Firduo Moray Dual Drive VESC System 5m Waterproof for Surfboard For surfboards & fishing boats & kayak

🌊 Dual Motor. VESC-Based. 5m Waterproof. Built for Surfboards & Kayaks.

The Firduo Moray is a fully waterproof dual-drive VESC control system engineered for electric surfboards, fishing boats, kayaks, and dual-motor marine propulsion builds. Combining Dual-drive VESC 4.20 controller in a single sealed enclosure, the Moray delivers 30A continuous per channel (60A total dual) with 150A burst per channel — all in a water-cooled, fully waterproof housing rated to 5 meters depth (cable ends excluded).

Built-in features include an integrated anti-spark switch, built-in Bluetooth module for wireless VESC Tool configuration, a push-button power switch, and a 5V/1.5A BEC for receiver power. Supports PWM, UART, and ADC input — fully compatible with the VX3 waterproof remote in UART mode for complete telemetry. Upgradeable via USB.

⚡ Key Features

• ✅ Dual-drive VESC 4.20 controller in One Enclosure — controls two brushless motors independently from a single waterproof unit
• ✅ 30A Continuous / 150A Burst Per Channel — 60A total continuous / 300A burst for dual-motor builds
• ✅ Fully Waterproof to 5m — sealed enclosure rated for continuous underwater operation (cable ends excluded)
• ✅ Water Cooling — 6061 aluminum alloy heat sink with 6mm–4mm water cooling pipe for sustained high-current operation
• ✅ Built-in Anti-Spark Switch — integrated PCBA anti-spark protection; no external anti-spark switch required
• ✅ Built-in Bluetooth Module — wireless VESC Tool configuration without USB connection
• ✅ Push-Button Power Switch — convenient on/off control with 12mm red power indicator LED
• ✅ 5V/1.5A BEC — powers receiver and remote directly; no separate BEC required
• ✅ PWM / UART / ADC Input — compatible with VX3 UART mode for full telemetry and PPM mode for standard RC receivers
• ✅ FOC / BLDC / DC Modes — full VESC motor control modes including sinusoidal FOC for smooth, quiet operation
• ✅ Regenerative Braking — recovers energy during deceleration for extended battery life
• ✅ 3–13S LiPo Input — wide voltage range from 12V to 54.6V

📋 Full Specifications

📦 What's in the Box

• 1× Firduo Moray Dual Drive VESC Control System
• 6× 4.0mm gold male & female connector (motor end)
• 1× Wiring diagram
  

⚠️ Battery end cables have no plug — solder or add connectors rated for your battery current. Cable ends are not waterproof — seal all terminations before submerging.

🔗 Compatible Builds & Recommended Pairings

• Electric Surfboard / Jetboard — dual-motor drive for twin-thruster surfboard builds at 10S–13S
• Fishing Boat / Kayak — dual-motor control for twin-propeller kayak and small boat propulsion
• ROV / AUV / USV — 5m waterproof rating and dual independent motor control for marine robotics
• Recommended Remote: Firduo VX3 IP67 Waterproof Remote — UART mode for full telemetry (motor power, MOS temperature, GPS); receiver powered from Moray 5V BEC; receiver included
• Recommended Motor (56115): Firduo 56115 150KV 2400W Waterproof Motor — 2.4KW peak, IP68, matched for Moray 30A/channel at 10S–13S dual-motor builds
• Recommended Motor (65111): Firduo 65111 150KV IP68 Waterproof Motor — 2KW peak, 10mm shaft, IP68; compatible with Moray 30A/channel at 10S–12S
• Recommended Connector: Firduo 120A Waterproof Connector — for sealed battery-to-Moray connection (optional, sold separately)
• Battery: 10S–13S LiPo or Li-ion pack; minimum 60A continuous discharge for dual-motor operation

