
Two Degrees of Freedom: Supports flexible horizontal pan and vertical tilt movements, providing precise positioning control for robotic components, cameras, or sensors, which is essential for tasks like object tracking, image monitoring, and obstacle detection.
Short U-Shaped Design: Compact and space-saving, the short U-shaped structure allows easy integration into tight robotic assemblies, without compromising stability or movement range. It is specifically designed to fit standard-sized servos in constrained spaces.
ROHS Compliance: Strictly meets the ROHS environmental standard, free from harmful substances such as lead, mercury, and cadmium, making it suitable for environmentally friendly product designs and global market requirements.
Durable Aluminum Alloy Construction: Made of high-quality aluminum alloy with surface oxidation treatment, the bracket offers excellent rigidity, corrosion resistance, and wear resistance, ensuring long-lasting performance even in frequent motion scenarios. It is more sturdy and durable compared to plastic alternatives.
Wide Servo Compatibility: Compatible with standard-sized servos such as MG995, MG996R, and similar models, facilitating straightforward integration with common servo motors used in robotic projects. It fits most 10 kg-cm servos, ensuring versatility across different applications.
Easy Assembly: Equipped with pre-drilled holes for quick and secure mounting of servos and payloads, simplifying the assembly process and saving time for DIY projects and professional installations. The set includes necessary mounting screws for convenient setup.
Parameter | Details |
|---|---|
Brand | DAGU |
Product Name | 2-DOF Short U-Shaped Servo Bracket Set |
Degrees of Freedom | 2 (Horizontal Pan & Vertical Tilt) |
Material | High-Quality Aluminum Alloy |
Design | Short U-Shaped |
Compatibility | Standard-sized servos (MG995, MG996R, etc.) |
Environmental Standard | ROHS Compliant |
Assembly | Unassembled (with pre-drilled holes & mounting screws) |
Robot manipulator joints and pan-tilt systems
DIY robot projects, Arduino/Raspberry Pi-based robotic platforms
Camera mounting and positioning for surveillance, streaming, or FPV systems
Sensor mounting (ultrasonic, infrared) for obstacle detection and environmental scanning
AI vision and machine learning hardware rigs requiring controlled motion
Humanoid robot joints (shoulders, knees, etc.) and biped robot assemblies
total 0 Sheet,Only 5 images can be uploaded, each less than 5m.