In this video, we explore advanced types of gears used in modern mechanical systems. From bevel, worm, hypoid, planetary, harmonic, and herringbone gears, learn how each type works, where it’s used, and its advantages.
📘 Perfect for:
Mechanical engineering students
Design engineers
Industrial maintenance professionals
🎯 Learn how gear design impacts speed, torque, and efficiency in real-world applications!
👉 Watch till the end to strengthen your mechanical knowledge. 📢 Don’t forget to Like, Share, and Subscribe for more engineering videos
00:00Advanced gear types. Hyperboloidal gears allow non-parallel shafts and are ideal for applications like machine tools and robotics.
00:07Double helical bevel gears combine helical and bevel gear benefits for smooth transmission, ideal for ships and heavy machinery despite complex manufacturing.
00:15Logarithmic spiral gears continuously change gear ratios for smooth power transmission, making them ideal for precise control in automation systems.
00:23Elliptical gears handle uneven rotational movements and are used in specialized machinery, such as in the textile industry and printing machines.
00:30Hypoid gears, similar to bevel gears but with an offset axis, efficiently transmit high torque and are used in automotive axles and differentials.
00:38Helicon gears provide high efficiency at low speeds, making them perfect for precision mechanisms such as watches and aerospace applications.
00:45Spyroid gears offer compact and strong torque transmission with high load capacity, often used in aerospace for applications like aircraft control systems.
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