Juria CAD Model, Description of Parts, and Assembly Details
![Image](https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEhRUXlXdTmCEVfKpGnHv7ym7XTEmMj3X2jhTK4dJUe7MBVNrWzTIew5oUh2IbIZi8-p-lKbSXmSN99W1cxoCqxnLT_mOtaM1s4X1Pqely-X5Iz1-BpgNU1Si91gXk2H_KAh-ArB4Hg8Ey_f5-wzb6Ylb2x_j8FwqUxHSDlSE2LkoXG02CrbnjswupbrgDk/s16000/Screenshot%20(57).png)
This is one of the initial 3D renderings, showcasing the key components that make up the Juria. Each component serves a specific purpose, contributing to the final Juria design. The battery will be mounted in the center of the rig and will power both motors. Placing the battery in the center helps to distribute weight more evenly across the vehicle or device, improving balance and stability. In the Juria, which will prioritize safety and practicality, this can lead to better handling and reduced body roll during turns. A centrally mounted battery also lowers the center of gravity, improving overall vehicle dynamics, and making it more stable and safer. The vehicle's center is often the safest location in the event of a collision or damage from the underside. While traversing through rugged trail terrain, mounting the battery in the center protects it from damage, which is crucial since batteries can be hazardous if ruptured. The front wheel will be able to gyrate around itself and