/size tuning

Supplier's note

  1. Technical Breakthroughs:

    • HASL Surface Finishing: Reduces oxidation risks, ensuring long-term reliability in outdoor environments.
    • FR-4 Material: Withstands thermal stress during high-speed motor operations.
    • Compact Design: Enables miniaturized drone builds without sacrificing functionality.

  2. Version Selection Guidance:

    • Base Model: Suitable for entry-level drones (e.g., toy quadcopters) prioritizing cost efficiency.
    • Advanced Model: Ideal for hobbyists requiring faster signal response for acrobatic maneuvers.
    • Pro Model: Engineers building high-performance drones (e.g., FPV racing, payload delivery) benefit from its 35% faster processing and customizable layers, enabling advanced sensor integration.

*Pro Model’s compute capability exceeds industry benchmarks by 20% for real-time data processing.

Frequently asked questions

  • Which PCB model is best for mini quadcopter drones?

  • How do I maintain the connectors on a quadcopter PCBA?

  • FR-4 vs. Rogers material: Which is better for drone PCBs?

  • Can I customize the layout for a custom drone project?

  • Is HASL finishing better for drone PCBs than ENIG?

  • What makes this PCB suitable for wireless remote control drones?

  • Does this quadcopter PCBA work with popular flight controllers?

  • Is this PCB suitable for both indoor and outdoor drones?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Material CompositionIndustrial Robotics, High-Temp DevicesIndustry: FR-4 (Tg 130°C, UL 746C)
Base: FR-4 (Tg 140°C ▲)
Advanced: FR-4 (Tg 155°C ▲▲)		Advanced tiers withstand higher thermal stress (e.g., 155°C for industrial drones)Advanced material increases cost by ~20% due to reinforced layers
Surface FinishConsumer Toys, Medical DevicesIndustry: HASL (35µm lead, IPC-4552)
Base: Lead-free HASL (30µm ▲, RoHS)
Advanced: ENIG (3µm Ni + 0.05µm Au ▲▲)		Advanced offers RoHS compliance and superior solderability for medical-grade useENIG adds ~30% cost for advanced anti-corrosion properties
Component DensityCompact Drones, WearablesIndustry: 150 components/in²
Base: 200 components/in² ▲ (microvia tech)
Advanced: 250 components/in² ▲▲		Base reduces form factor by 20%; Advanced enables ultra-compact designs (e.g., VR headsets)Higher density complicates repair and increases assembly costs (~15%)
Connector Types/CountIoT Sensors, Modular SystemsIndustry: 1 header connector
Base: 2 connectors (header + USB ▲)
Advanced: 3 connectors (header/USB/I2C ▲▲)		Advanced supports multi-protocol connectivity (e.g., I2C for sensor arrays)Additional connectors add ~$2/unit to BOM cost
Thermal ManagementHigh-Performance GPUs, Server BoardsIndustry: Natural convection
Base: 5 thermal vias/in² ▲
Advanced: 10 vias + heat sinks ▲▲		Advanced reduces hotspot temps by 15°C (ideal for gaming drones)Heat sinks add 2mm thickness and ~$5/unit
Customization FlexibilityCustom Electronics, PrototypingIndustry: Fixed layouts
Base: Component swaps ▲
Advanced: Full layout redesign ▲▲		Advanced enables tailored PCBs for niche applications (e.g., LiDAR modules)Custom layouts require 30% longer lead times and NRE fees

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