You encounter the 775 electric motor in many industries because it delivers impressive speed and torque in a compact frame. The INEED Electronics 775 Gear Motor stands out with its blend of rapid motion and powerful output. You see this motor in robotics, remote control vehicles, and industrial automation.
The global electric motor market reached over USD 145 billion in 2024 and continues to grow steadily.
Common applications include power tools, IoT devices, and quad-copters.
This motor gives you reliability and versatility for demanding projects.
Key Takeaways
The INEED Electronics 775 Gear Motor offers high speed and torque, making it ideal for robotics, electric vehicles, and home appliances.
Always check the motor’s voltage and current ratings to ensure safe operation and prevent overheating.
The compact size of the 775 motor allows for easy installation in tight spaces, enhancing design flexibility.
A planetary gearbox in the motor boosts torque while maintaining high speed, providing efficiency for demanding applications.
Customization options are available for the 775 motor, allowing you to tailor features to fit specific project needs.
775 Electric Motor Specs
Size & Dimensions
You need to know the size and dimensions of a 775 electric motor before you choose one for your project. Most 775 motors have a shell stator size of about 42 mm in diameter and 66-67 mm in length. The INEED Electronics 775 Gear Motor matches these industry standards, which means you can fit it into many designs without trouble.
Motor Type | Diameter (mm) | Length (mm) |
|---|---|---|
INEED Electronics 775 | 42 | 66 |
This compact size gives you flexibility when you build robots, electric vehicles, or home appliances. You can install the motor in tight spaces and still get reliable performance.
Voltage & Current
You must pay attention to voltage and current when you select a 775 motor. The INEED Electronics 775 Gear Motor operates at either 12V DC or 24V DC. This wide operating voltage range lets you use the motor in different systems. The rated voltage for most 775 electric motors falls between 6V and 24V.
The current draw is also important. The INEED Electronics 775 Gear Motor uses only 0.5A at no load, but it can reach over 10A at stall. You need to make sure your power supply can handle these values. If you use the motor at higher voltage, you get more speed and torque, but you must watch the current to avoid overheating.
Model | Rated Voltage | No-Load Current | Stall Current |
|---|---|---|---|
INEED Electronics 775 | 12V/24V | 0.5A | >10A |
Tip: Always check the operating voltage and current requirements before you connect the motor to your circuit. This helps you prevent damage and ensures safe operation.
Speed & Torque
Speed and torque are two key specs that define how a 775 motor performs. The INEED Electronics 775 Gear Motor delivers a speed range from 6000 to 12000 RPM. This high speed makes it perfect for tasks that need quick movement. The motor also provides a torque of 0.43 N·m, which gives you enough force for heavy-duty applications.
When you compare different motors, you see that the INEED Electronics 775 Gear Motor matches or exceeds the performance of other 775 electric motors. Some models, like the TT Motor GMP42-775PM, offer higher torque but lower speed. You need to balance these specs based on your project.
Motor Type | Speed (RPM) | Torque (N·m) |
|---|---|---|
INEED Electronics 775 | 6000-12000 | 0.43 |
TT Motor GMP42-775PM | 3470-4500 | 10.0 |
The INEED Electronics 775 Gear Motor also features a planetary gearbox. This gearbox increases torque while maintaining high speed, so you get both power and efficiency.
Shaft & Mounting
You need to know the shaft and mounting details to install the motor correctly. The INEED Electronics 775 Gear Motor has a 5 mm shaft diameter, which is standard for most 775 motors. The mounting screw holes measure about 4 mm in diameter, and the distance between screw holes is around 33 mm. The shaft length ranges from 16 to 20 mm, giving you enough room for couplings or gears.
Specification | Value |
|---|---|
Motor Shaft Diameter | 5 mm |
Mounting Screw Hole Diameter | ~4 mm |
Distance between Screw Holes | ~33 mm |
Length of Shaft | ~16-20 mm |
The mounting design of the INEED Electronics 775 Gear Motor uses a strong metal bracket. This bracket has a U-type shape and an electroplated finish to prevent rust. You get all the nuts and screws you need, so you can mount the motor quickly and securely in your device.
Note: The robust mounting system makes the INEED Electronics 775 Gear Motor easy to integrate into robotics, electric vehicles, and home appliances.
