DIY Boat Ship Model Kit Twin Dual Motor for Remote Control Electric Propeller Model
₹749.30 incl. GST (₹635.00 + GST)
The 130 Motor Ship Model Kit is a compact DIY propulsion set for building mini boats, ship models, and marine robotics projects. It includes 2 × 130 DC motors, 36 mm propellers, 150 mm transmission shafts, and supporting accessories. With a worm gear transmission and 3–6V DC operation, it is ideal for DIY boat projects, STEM learning, and hobby model building.
130 Motor Ship Model Kit – DIY Mini Boat Propulsion Set
The 130 Motor Ship Model Kit is a compact DIY propulsion system designed for building small model boats, ships, marine robotics projects, and educational watercraft. Combining small DC motors, propellers, transmission shafts, and supporting mechanical components, this kit provides everything needed to create a simple motorized propulsion system for a suitable DIY boat model.
Designed for hobbyists, students, makers, and model-building enthusiasts, the kit provides a practical way to explore motorized movement, mechanical transmission, propeller propulsion, and directional control. Its compact construction makes it suitable for small-scale boat projects where space and weight are important considerations.
Compact Motorized Propulsion System
The kit uses 130-type DC motors to generate the mechanical power required to rotate the propellers. The motor system is designed for small DIY watercraft and model boats.
The compact motor arrangement makes it convenient to integrate into custom boat hulls and educational models. Depending on the electronics and motor-control system used, the propulsion system can be configured for forward, reverse, and turning movements.
Dual Propeller Design
The kit includes two 36 mm propellers, with one configured for forward propulsion and the other for reverse operation.
Using two propulsion units allows builders to experiment with different methods of controlling a model boat. Differential control of the motors can also be used in suitable configurations to assist with turning and maneuvering.
Actual performance will depend on the boat hull, motor voltage, battery capacity, propeller orientation, water conditions, and overall vehicle weight.
150 mm Transmission Shafts
Each propulsion assembly uses a 150 mm transmission shaft to transfer rotational movement from the motor to the propeller.
The shaft system allows the motor to be positioned within the boat while transferring power toward the propeller assembly. Proper alignment during installation is important for smooth operation and to reduce unnecessary mechanical resistance.
Worm Gear Transmission
The propulsion system incorporates a worm gear transmission mechanism to transfer motor rotation to the propeller assembly. This arrangement provides a compact method of transmitting motion within the limited space of a small model boat.
The gear mechanism also makes the system suitable for educational demonstrations of gears, rotational motion, and mechanical power transmission.
DIY Assembly
The 130 Motor Ship Model Kit is supplied as a DIY assembly set, allowing users to install the motors, shafts, propellers, and supporting components into their own boat design.
This makes it suitable for makers and students who want to construct a customized watercraft rather than using a pre-built propulsion system.
Basic mechanical assembly and alignment skills are recommended for installation.
Suitable for STEM and Educational Projects
The kit provides an interactive way to learn about the relationship between electrical energy, motor rotation, mechanical transmission, and water propulsion.
Students can experiment with:
- DC motor operation
- Propeller-driven movement
- Gear transmission
- Shaft alignment
- Forward and reverse propulsion
- Differential motor control
- Basic marine vehicle design
This makes the kit useful for classroom demonstrations, science projects, robotics activities, and model-building workshops.
Directional Control
When connected to suitable motor-control electronics, the two motors can be controlled independently to produce different movement patterns.
Depending on the boat’s mechanical and electronic configuration, the system can support:
- Forward movement
- Reverse movement
- Left and right turning
- Differential steering
A compatible motor driver, receiver, controller, or remote-control system may be required for these functions and is not included unless specifically mentioned.