🛠️ Setup Guide

1. Verify voltage compatibility — confirm your battery is within 3S–13S LiPo (12V–54.6V). For dual-motor surfboard and kayak builds, 10S–12S is the most common range. Do not exceed 13S (54.6V) — overvoltage will damage the system.
2. Connect motor phase wires — connect the 6× 12AWG motor cables (250mm, 3 per motor) to your two brushless motors. Each set of 3 wires controls one motor independently. Rotation direction can be corrected by swapping any two phase wires per motor, or via VESC Tool motor direction setting. Test rotation direction at low throttle before installing propellers.
3. Connect battery cables — solder or connect the 10AWG battery cables (750mm Red/Black) to your battery. No plug is pre-installed — use a high-current connector rated for your total system current (60A+ continuous for dual-motor). The Moray has a built-in anti-spark switch — no external anti-spark device is required.
4. Connect water cooling — attach the 6mm–4mm water cooling pipe to your board's water intake circuit. Ensure water flows through the Moray before running at high current. Secure hose connections with clamps to prevent leaks.
5. Connect VX3 receiver (UART mode) — connect the VX3 receiver COMM cable to the Moray's 7P COMM line (PH2.0 connector). Power the receiver from the Moray's 5V BEC output. UART mode enables full telemetry on the VX3 display (motor power, MOS temperature, GPS). Alternatively, connect via the 3P PWM line for standard PPM throttle control.
6. Configure via VESC Tool — connect via USB (600mm cable included) or Bluetooth (built-in) to VESC Tool. Run motor auto-detection for each channel independently. Set current limits (30A continuous per channel recommended), configure throttle curve, and set protection thresholds. Contact our support team for a pre-configured setup file for the 56115 or 65111 motor combination.
7. Power on sequence — press the push-button power switch to power on the Moray. The 12mm red LED indicator will illuminate. Power on the VX3 remote and verify receiver binding before applying throttle.
8. Water test at low power — start at 20–30% throttle in calm water. Verify smooth dual-motor operation, check water cooling flow, and confirm all cable terminations are sealed before increasing to full power.

❓ FAQ

Q1: What is the Moray, and how is it different from a single VESC ESC?
The Firduo Moray contains Dual-drive VESC 4.20 controller in a single waterproof enclosure. Each channel independently controls one brushless motor with its own current sensing, motor detection, and parameter settings. This allows precise dual-motor control for twin-thruster surfboards, kayaks, and marine robotics — without the complexity of wiring two separate ESCs. A single battery connection, single water cooling circuit, and single remote connection control both motors simultaneously.

Q2: Can I control the two motors independently (differential thrust / steering)?
Yes — the two VESC channels can be configured for independent or synchronized control via VESC Tool. For synchronized dual-motor operation (both motors at the same throttle), connect both channels to the same PPM or UART signal. For differential thrust steering (left/right independent control), configure each channel to a separate signal input. Contact our support team for configuration guidance for your specific build.

Q3: Is the Moray compatible with the VX3 waterproof remote?
Yes. The Moray supports UART input via the 7P COMM line, which is fully compatible with the VX3 Waterproof Remote in UART mode. UART mode enables full telemetry on the VX3 display — motor power, MOS temperature, GPS, and throttle progress bar. The Moray's 5V BEC powers the VX3 receiver directly. PPM mode via the 3P PWM line is also supported for standard RC receivers.

Q4: Does the Moray have a built-in anti-spark switch? Do I need an external one?
Yes — the Moray has an integrated anti-spark switch built into the PCBA. No external anti-spark switch or pre-charge resistor is required. The push-button power switch controls the anti-spark circuit — always use the power button to connect/disconnect the system rather than plugging/unplugging the battery directly, to protect the connector contacts from arcing.

Q5: What motors are recommended for the Moray dual-drive system?
The Moray is rated for 30A continuous per channel. The 56115 150KV Motor is the primary recommended motor for dual-drive surfboard and kayak builds at 10S–13S — its 2.4KW peak power is well-matched to the Moray's 30A/channel continuous rating. The 65111 Motor is also compatible for lighter dual-motor builds at 10S–12S. Run motor auto-detection in VESC Tool for each motor before first use.