One-Hand RC Boat Remote Control 500M – DIY Cruise Control Gyroscope System
₹6,018.00 incl. GST (₹5,100.00 + GST)
The One-Hand RC Boat Transmitter and Receiver Kit is a long-range wireless control system designed for DIY bait boats, remote-controlled fishing boats, marine RC projects, and boat repair or upgrade applications. Operating on a 2.4GHz wireless connection with a control range of up to 500 meters, the system provides stable and responsive control for motorized boats and other compatible RC applications.
The receiver board features a built-in gyroscope that helps maintain straight-line travel by automatically assisting with directional stability. This is particularly useful when operating a bait boat in windy conditions or on water with waves, where maintaining a consistent direction manually can be difficult.
A built-in cruise control function allows the boat to maintain a selected speed without continuously holding the joystick. This makes the system convenient for longer-distance travel and bait deployment applications where consistent movement is preferred.
The motor-control section provides a rated output of 10A per channel, with a peak capability of up to 22A, and is compatible with commonly used 380, 390, 550, and 775 series DC motors. The receiver also provides servo control for standard servos and an LED control interface, allowing additional boat functions such as bait compartments, lights, or other accessories to be integrated.
The system is designed for DIY assembly and can be used both for building new bait boats and upgrading existing remote-controlled boats. Its compact receiver and one-hand transmitter provide a convenient control solution for hobbyists, fishing enthusiasts, repair technicians, and RC project developers.
Features
- One-hand wireless RC boat transmitter and receiver kit
- 2.4GHz wireless communication
- Control range of up to 500 meters
- Built-in gyroscope for straight-line travel assistance
- Cruise control for constant-speed operation
- Suitable for DIY bait boats and fishing boats
- Suitable for upgrading existing RC boats
- 10A rated motor output per channel
- Motor driver peak output up to 22A
- Supports two motor channels
- Compatible with 380, 390, 550, and 775 series DC motors
- Supports standard RC servos
- Adjustable servo angle for bait-compartment control
- Suitable for single or dual bait compartments
- LED control interface
- Suitable for marine RC and hobby applications
- Designed for simple DIY installation
- Suitable for boat repair and replacement applications
- Stable wireless control for long-distance operation
- Recommended for 7.4V rechargeable lithium battery systems
Specifications
| Parameter | Specification |
|---|---|
| Product Type | RC Boat Transmitter & Receiver Kit |
| Wireless Frequency | 2.4GHz |
| Control Distance | Up to 500m |
| Receiver Input Voltage | 6V–12V |
| Maximum Input Voltage | 15V |
| Recommended Battery | 7.4V Rechargeable Lithium Battery |
| Motor Channels | 2 |
| Motor Output | 10A Rated Per Channel |
| Motor Peak Current | Up to 22A |
| Compatible Motors | 380, 390, 550, 775 Series |
| Servo Output | Standard RC Servo Compatible |
| Gyroscope | Built-In |
| Cruise Control | Supported |
| LED Output | Battery Voltage |
| Remote Power Consumption | Approximately 25mA |
| Receiver Weight | Approximately 25g |
| Remote Weight | Approximately 175g |
| Application | RC Boats, Bait Boats & Marine Projects |
Design and Construction
The system consists of a one-hand 2.4GHz remote transmitter and a dedicated receiver control board. The compact receiver integrates wireless signal processing, motor control, gyroscope functionality, servo control, and accessory interfaces into a single control unit.
The receiver is designed to operate from a 6V–12V supply, with a maximum input voltage of 15V. A 7.4V rechargeable lithium battery is recommended for typical applications. The motor outputs are designed to handle the current requirements of compatible 380, 390, 550, and 775 series motors.
The transmitter uses a compact one-hand control design, allowing the operator to control the boat’s movement conveniently. The receiver processes the transmitter commands and controls the connected motors and servos according to the selected operating mode.
The receiver also includes connections for standard RC servos and an LED output. This allows additional functions such as bait-release compartments, lighting, or other auxiliary mechanisms to be incorporated into the boat.
The receiver PCB may be supplied in green or blue, depending on stock availability.
