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110mm Cabin Wiring Extend Board - 40A ROV/AUV Power Distribution Breakout
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110mm Cabin Wiring Extend Board - 40A ROV/AUV Power Distribution Breakout

$46.99 USD

33 avis

Customization Service

We are the OEM ODM manufacturer. For bulk orders and custom solutions, please contact us at official@hobbywater.com

When will I get my order?

We prioritize fast order processing. For in-stock items, orders placed before 4:00 PM (Beijing Time) will be shipped the same day. Standard orders typically ship within one week, while customized orders require approximately 15-30 business days for production and delivery. Delivery times may vary under special circumstances.

Shipping Methods

We ship to most countries worldwide. However, please ensure compliance with your local import regulations.

  • For the USA: We offer tax-inclusive shipping options. Expedited orders are shipped via DHL, UPS, or FedEx. Note: DHL does not allow undervaluation.
  • For other countries: Tax-inclusive shipping is available upon request. Otherwise, orders will be shipped via 4PX by default.

For specific shipping requirements, please contact us in advance.

110mm Cabin Wiring Extend Board

40A Power Distribution Breakout for ROV/AUV Electronic Cabins

Key Features

 High-Current Design - Supports up to 40A continuous current
 Optimized Connectivity - Uses XT30/MR30 connectors for quick disassembly
 Enhanced Durability - Battery terminals pre-soldered and tinned for better conductivity
 Standard 110mm Compatibility - Designed for common ROV/AUV electronic compartments
 Streamlined Wiring - Direct threading screw to expansion board connections

Technical Specifications

  • Current Rating: 40A (positive/negative terminals)
  • Connector Types: XT30 + MR30 plugs
  • Compatibility: Standard 110mm electronic cabins
  • Installation: Pre-tinned solder points for secure connections

Package Includes

  • 1 × 110mm Cabin Wiring Extend Board

Simple ESC Matching Guide

Voltage (V):

ESC voltage = Battery voltage (e.g., 3S LiPo = 12V, 6S LiPo = 24V).

Current (A):

ESC current ≥ Motor max current + 20-30% safety margin.

Quick Examples:12V, 20A motor → 30A ESC (or higher).

Rule: ESC can handle higher amps than needed, but never lower. Always check motor specs!