Flipsky FTESC Gateway Interface Module Multi‑ESC Networked Cooperative Control for FTESC Series
Flipsky FTESC Gateway Interface Module Multi‑ESC Networked Cooperative Control for FTESC Series
Flipsky FTESC Gateway Interface Module Multi‑ESC Networked Cooperative Control for FTESC Series
Flipsky FTESC Gateway Interface Module Multi‑ESC Networked Cooperative Control for FTESC Series
Flipsky FTESC Gateway Interface Module Multi‑ESC Networked Cooperative Control for FTESC Series
Flipsky FTESC Gateway Interface Module Multi‑ESC Networked Cooperative Control for FTESC Series
Flipsky FTESC Gateway Interface Module Multi‑ESC Networked Cooperative Control for FTESC Series
Flipsky FTESC Gateway Interface Module Multi‑ESC Networked Cooperative Control for FTESC Series
Flipsky FTESC Gateway Interface Module Multi‑ESC Networked Cooperative Control for FTESC Series

Flipsky FTESC Gateway Interface Module Multi‑ESC Networked Cooperative Control for FTESC Series

Regular price$26.60
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For use with the FT series ESC:NON-VESC

Specifications:

  • Programmable Tool: Flipsky ESC TOOL
  • ARM Cortex-M4 core with a maximum operating frequency of up to 240 MHz.
  • Firmware Version: V1.6 or above; supports firmware via the Flipsky ESC Tool
  • Communication Ports: USB, CAN, UART, PPM, ADC
  • Size: L47mm*W36mm*H17.6mm(with aluminum enclosure)

Features:

  • Compatible with all FTESC types, supporting multi-ESC networked cooperative control.
  • Supports UART/ PPM/ ADC control input; select one type via Flipsky ESC Tool as current control mode.
  • Control Modes Supported: Current, Duty Cycle, and Speed Control.
  • Transmit back voltage, current, rotational speed, temperature, duty cycle, and fault status via UART or USB.
  • Retains USB passthrough functionality, allowing the host to directly access, identify, and configure the specific ESC via CAN ID.

Wiring diagram:

Cautions:

  • The module requires a 5V power supply only. Direct connection to the battery bus or exceeding the hardware's rated voltage is strictly prohibited.
  • Set the FTESC control mode to OFF to avoid conflict  with CAN commands from the FTESC gateway interface module.
  • The CAN ID of multiple FTESCs must be unique; please manually modify if duplicate IDs exist.
  • Keep CAN cables away from motor phase wires and high-current conductors. It is recommended to use twisted-pair cables and minimize stub lengths.
  • Set the FTESC gateway control mode via the Flipsky ESC Tool, and ensure that the CAN baud rate is uniform with all FTESCs.
  • LED Status Lights: The blue and green LEDs are always on when working; the red LED flashes in upgrade mode; the green LED lights brightly during the drive state.

Manual:

https://cdn.shopify.com/s/files/1/0011/4039/1996/files/FTESC_-_V1.6_20260912.pdf?v=1790558703