Working Principle
The transmitter communicates wirelessly with the receiver using a 2.4GHz radio-frequency connection. When the operator moves the controls, the receiver interprets the wireless commands and adjusts the connected motor outputs accordingly.
The two motor channels allow the system to control the propulsion motors independently. This enables forward and reverse movement and allows differential motor control for steering the boat.
The built-in gyroscope detects changes in the boat’s orientation and assists with directional correction. When straight-line travel assistance is enabled, the system can automatically compensate for small directional deviations, helping the boat maintain a straighter course.
The cruise control function allows the boat to maintain a selected operating speed without requiring the operator to continuously hold the control input. This can be useful when the boat needs to travel a longer distance at a consistent speed.
The servo output can be used to operate compatible standard servos for mechanisms such as single or dual bait compartments. The servo angle can be adjusted according to the requirements of the connected mechanism.
The LED interface can be used to control suitable LED accessories. Since the LED output follows the battery voltage, an appropriate 200Ω resistor should be connected in series with the LED to limit current.
Connection and Usage Guidelines
- Keep at least 20cm distance between the transmitter and receiver during pairing to prevent signal saturation.
- Use a suitable rechargeable lithium battery with sufficient current capacity.
- A 7.4V lithium battery is recommended for typical applications.
- Do not exceed the receiver’s 15V maximum input voltage.
- Ensure correct power polarity before connecting the receiver.
- Do not reverse motor polarity unnecessarily or short-circuit motor outputs.
- Use motors that are compatible with the receiver’s voltage and current capabilities.
- Avoid using ordinary dry batteries that cannot supply the required motor current.
- Use an appropriate resistor with the LED output.
- Verify all motor, servo, battery, and accessory connections before operation.
For Settings please download the manual here
Applications
- RC bait boats
- DIY fishing boats
- Remote-controlled fishing boats
- Long-range RC boat projects
- Marine RC projects
- DIY boat automation
- Bait-release boat systems
- Single bait compartment boats
- Dual bait compartment boats
- Servo-controlled bait mechanisms
- RC boat upgrades
- RC boat repair projects
- Hobby marine vehicles
- Custom RC boat development
- Fishing equipment projects
- Remote-controlled marine mechanisms
- DIY robotics and marine experiments
- Educational RC projects
Package Includes
- 1 × One-Hand RC Boat Remote Controller
- 1 × RC Boat Receiver Board
Motors, servos, batteries, boat hulls, LEDs, and other accessories are not included.
Product Disclaimer
Product images are shown for illustrative and representational purposes only. The actual product may vary slightly in colour, dimensions, PCB layout, connector arrangement, button placement, or appearance depending on the manufacturing batch.
The receiver PCB may be supplied in green or blue colour depending on stock availability.
Motors, servos, batteries, boat hulls, propellers, LED lights, bait compartments, wiring, connectors, and other components shown in product images are not included unless specifically mentioned in the package contents.
The stated 500-meter control range is a maximum theoretical or open-area range and may vary depending on environmental conditions, obstacles, interference, antenna orientation, battery condition, and installation.
The 10A motor rating per channel and 22A peak rating should not be interpreted as guaranteed continuous operation at maximum current under all conditions. Actual motor current depends on the motor type, load, battery, wiring, cooling, and operating conditions.
Do not exceed the receiver’s specified 15V maximum input voltage. Use a suitable power supply and ensure correct polarity before connecting the system.
The gyroscope and cruise-control functions depend on correct setup, calibration, installation, and operating conditions. Always test the boat in a safe environment before long-distance operation.
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FAQs
1. What is this RC boat transmitter and receiver kit used for?
It is designed for DIY bait boats, fishing boats, remote-controlled marine vehicles, and RC boat upgrade or repair projects.
2. What is the wireless control range?
The system provides a control range of up to 500 meters under suitable open-area conditions. Actual range may vary depending on obstacles, interference, antenna position, battery condition, and environment.
3. What wireless frequency does it use?
The system operates on the 2.4GHz wireless frequency, providing stable communication between the remote controller and receiver.
