5 INCH 127MM DOUBLE ALUMINIUM OMNI WHEEL ROHS
This 5-inch (127mm) double aluminum omni wheel is a ROHS-compliant mobility component, specifically designed for campus procurement (universities, middle schools, primary schools). Made of high-quality aluminum alloy, it features 360° seamless movement, smooth low-noise operation, and a 30KG load capacity, suitable for student robotics projects, STEM classrooms, and campus competitions. It is safe, durable, easy to install and maintain, perfectly matching common campus robotic kits, and helps cultivate students’ practical skills in robotics and automation.
$43.80
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Specifications
Code
：
OW010
Brand
：
DAGU
Detail
5 INCH 127MM DOUBLE ALUMINIUM O
MNI WHEEL ROHS
This 5-inch (127mm) double aluminum omni wheel is a high-performance, multi-directional mobility solution, fully compliant with ROHS environmental and safety standards. It is specifically designed to meet the needs of campus procurement (universities, middle schools, primary schools), as well as robotics, industrial automation, and educational applications. Tailored for campus teaching, after-school STEM clubs, and robotics competitions, it provides a safe, durable, and easy-to-use mobility component for student projects and classroom demonstrations.
Premium Double Aluminum Construction (Campus-Friendly): Crafted with high-quality aluminum alloy, the double-plate design eliminates the dead zone between rollers, ensuring seamless 360° movement and stable lateral sliding without slipping—perfect for student-operated robots that require precise, smooth movement. It balances exceptional sturdiness and lightweight performance, with a load capacity of up to 30KG, capable of withstanding repeated assembly, disassembly, and operation by students in campus labs, STEM classrooms, and after-school clubs. The lightweight design also makes it easy for students to handle and install, reducing the risk of injury and lowering the learning threshold for young learners. Additionally, the aluminum construction is corrosion-resistant and easy to clean, adapting to frequent use in campus environments.
Precise 5 Inch (127mm) Specification (Suitable for Campus Robotics Projects): With a standard diameter of 127mm (5 inches), axial width of 29mm, and 22 rubber rollers equipped with ball bearings, the wheel delivers smooth, low-noise operation and precise maneuverability—ideal for campus robotics projects that require quiet, stable performance in classrooms or labs. It is perfectly matched with common campus robotic kit mounting shafts and robot drive interfaces (such as those used in Arduino, Raspberry Pi, and RoboCup junior competition kits). Its compact size makes it suitable for small student-made robots, campus educational AGVs, and classroom demonstration models, where space is often limited. The precise specification also ensures consistency across multiple wheels, making it easy for teachers to purchase in batches for group projects or classroom sets.
ROHS Compliant & Safe (Ideal for Campus Use): Fully adhering to ROHS environmental standards, the wheel uses non-toxic, eco-friendly materials and high-temperature painting technology on the aluminum hub, ensuring corrosion resistance and absolute safety for students of all ages—critical for campus procurement. The smooth, burr-free surface eliminates sharp edges, preventing scratches during student operation, and the non-toxic materials meet strict campus safety standards, giving teachers and school administrators peace of mind. It is suitable for indoor use in classrooms, labs, and after-school clubs, as well as outdoor campus activities (such as robotics competitions), with excellent adaptability to different campus environments.
Versatile Application Scenarios (Focus on Campus): As a core component for campus procurement, it is widely applicable to various campus scenarios: middle and primary school STEM classrooms (for teaching mechanical principles and robotics), university robotics labs (for research and project development), after-school STEM clubs (for student practice and team projects), and campus robotics competitions (such as RoboCup, school-level robotics contests). It is also suitable for campus educational AGVs (used for demonstrating automation in campus logistics or environmental management) and student-made robot projects (such as garbage sorting robots, navigation robots). The wheel’s flexible multi-directional movement (forward, backward, lateral, and 360° rotation) helps students explore robotics and automation knowledge, while improving the maneuverability of their projects in limited campus spaces (such as classrooms, labs, and competition venues).
Practical Advantages (Tailored for Campus Procurement & Teaching): For campus buyers (school administrators, teachers), the wheel features easy integration with common campus robotic kits and teaching equipment, requiring no professional technical skills to install—saving teachers’ preparation time for lessons. It requires no regular lubrication or on-site maintenance, reducing the workload of campus equipment management and lowering long-term use costs, which is in line with campus procurement budgets. The long service life ensures that it can be reused across multiple school years and batches of students, maximizing the value of campus procurement. Additionally, its consistent performance and batch availability make it ideal for group teaching and large-scale campus projects, helping teachers effectively carry out hands-on STEM education and cultivate students’ practical skills and interest in robotics.
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