Key Features
- Compact 130-type DC motor propulsion system
- Designed for small DIY boats and ship models
- Includes dual 36 mm propellers
- Includes 150 mm transmission shafts
- Worm gear transmission mechanism
- Supports customizable propulsion configurations
- Suitable for forward and reverse movement
- Can support differential steering with suitable electronics
- Lightweight design for small watercraft
- Useful for STEM and educational projects
- Suitable for DIY and hobby model boats
Specifications
| Specification | Details |
|---|---|
| Product Type | 130 Motor Ship Model Kit |
| Material | Plastic + Metal |
| Motor Type | 130 DC Motor |
| Motor Quantity | 2 |
| Propeller Size | 36 mm |
| Propeller Quantity | 2 |
| Propeller Configuration | One Forward, One Reverse |
| Transmission Shaft Length | 150 mm |
| Transmission Shaft Quantity | 2 |
| Bracket Inclination | Approx. 45° |
| Power Supply | DC 3–6V |
| Substrate Color | Green |
| Application | Small DIY Boats and Ship Models |
Applications
The 130 Motor Ship Model Kit is suitable for:
- DIY mini boat projects
- Model ship construction
- Small RC boat prototypes
- Educational marine projects
- STEM experiments
- Mechanical engineering demonstrations
- DIY robotics projects
- Propulsion system experiments
- Hobby boat models
- School science projects
- Maker and model-building activities
Package Includes
- 2 × 130 DC Motors
- 2 × 36 mm Propellers – one forward and one reverse
- 2 × 150 mm Transmission Shafts
- Other Supporting Accessories
Important Notes
- This is a DIY propulsion kit and requires installation into a suitable boat or model.
- It is recommended for small and lightweight boat models.
- The stated 3–6V DC power range is intended for typical hobby applications; use a suitable power source and avoid exceeding the motor’s safe operating limits.
- A battery, remote controller, receiver, motor driver, boat hull, and other electronic components are not included unless specifically stated.
- Proper shaft and propeller alignment is important for smooth operation.
- Do not operate the motor continuously without considering heat buildup and load conditions.
- When testing the propulsion system, keep rotating propellers away from fingers and loose objects.
- The actual performance depends on the boat’s size, weight, hull design, battery, motor loading, and water conditions.
- Product color, component appearance, and accessories may vary slightly due to manufacturing and stock variations.
Why Choose the 130 Motor Ship Model Kit?
The 130 Motor Ship Model Kit is a practical and affordable way to add motorized propulsion to small DIY watercraft. With two 130 DC motors, dual 36 mm propellers, 150 mm transmission shafts, and supporting mechanical components, it provides a useful starting point for creating custom model boats and marine robotics projects.
Whether used for a school STEM project, hobby boat, mechanical experiment, or DIY RC prototype, this kit provides an engaging hands-on introduction to motor control, gear transmission, propeller propulsion, and marine vehicle design.
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FAQs
1. What is included in the 130 Motor Ship Model Kit? It includes 2 × 130 DC motors, 2 × 36 mm propellers, 2 × 150 mm transmission shafts, and supporting accessories.
2. What type of motor does the kit use? It uses 130-type DC motors.
3. What voltage does the motor system use? The typical operating range is 3–6V DC.
4. What size are the propellers? The kit includes 36 mm propellers.
5. How long are the transmission shafts? Each transmission shaft is approximately 150 mm long.
6. Is this kit suitable for DIY boats? Yes. It is designed for small DIY boats and ship models.
7. Can it be used for RC boats? Yes, when combined with a suitable RC controller, receiver, motor driver, battery, and boat hull.
8. Does the kit include a boat hull? No. The kit is a propulsion system and does not include the boat body.
9. Are batteries included? No. A suitable 3–6V DC power source must be purchased separately.
10. Can the boat move forward and backward? Yes, with suitable motor-control electronics and correct propeller configuration.
11. Can the motors be used for turning? Yes. Independent motor control can be used for differential steering in suitable boat designs.
12. Is assembly required? Yes. The motors, shafts, propellers, and other components require DIY installation.
13. Is it suitable for STEM projects? Yes. It is useful for learning about motors, gears, propulsion, and mechanical motion.
14. What material are the components made from? The kit uses a combination of plastic and metal components.
15. What type of boats is it suitable for? It is recommended for small and lightweight DIY boat or ship models.Only logged in customers who have purchased this product may leave a review.
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