4. Does the receiver have a built-in gyroscope?
Yes. The receiver includes a built-in gyroscope that helps maintain straighter boat movement by assisting with directional correction.
5. What is the purpose of the gyroscope?
The gyroscope detects changes in the boat's orientation and helps compensate for small directional deviations, which can be useful in windy or wavy water conditions.
6. Does the system have cruise control?
Yes. The system includes a cruise control function that can maintain a selected speed without requiring continuous joystick input.
7. How many motors can the receiver control?
The receiver provides two motor channels, allowing two compatible DC motors to be controlled.
8. What is the motor current rating?
Each motor channel has a 10A rated current capacity, with a peak capability of up to 22A, depending on operating conditions.
9. Which motors are compatible with this receiver?
The system is compatible with commonly used 380, 390, 550, and 775 series DC motors, provided their voltage and current requirements are within the receiver's specifications.
10. What battery voltage can be used?
The receiver supports a 6V–12V input voltage, with a maximum input voltage of 15V. A 7.4V rechargeable lithium battery is recommended for typical applications.
11. Is the battery included?
No. The package does not include a battery. A suitable rechargeable lithium battery must be purchased separately.
12. Can the system control servos?
Yes. The receiver provides a standard servo output that can be used with compatible RC servos, including servos such as the 995 series.
13. Can it control a bait compartment?
Yes. The servo output can be used to control single or dual bait compartments, depending on the mechanical design and servo arrangement.
14. Can the servo angle be adjusted?
Yes. The system provides adjustable servo control, allowing the connected mechanism to be configured according to the requirements of the bait compartment or other servo-operated mechanism.
15. Does the receiver support LED lights?
Yes. It includes an LED control interface. An appropriate 200Ω resistor should be connected in series with the LED to limit current.
16. Can this system be used to build a new bait boat?
Yes. It is suitable for building a custom DIY bait boat when combined with appropriate motors, propellers, servos, battery, hull, and other mechanical components.
17. Can it be used to upgrade an existing bait boat?
Yes. The transmitter and receiver can be used as a replacement or upgrade control system for compatible existing bait boats.
18. Can it be used in windy or wavy conditions?
Yes. The built-in gyroscope can help improve straight-line control in conditions where wind and waves cause the boat to deviate from its intended direction. However, actual performance depends on the boat's design and environmental conditions.
19. What should I do during transmitter and receiver pairing?
Keep the transmitter and receiver at least 20cm apart during pairing to help prevent signal saturation and ensure proper pairing.
20. Can ordinary dry batteries be used?
The provided guidelines recommend using a quality rechargeable lithium battery rather than ordinary dry batteries, as the motors can require significant current during operation.
21. Is the transmitter one-hand operated?
Yes. The included remote controller uses a one-hand control design, making it convenient for operating compatible RC boats.
22. Can the receiver be used with 380 motors?
Yes. 380 series motors are among the supported motor types, provided their voltage and current requirements are compatible with the receiver.
23. Can the receiver be used with 550 or 775 motors?
Yes. 550 and 775 series motors are supported, but their actual current consumption must remain appropriate for the receiver and selected battery.
24. What happens if the motor current exceeds the rated limit?
Excessive current can cause overheating, unstable operation, or damage to the motor driver and other components. Select motors and operating conditions that remain within the receiver's capabilities.
25. Can the system be used for other RC vehicles?
It is primarily designed for RC boats and bait boats. It may be adaptable to other compatible RC projects, provided the motor, servo, voltage, current, and control requirements match the system.
26. Are motors included in the package?
No. Motors are not included. The package contains only the remote controller and receiver board.
27. Are servos included?
No. Servos are not included and must be purchased separately if required for bait compartments or other mechanisms.
28. Is the boat hull included?
No. The boat hull and mechanical components are not included.
29. What is included in the package?
The package includes:
- 1 × One-Hand RC Boat Remote Controller
- 1 × RC Boat Receiver Board
30. What precautions should be followed when using the system?
Ensure correct battery polarity, do not exceed the 15V maximum input voltage, avoid short circuits, use suitable motors and batteries, and verify all connections before operation. Always test the complete boat system safely before using it at long distances.
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