Product
DS-S007 17g PWM Plastic Gear Digital Servo for Model Aircraft Servos
Application
DSpower S007 17g PWM Plastic Gear Digital Servo is a lightweight and compact servo motor designed for applications where precise control, low weight, and efficiency are key considerations. With its plastic gear construction, digital control capabilities using Pulse-Width Modulation (PWM), and a weight of 17 grams, this servo is well-suited for projects that demand a balance between size, weight, and performance.
Features
Compact and Lightweight (17g): Weighing only 17 grams, this servo is particularly suitable for applications where minimizing weight is crucial, such as in micro RC models, drones, and small-scale robotics.
Plastic Gear Design: The servo features plastic gears, providing a good balance between weight efficiency and reliability. Plastic gears are suitable for applications with moderate torque requirements and where weight is a critical factor.
PWM Digital Control: Utilizing Pulse-Width Modulation (PWM), the servo allows for digital control, enabling precise and responsive movements. PWM is a common and versatile control method, making the servo compatible with various control systems.
Compact Form Factor: With its small size, the servo is well-suited for projects with space constraints. The compact form factor allows for easy integration into small-scale applications without compromising performance.
Versatile Operating Voltage Range: The servo is designed to operate within a versatile voltage range, providing flexibility for different power supply systems.
Plug-and-Play Integration: Engineered for seamless integration, the servo is often compatible with standard PWM control systems. This ensures easy control via microcontrollers, remote controls, or other standard control devices.
Application Scenarios
Micro RC Models: The servo is commonly used in micro radio-controlled models, including miniature airplanes, helicopters, cars, boats, and other small-scale vehicles, where precise control and minimal weight are essential.
Micro Robotics: In the field of micro-robotics, the servo can be employed to control various components, such as miniature limbs and grippers, where compact size and efficient control are crucial.
Drone and UAV Applications: In lightweight drones and unmanned aerial vehicles (UAVs), this servo's combination of low weight and digital precision makes it suitable for controlling flight surfaces and small mechanisms.
Wearable Devices: The servo can be integrated into wearable technology, providing mechanical movements or haptic feedback in a compact and lightweight form.
Educational Projects: The servo is an excellent choice for educational projects focused on robotics and electronics, allowing students to experiment with precise control in a micro-sized package.
Automation in Tight Spaces: Suitable for applications where space is limited, such as small-scale automation systems and experimental setups.
DSpower S007 17g PWM Plastic Gear Digital Servo is designed to meet the demands of projects where weight, precision, and compactness are critical considerations. Its versatile application range spans from micro RC models to educational robotics and beyond.
FAQ
A: Yes, Through 10years research and development of servo, De Sheng technical team is professional and experienced to offer customized solution for OEM,ODM customer, which is one of our most competitive advantage.
If above online servos does not match your requirements, please do not hesitate to send message to us, we have hundreds of servos for optional, or customizing servos based on demands, it is our advantage!
A: DS-Power servo have wide application, Here are some of applications of our servos: RC model, education robot, desktop robot and service robot; Logistics system: shuttle car, sorting line, smart warehouse; Smart home: smart lock, switch controller; Safe-guard system: CCTV. Also agriculture, health care industry, military.
A: Normally, 10~50 business days, it depends on requirements, just some modification on standard servo or a totally new design item.
