3D Model
Baja SAE Vehicle
mechanical engineering senior design project in King Fahd University of Petroleum & Minerals (KFUPM). The project was to design a suspension and four-wheel drive system for Baja SAE vehicle. We selected a double
3D Model
vehicle-chassis
The Vehicle Chassis 3D CAD model is a meticulously crafted representation of the structural framework that forms the foundation of a vehicle. This digital rendition showcases the intricate details, precise
3D Model
Solid Works Car suspension design
CAD model of a Multi-Link Car Suspension System. This independent suspension architecture relies on intricate multi-joint linkage systems to maximize tire contact and vehicle stability through complex kinematics
3D Model
VEHICLE DESIGN & PACKAGING PROJECT
VEHICLE DESIGN & PACKAGING PROJECT In this project done by help of CATIA V5 (Boolean Operation ,Generative shape design , Assembly design) Package Fundamentals Of Vehicle Design & Packaging – 1. sketch
3D Model
Hornet Racing Baja S.A.E. Front Suspension (2016)
Baja SAE is a collegiate student design competition, in which students design, manufacture, and compete with their vehicle in off-road terrain conditions. All competing vehicles are limited to a 10 hp
3D Model
Coil Spring Suspension Assembly In SolidWorks
Today I am showing you the design of the shock absorber assembly made in SOLIDWORKS Dassault Systèmes This assembly was made using bottom up approach Parts used in these projects are: 1. COIL SPRING 2
3D Model
Wheel assembly for an Electric Vehicle
The project entailed the meticulous design and development of the front wheel system for an Electric Vehicle. Extensive research and analysis were conducted to understand the intricate interplay of forces
3D Model
Tublar Chassis For Urban Vehicle Competation
# Urban Vehicle Chassis This many trial design for an EVehicle competition during learning phase until manufacturing phase ## Design - Use Frame Generation tools in Inventor - Use Ergonomic for make it
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Development of a vehicle chassis for the Formula Student competition.
2. Simulation of the suspension system with MSC Adams Car. 3. Simulation of the vehicle with MSC Adams Car. 4. Mechanical design of the suspension and steering systems. 5. Design and optimization of ARB
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Unmanned Ground Vehicle (UGV) – Military Grade Autonomous Platform
Tadpole Projects Pvt. Ltd., IIT Delhi, I collaborated on designing and developing an Unmanned Ground Vehicle (UGV) optimized for military applications. This rugged UGV was built for autonomous reconnaissance