Comparison Table: INEED Electronics 775 Gear Motor vs. Standard 775 Motors
Feature | INEED Electronics 775 Gear Motor | Standard 775 Motor |
|---|---|---|
Diameter | 42 mm | 42 mm |
Length | 66 mm | 67 mm |
Operating Voltage | 12V/24V | 6V-24V |
No-Load Current | 0.5A | 0.5A |
Stall Current | >10A | >10A |
Speed | 6000-12000 RPM | 3000-12000 RPM |
Torque | 0.43 N·m | 0.43 N·m |
Shaft Diameter | 5 mm | 5 mm |
Power | up to 382W | up to 80W |
Self-Cooling Fan | Yes | No |
Mounting Bracket | Robust, rust-proof | Standard |
You see that the INEED Electronics 775 Gear Motor stands out with higher power output, a self-cooling fan, and a durable mounting bracket. These features make it a top choice for demanding projects.
Features & Performance
High Speed & Torque
You want a motor that delivers both speed and torque for your projects. The INEED Electronics 775 Gear Motor uses a planetary gearbox to boost torque output while keeping high speed. This design gives you the best of both worlds. The gearbox offers a speed ratio of 25:1, which means the motor can produce a torque of up to 1362.2 mN.m. You get high torque for heavy loads and precise control of speed and torque for delicate tasks. This balance makes the 775 motor perfect for applications like automatic fishing rods, electric curtains, and vending machines.
Feature | Description |
|---|---|
Gear Ratio | 25:1, increases torque output |
Torque Output | Up to 1362.2 mN.m |
Speed | Maintains high speed for rapid operation |
Applications | Wide range: automation, vending, home devices |
You can rely on this motor for high power and consistent performance. The combination of speed and torque ensures your devices run smoothly and efficiently.
Cooling & Durability
You need a motor that lasts and stays cool during long hours of use. The INEED Electronics 775 Gear Motor stands out because of its advanced cooling and durable construction. The motor uses a copper rotor for good conductivity and fast heat dissipation. A built-in cooling fan helps keep the temperature low, even when the motor works hard. The pure copper coil and high-quality carbon brush extend the service life. The combination of metal and plastic gears ensures quiet operation and durability. A high-performance magnet increases torque and adds to the motor’s strength.
Material/Feature | Contribution to Cooling and Durability |
|---|---|
Pure copper coil | Low temperature rise, better cooling |
High performance magnet | More torque, longer life |
High-quality carbon brush | Longer service life |
Metal and plastic gears | Durable and quiet |
Built-in cooling fan | Keeps motor cool for long-term use |
Tip: The robust build and self-cooling design mean you can use this motor in demanding environments without worrying about overheating or early wear.
Efficiency
You want your devices to use less energy but still deliver strong performance. The 775 motor is designed for high efficiency. It converts electrical energy into mechanical energy with very little loss. This means you get more work done while using less power. In practical applications like robotics and power tools, this efficiency helps you save on energy costs and reduces heat buildup. You can run your projects longer and more reliably.
Note: High efficiency in the INEED Electronics 775 Gear Motor leads to better performance and lower energy consumption, making it a smart choice for any project that needs both power and reliability.
775 Motor Variations
Gear Motor Options
You find many gear motor options when you look for a 775 motor. The INEED Electronics 775 Gear Motor stands out because it combines a high-speed DC motor with a planetary gearbox. This design gives you more torque and better efficiency. You can use this motor in robotics, automation, and electric vehicles. Other gear motor variants include worm gear motors and spur gear motors. Worm gear motors work well in applications that need high torque and slow speed, such as conveyor belts. Spur gear motors offer simple construction and suit light-duty tasks.
Tip: Choose a gear motor based on the torque and speed your project needs. Planetary gearboxes give you a good balance of both.
Shaft Types
You need to consider shaft types when you select a motor. Shaft design affects how you connect the motor to other parts. Most 775 motors use a 5mm diameter shaft, which fits many couplings and gears. Some motors have stepped shafts or longer shafts for special mounting needs. The table below shows common shaft specifications for 775 motors:
Specification | Value |
|---|---|
Axis diameter | 5mm |
Motor shaft length | 16mm |
Step height | 5mm |
Step diameter | 17.4mm |
Stepped shafts help you mount the motor securely. Standard shafts work well for most robotics and home appliance projects. You should check the shaft type before you buy a motor to make sure it fits your design.
Customization
You can customize a 775 motor to match your project. Manufacturers offer options like custom packaging, output shaft design, and gear material selection. Some companies let you add your own logo or choose the rated power. The table below lists common customization choices:
Manufacturer | Customization Options | Minimum Order |
|---|---|---|
INEED Motor Manufacturer | Customized packaging, Output shaft | 1,000 pieces |
Factory Customized | Customized logo, Other customizations | N/A |
You can ask for special features if you need a motor for a unique application. Customization helps you get the best performance and fit for your device.
Note: Always review available options before you order a motor. Custom features can improve reliability and make installation easier.
