Tutorials

STEERING MECHANISM SAE BAJA RACK AND PINION automobile from scratch for beginners IN SOLIDWORKS

10 2 Beginner
if you like this then support us on paypal : paypal.me/nobodyknow137 chasis design : https://www.youtube.com/watch?v=-Td6NVTihKo&t=1s LIKE SUBSCRIBE AND SHARE 1. BOWLING ANIMATION : https://youtu.be/3YQfWjVIRnw 2. DOOR MECHANISM : https://youtu.be/fXCXwVEh6F0 3.FOLDABLE TABLE : https://youtu.be/Vbhi8fKnIdE 4.RACK RACK MECHANISM : https://youtu.be/085RPRQPhB8 5. FISH MECHANISM : https://youtu.be/2XJNilUx7FI 6. IRIS MECHANISM : https://youtu.be/turfOzbZnjo 7..TOGGLER DOOR MECHANISM : https://youtu.be/gfgCJyPizHw

Suspension & Steering Geometry (Front) | 4 Wheeler | Double Wishbone | Anti-Ackerman

6 9 Intermediate
In this video tutorial, i have shown how to make Front Suspension and Steering geometry of a 4 wheeler. Here, I have taken an All terrain Vehicle(ATV) suspension and steering system for reference, but same approach can be applied while designing for Standard cars and other vehicles. Only the parameters will change according to the type and dynamics of the vehicle. Suspension type- Double Wishbone Steering geometry type- Anti-ackerman Model link:- https://grabcad.com/library/suspension-and-steering-geometry-4-wheeler-1 Basic Parameters used :- 1. Wheelbase= 55 inches 2. Trackwidth= 52 inch (Front and Rear same) 3.Front Ground clearance= 15 inches 4. Rear Ground clearance= 14 inches 5. KPI angle= 7° 6. Castor angle= 12° 7. Knuckle length= 6 inches 8. Spindle length= 120 mm 9. Spindle length (for wheel nut)= 75 mm 10. Steering Arm length= 80 mm 11. Steering Arm angle with spindle= 110° 12. Tyre Outer Diameter= 23 inches Please note that these parameters are used just for educating and learning purpose. Concrete calculations and certain other important factors related to Vehicle dynamics and Handling along with suspension analysis are considered and performed before designing any suspension and steering system of any vehicle. But these values are close to the standard industry values. I also used them in various college level projects. So they can be used as reference values. If you found the video informative, please Hit the Like button, Comment any doubts/issues related to the content in the video and Please share among your friends and colleagues. Stay tuned with us for more contents related to Designing and Racing game-plays.

Circular rack and pinion mechanism for steering in Solidworks

6 1 Beginner
Our facebook Page : https://www.facebook.com/EngineeringExplanation Our website : www.engineerknow.com FREE COURSE LINK SOLIDWORKS BEGINNER TO ADVANCE : https://youtu.be/iYYHmvnlSQo Solidworks animation and Motion analysis udemy course link : https://www.udemy.com/course/solidworks-animation-and-motion-analysis/?referralCode=8F40E7F83856CFF0C5FE [if you need discount coupon message me on my facebook page] our new Youtube channel : Engineerknow : [ for understanding how the machine works and other engineering thing] https://www.youtube.com/channel/UCU5LqyPgX7E8ri4G8ag9xZQ Mechanical Coder : [Coding in Python for mechanical engineers] https://www.youtube.com/channel/UC__7TWjURc7KnChqoQrAYoQ for INDIAN ONLY : https://www.youtube.com/channel/UCDws0ifI1mdQHgJWUSBzrOA

Steering Wheel

2 0 Intermediate
This tutorial how to design a steering wheel by Surface feature

Weight Reduction of Steering Knuckle

0 0 Intermediate
Hello everyone, this is a quick video I have made on how to do weight reduction in your Steering knuckle or in any design. Take great help from it and enjoy. Let me know of any doubts or issues in the comment section.