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  • High performance ELF mainboard Replaceable microchip for Educational Robot
  • High performance ELF mainboard Replaceable microchip for Educational Robot
  • High performance ELF mainboard Replaceable microchip for Educational Robot
  • High performance ELF mainboard Replaceable microchip for Educational Robot
  • High performance ELF mainboard Replaceable microchip for Educational Robot
  • High performance ELF mainboard Replaceable microchip for Educational Robot
High performance ELF mainboard Replaceable microchip for Educational Robot
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High performance ELF mainboard Replaceable microchip for Educational Robot

  • 1 - 99 Pieces
    $55
  • >= 100 Pieces
    $33

Customization:

Customized packaging(Min.Order: 500 pieces)
Customized logo(Min.Order: 1000 pieces)

High performance ELF mainboard Replaceable microchip for Educational Robot

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Replaceable Microchip Design: Equipped with an ATmega328P chipset (Arduino-compatible), enabling easy firmware upgrades, repairs, or performance enhancements through microchip replacement.
  • Multi-Motor Control: Supports simultaneous operation of up to 10 motors via dedicated connectors (M1–M10), ideal for complex robotics and automation tasks.
  • Modular Expandability: Features configurable headers and connectors for seamless integration of sensors, actuators, or external devices, ensuring adaptability to diverse projects.

Key features

  • 1. Durable Material Construction

  • With a corrosion-resistant metal-plastic hybrid casing, you can ensure long-term durability in robotics and automation environments, outperforming all-plastic boards prone to wear*

  • 2. Modular Interactive Design

  • With a compact modular layout and clearly labeled motor connectors (M1-M10), you can customize configurations effortlessly compared to rigid, non-modular mainboards*

  • 3. High-Performance Motor Control

  • With 10 dedicated motor driver channels, you can simultaneously operate up to 10 actuators—2x more than standard 5-channel boards—ideal for complex robotic systems*

  • 4. Dual-Use Scenario Adaptability

  • Designed for both educational robotics projects and commercial automation needs, this board bridges classroom prototyping and industrial-grade applications*

  • 5. Arduino-Compatible Ecosystem Integration

  • With an ATmega328P chipset certified for Arduino compatibility, you can leverage pre-validated libraries and tools, reducing development time versus proprietary systems*

Product details

High performance ELF mainboard Replaceable microchip for Educational Robot

The High Performance ELF Mainboard is a versatile, Arduino-compatible microcontroller board designed for robotics and automation projects. Equipped with a replaceable ATmega328P microchip, it supports up to 10 motor channels via modular connectors (M1-M10) and features a durable black casing for industrial-grade reliability. Its compact, expandable design simplifies integration into educational robots, automated machinery, and prototyping systems.

Technical specifications

FeatureSpecificationApplication Scenario
ChipsetATmega328P (Arduino-compatible)Ensures compatibility with Arduino IDE
Motor Drivers10-channel (M1-M10)Controls multiple actuators in robotics
ConnectivityUSB, I2C, SPI, GPIO headersSeamless programming and peripheral expansion
Casing MaterialDurable black plastic/metal compositeWithstands harsh environmental conditions
Reset FunctionDedicated reset buttonSafely restarts operations mid-project

Customization guide

Adjustable motor current limits (via firmware) and configurable I/O pin assignments allow customization to meet specific robotics or automation needs. The replaceable microchip enables firmware upgrades without hardware replacement.

Get inspired

Ideal for educational robotics labs, hobbyist projects, or industrial prototyping. The modular design lets you expand functionality with sensors, actuators, or custom shields, making it a cornerstone for STEM learning and innovation.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Motor Channels5 (M1-M5)8 (M1-M8)10 (M1-M10)
Processing Speed16 MHz+15% (18.4 MHz)*+30% (20.8 MHz)*
Expansion Headers10 GPIO15 GPIO + I2C/SPI20 GPIO + CAN bus

Supplier's note

  1. Breakthrough Features:

    • Replaceable Microchip: Enables firmware upgrades without board replacement, reducing downtime.
    • 10 Motor Channels: Industry-leading capacity for complex robotic systems (20% more than standard boards).
    • Durable Casing: Military-grade material withstands vibrations and temperatures up to 85°C.
  2. Model Selection Guide:

    • Base Model: Perfect for beginners or small-scale projects (e.g., line-following robots).
    • Advanced Model: Ideal for mid-tier applications like robotic arms or drones needing 8 motor channels.
    • Pro Model: Engineers building industrial automation systems or high-DOF robots benefit from its 10 channels and CAN bus connectivity.

With the Pro Model’s 20.8 MHz processing speed, you can execute complex algorithms 30% faster than traditional boards. Its CAN bus interface ensures reliable communication in multi-node systems. For example, in warehouse automation, the Pro Model’s enhanced speed paired with 10 motor channels enables precise coordination of robotic sorting arms.

Frequently asked questions

  • Which ELF Mainboard model is best suited for small educational robotics labs?

  • How do I safely replace the microchip on an ELF Mainboard for repair?

  • Is the ELF Mainboard with ATmega328P compatible with Arduino IDE?

  • Can the ELF Mainboard control up to 10 motors for robotics projects?

  • What materials ensure durability in ELF Mainboard's design for harsh environments?

  • Does ELF Mainboard allow customization for adding custom sensors?

  • Is the ELF Mainboard CE-certified for educational robotics use?

  • How does the replaceable microchip enhance maintenance on ELF Mainboards?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Educational Robotics BoardsClassroom projects, hobbyist robotsATmega328P microcontroller (Arduino Uno compatible) ▲▲▲
10 motor channels (M1-M10, 2A each)
Affordable, easy prototyping, modular design ▲
Supports iterative learning
Limited scalability for industrial use ▲
Lower current capacity vs. industrial boards
Industrial Automation ControllersFactory automation, heavy machinery32-bit ARM Cortex-M7 ▲▲▲
24 motor channels (10A per channel) ▲▲▲
IP67 rated enclosure
High current handling ▲▲▲
Rugged durability ▲▲
Real-time control capabilities
High cost ▲▲▲
Complex configuration for beginners
Arduino-Compatible Development BoardsDIY projects, prototypingATmega328P (Arduino IDE compatible) ▲▲
14 I/O pins ▲▲
USB-C connectivity ▲
Large community support ▲▲▲
Low entry cost ▲▲
Limited expansion slots ▲
Lower processing power vs. advanced boards
High-Performance Motor Control BoardsDrone actuators, RC vehicles12 motor channels (5A each) ▲▲
Brushless motor support ▲▲
Real-time PWM control
Precision motor control ▲▲▲
High current tolerance ▲▲
Specialized use case ▲
Steeper learning curve
Compact Embedded SystemsWearable tech, IoT devicesSTM32F103C8T6 (72MHz) ▲▲
Miniaturized form factor (30x30mm) ▲▲▲
Low power consumption
Space-efficient ▲▲▲
Energy-efficient for battery use ▲
Fewer built-in peripherals ▲
Less motor control capability
Modular Expansion BoardsSensor arrays, peripheral integration40-pin GPIO header ▲▲▲
Stackable design ▲▲
Compatibility with Raspberry Pi/Arduino
Flexible customization ▲▲▲
Scalable functionality ▲▲
Requires base board ▲▲
Increased system bulk ▲▲

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