Applications & Selection
Robotics & Automation
You see the 775 electric motor used in many robotics and automation projects. This motor powers robotic arms, wheels, and tracks. You can rely on its high torque and speed for precise movement and quick response. The INEED Electronics 775 Gear Motor fits well in industrial machinery and conveyor systems. You get consistent power for heavy-duty applications. The table below shows common uses for the 775 motor in robotics and automation:
Application Area | Description |
|---|---|
Robotics | Actuation of robotic arms, wheels, and tracks. |
Radio-Controlled Vehicles | Propulsion of cars, boats, and drones. |
Power Tools | Drives for drills, saws, and sanders. |
Industrial Machinery | Automation equipment and conveyor systems. |
Tip: Choose a motor with the right speed and torque for your robot. You improve accuracy and reliability in your automation system.
Electric Vehicles
You find the 775 electric motor in electric vehicles such as scooters, bikes, and small cars. This motor delivers high power and speed for propulsion. You benefit from its efficient design and strong torque output. The INEED Electronics 775 Gear Motor supports a wide operating voltage, so you can match it to your battery system. You get smooth acceleration and reliable performance. Many hobbyists use this motor for custom EV projects. You can also use it in remote-controlled vehicles for fast and powerful movement.
Home Appliances
You use the 775 motor in home appliances like mixers, blenders, and grinders. This motor provides enough torque to handle tough ingredients. You get high speed for quick blending and mixing. The INEED Electronics 775 Gear Motor works well in devices that need both power and durability. You enjoy longer service life and less maintenance. You can also find this motor in automatic curtains and vending machines.
Note: The combination of high torque and speed makes the 775 electric motor ideal for many household devices.
Choosing the Right 775 Motor
You need to match the motor specs to your application. Start by checking the size to ensure it fits your device. Look at the operating voltage and current to avoid overheating. Consider the power and torque for your workload. Review the speed to meet your performance goals. Select gear material for durability. The table below lists important criteria:
Criteria | Description |
|---|---|
Size | Dimensions must fit within the installation space, including length, width, and height. |
Voltage | Affects efficiency, power consumption, and lifespan; must be suitable for the application. |
Current | Impacts starting conditions, torque output, and thermal management; must be appropriate for the motor. |
Power | Includes input, output, and loss power; essential for understanding energy efficiency. |
RPM | Defines the speed of the motor’s output shaft; critical for application requirements. |
Torque | Refers to the rotational force produced; important for the motor’s performance in the application. |
Lifespan | Determined by the shortest component lifespan; crucial for reliability in long-term use. |
Gear material | Affects performance, durability, and lifespan of the gearbox; must be chosen carefully. |
You improve your project by selecting a motor with the right specs.
You avoid problems by checking voltage, current, and power ratings.
You get better results by choosing a motor with high torque and speed for heavy-duty applications.
Tip: Always review the operating voltage and current before installation. You protect your motor and extend its lifespan.
You make better choices when you understand motor specs like torque, speed, voltage, and current. The INEED Electronics 775 Gear Motor gives you high power, strong torque, and reliable speed for many applications. You see how voltage and current affect performance and lifespan. Use the table below to compare key features:
Specification | 775 Motor Characteristics |
|---|---|
Power Ratings | 100W to 300W at 12V; 200W to 600W at 24V |
Shaft Diameter | Thicker shaft for higher torque loads |
Application Suitability | Lower turns for high speed; higher turns for more torque |
Before you buy a motor, follow these steps:
Check your application needs for speed, torque, and voltage.
Review motor specifications for current and power.
Match the motor to your environment and maintenance plans.
You get the best results when you match the motor specs to your project.
FAQ
What makes the INEED Electronics 775 Gear Motor different from standard 775 motors?
You get higher power, a self-cooling fan, and a robust mounting bracket. These features help your projects run longer and more reliably. The planetary gearbox also boosts torque and efficiency.
Can you run the 775 Gear Motor at both 12V and 24V?
Yes, you can use either 12V or 24V DC. You get more speed and torque at 24V. Always check your power supply to match the motor’s requirements.
How do you mount the 775 Gear Motor securely?
You use the included U-type metal bracket and screws. The bracket resists rust and holds the motor firmly. This setup helps you install the motor quickly in robots, vehicles, or appliances.
What applications suit the 775 Gear Motor best?
You can use this motor in robotics, electric vehicles, and home appliances. It works well in projects that need high speed, strong torque, and reliable performance.
How do you choose the right 775 motor for your project?
Tip: Check your project’s size, voltage, current, speed, and torque needs. Match these specs to the motor. Review gear material and mounting options for the best fit.
