Fysetc
FYSETC Spider V3.0 Motherboard
The FYSETC Spider V3.0 is a powerful 32-bit controller board designed for 3D printers, offering extensive capabilities for advanced users. It supports up to eight TMC stepper drivers with UART and SPI communication, providing precise motor control. The board features direct connectivity for a Raspberry Pi via USB or UART, making it ideal for integrated control systems. With multiple PWM fan outputs, RGB LED strip support, and various temperature sensor inputs, it offers flexibility for custom builds. Its compact size and robust design make it a recommended choice for demanding 3D printing applications.
$38.00
Owner Satisfaction
4.3
/ 5
Category Rank
354
/ 532
#354 in 3D Printer Accessories
Price vs Category Average
-9%
Below average
Processor
32446180
/ STMF Mhz
Who it's for
- High-Performance Processing
- Versatile Stepper Driver Support
- Klipper Firmware Optimization
Who should skip it
- Steep Learning Curve
- Additional Hardware Required
- Documentation Can Be Limited
Key Specs
Processor
STM32F446 180Mhz
Dimensions
155.3mm x 76.5mm
Stepper Driver Support
8x TMC drivers
Input Voltage
28V max (V1.0/V1.1), 24V (V2.2)
DC-DC Converters
12V@5A, 5V@8A (for Raspberry Pi) (V1.0/V1.1)
Power Outputs
10x PWM capable (HotBed, Heat-End, Fans, RGB LED)
Temperature Sensor Support
3-pin header (V1.0/V1.1), up to 6 (V2.2)
Connectors
XH2.54, Type-C, Type-B USB, SD Card
Features
- Supports up to 8 TMC stepper drivers with Uart & SPI
- Direct Raspberry Pi connection via USB or UART
- Multiple PWM fan outputs (up to 8)
- Support for RGB LED strips (12V, 24V, and 5V NeoPixel)
- Multiple temperature sensor inputs (up to 6 on V2.2)
- Optional PT1000 direct connection with 4.7kOhm pull-up resistor
- Onboard micro-SD card for convenient file storage
- Optional Type-C and Type-B USB connectors
- Supports 8 TMC stepper drivers
- Connect Raspberry Pi directly
- Supports inductive sensors and BL-Touch
What customers say
Customers generally appreciate the FYSETC Spider V3.0 Motherboard for its robust performance and extensive features, making it a powerful upgrade for 3D printers. Many highlight its ability to handle complex configurations and multiple stepper drivers with stability. While the initial setup might require some technical understanding, users find the board reliable once configured, offering excellent control and speed. Its open source compatibility and versatility are frequently praised, providing significant value for enthusiasts seeking advanced capabilities.
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