uxcell 20pcs Plastic Gears 26 Teeth Model 26102B Worm Gear Set for RC

Description

Product Overview

The uxcell 20pcs Plastic Gears 26 Teeth Model 26102B set delivers a complete collection of high‑precision reduction worm gears designed for small‑scale power transmission applications. Each gear is fabricated from robust engineering‑grade plastic, offering a perfect balance of strength and lightweight performance. The gears feature a 26‑tooth configuration with a 0.5 modulus, a 14 mm outer diameter, 5.8 mm thickness, and a 2 mm central mounting hole, allowing seamless integration onto standard motor shafts and axles. Packaged in a compact box measuring 2.4 × 2.2 × 0.3 inches and weighing only 0.63 oz, the set is ideal for hobbyists, educators, and prototype developers who need reliable gear reduction without the added weight of metal components. The model number a18041000ux0316 and the manufacturer uxcell guarantee consistent quality across every piece, while the product’s best‑seller rank (#27 in Mechanical Worm Gears) reflects its popularity among RC enthusiasts and robotics builders.

Usage

These plastic worm gears excel in a variety of real‑world scenarios. In RC car builds, the 26‑tooth reduction ratio provides smoother acceleration and higher torque, enabling tighter turns and more controlled speed on challenging terrain. Robotics projects benefit from the gears’ low friction and quiet operation, making them perfect for articulated arms, locomotion modules, and sensor‑driven mechanisms. Educational settings can use the set to demonstrate fundamental mechanical concepts such as gear ratios, torque conversion, and the principles of worm gear operation. Additionally, the gears are suitable for small windmill prototypes, DIY motorized toys, and any hobbyist project that requires a compact, reliable reduction system. Their plastic construction ensures resistance to corrosion and eliminates the need for lubrication, simplifying maintenance for long‑term use.

Why Choose Us

Choosing uxcell means selecting a brand with a proven track record in delivering precise, dependable components for the maker community. Each gear undergoes rigorous quality control to meet exact dimensional tolerances, ensuring consistent performance across the entire 20‑piece set. The product’s five‑star customer rating (5.0 out of 5 stars from five reviews) underscores its reliability and user satisfaction. uxcell’s commitment to transparent manufacturing processes, combined with competitive pricing, makes this gear set an excellent value for both beginners and seasoned engineers. Moreover, the company offers responsive after‑sales support, ready to assist with any installation questions or technical concerns, reinforcing confidence in every purchase.

Key Features

• Precise 26‑tooth worm gear design delivers smooth torque conversion for RC and robot applications.
• Durable engineering plastic resists wear, corrosion, and eliminates the need for lubrication.
• Compact 14 mm outer diameter and 2 mm mounting hole fit standard motor shafts without modification.
• Lightweight construction reduces overall system weight, improving efficiency and handling.
• Dedicated uxcell customer support ensures quick assistance and reliable after‑sales service.

FAQ

What material are the gears made from?

The gears are manufactured from high‑quality engineering plastic, which provides a good balance of strength, durability, and low friction while remaining lightweight.

Can these gears be used with metal shafts?

Yes, the 2 mm central hole is designed to fit standard metal shafts commonly found in RC cars, hobby motors, and small robotics projects.

Do I need to lubricate the gears?

No additional lubrication is required. The plastic material is self‑lubricating and resistant to wear, making it maintenance‑free for most applications.

How many gears are included in the package?

The set contains 20 individual plastic worm gears, each identical in size and tooth count, providing ample supply for multiple builds or replacements.

Is this gear set suitable for educational purposes?

Absolutely. The gears are ideal for classroom demonstrations of gear ratios, torque conversion, and mechanical design, offering a hands‑on learning experience without the hazards of metal components.