Manufacturable Chassis and wheel Design -- 3

@Ryan15222

Hi, I would be glad to support your collegiate off-road ATV project by delivering a fully fabrication-ready chassis design, not just conceptual CAD. My background is in taking vehicle structures from early layout through analysis, drawings, and successful shop-floor execution. I can contribute across the full workflow: Collaborative definition of chassis architecture and material selection (steel, aluminum, or hybrid) based on strength-to-weight, cost, repairability, and competition rules Guidance on a robust off-road suspension concept with realistic packaging and pickup loads A complete 3D SolidWorks weldment model, including brackets, mounts, weld access, and service clearances FEA validation for torsional rigidity, crash and suspension loads, and rule compliance Manufacturing drawings with GD&T, tube cut lists, bend data, weld symbols, and a consolidated BOM A concise build brief covering material procurement, jig setup, welding sequence, and inspection Ongoing DFM support to catch manufacturability risks before fabrication begins I have delivered off-road and competition-grade tubular structures through real fabrication, where tolerance stack-up, weld sequencing, and student skill levels matter. My design reviews are structured to minimize rework and keep teams on schedule and within budget. Tools: SolidWorks (CAD, drawings, GD&T), ANSYS / SolidWorks Simulation for FEA. Best regards,

@miskinarati

Hi there, I would be happy to assist with manufacturable chassis and wheel design for your project. With expertise in mechanical design, CAD modeling, and FEA analysis, I can ensure an efficient and accurate solution tailored to your project needs. Approach: I will review your requirements and reference designs to define the chassis and wheel design criteria. I will create detailed 3D CAD models using SolidWorks or a preferred CAD tool with all manufacturing features, clearances, and assembly interfaces. I will validate the structural performance using FEA under relevant load cases, optimize for weight and manufacturability, and iterate based on your feedback. I will also prepare detailed drawings and documentation for fabrication. Deliverables: 3D CAD models of chassis and wheels FEA validation reports Manufacturing drawings with dimensions and tolerances Material specifications and bill of materials Timeline: To be determined after discussing project scope. Budget: Open to negotiation based on complexity. Looking forward to collaborating on this project. Let’s connect to discuss further. Best regards, Arati

@gzarali

Hi, I’m a multidisciplinary engineer focused on design + analysis, delivering production ready CAD and simulation-backed solutions. I work across mechanical and architectural scopes, with clear drawings, practical detailing, and fast communication. Feel free to check my profile for similar projects ,happy to review your scope and suggest the best next steps. G. Zaralı

@ENZD

Drawing from my extensive experience in 3D modeling, I can provide exactly what you need for your off-road ATV project. I'm adept at using mainstream, production-oriented platforms such as SolidWorks and can ensure that your chassis design not only meets but surpasses the strength-to-weight and cost targets. My work is not limited to just CAD exercises; I understand the real-world constraints of fabrication and will ensure every tube, bracket, joint, and weld is ready for manufacture. To this end, I'll conduct a detailed Finite Element Analysis (FEA) on the design to validate torsional rigidity, crash loads, and competition rule compliance. My design package will include fully dimensioned drawings with GD&T, cut lists, tube bend data - everything you need for a smooth shop floor production process. Drawing from my advanced 3D printing skills, I can even provide high-quality prototypes if required. When it comes to DFM guidance, I go beyond just flagging manufacturability traps; I suggest effective strategies and offer creative solutions to prevent redesign loops during fabrication. In terms of communication and hand-off processes, I strive to maintain a collaborative approach throughout design reviews and provide concise yet comprehensive briefs to ensure a seamless transition from design to production. Choosing me means choosing a design partner who not only has the expertise but also the passion for projects like these - let's build something amazing together!

@gumustenresit

As a manufacturing-centric Mechanical Design Engineer, I truly understand the art of turning concepts into detailed, real-world-ready geometries, while championing production constraints such as CNC machining and sheet metal fabrication. My priority is to produce a digital model that not only appeases our aesthetic senses but is also wieldable by your team on the shop floor. In line with your project description, my design approach always incorporates considerations such as material management, manufacturability traps identification, and Functional analysis to avoid unnecessary design loops and time wastages. In terms of communication and collaboration, I'm highly organized in managing designs reviews and hand-offs. Expect regular updates during each stage of the process to ensure we are always on the same page. I'm naturally inclined towards an iterative working style which no doubt applies heavily to a project of this nature. In conclusion, my experience, software toolset & approach will align extremely well with the requirements of your ATV project - and I'm excited at the possibility of lending my expertise to such an exhilarating undertaking!

@hanee369

Having spent over a decade honing my skills in 3D Modelling and Manufacturing Design, I’ve developed a comprehensive understanding of the precise specifications crucial for your collegiate ATV project. My experience extends far beyond mere cosmetic CAD exercises, as I emphasize real-world constraints and manufacturability. This helps eliminate time-consuming redesign loops, evident in my timely delivery of high-quality drafts which reflect diligent planning for production. Your project description called for expert collaboration and I intend to deliver, leaving no stone unturned during the entire process; from material selection based on strength-to-weight ratio, cost benefits, to implementing a suitable suspension concept through FEA validation of torsional rigidity and crash loads. A standout feature of my work is my keen attention to detail. You can rely on fully dimensioned drawings with GD&T, cut lists, tube bend data as well as a concise build brief. Choose me today and let's start engineering an off-road ATV that's optimized for performance while keeping manufacturability at the forefront.

@kadek37

Hello, My name is Kadek Wahyudi. B.Eng., M.Eng. I am offering my services for this project because I have considerable experience in the field of FEA. If you would like to discuss the project with me, I can provide several reports on work I have completed in the field of FEA, with a focus on structures I can also send you proof of the work our team has completed that is relevant to the project you are offering. Thank you.

@Mayanks010

Hi there, You’re absolutely in the RIGHT PLACE. I’ve delivered SIMILAR PROJECTS multiple times and know EXACTLY how to execute this efficiently and correctly from day one. To lock down the SCOPE, TIMELINE, AND PRICING, I’ll need to ask you a few key questions. Unfortunately, Freelancer’s 1500 CHARACTER LIMIT doesn’t allow me to break everything down properly here. Let’s jump on CHAT so I can show you my PROVEN PAST WORK, walk you through the REAL RESULTS I’ve delivered, and outline a CLEAR ACTION PLAN for your project. You’ll immediately see why my approach is DIFFERENT and EFFECTIVE. If you’re serious about getting this done RIGHT, I’m ready to move forward. Looking forward to CONNECTING and WINNING TOGETHER. Cheers, Mayank Sahu

@jiighalot

Hi I saw your bid and we team complete the project as your requirement we have good experience in mechanical industrial and 3 d or 2 d drawing

@juanpablom4

I’m a mechanical designer with strong experience in Autodesk Inventor and Fusion 360, and hands-on background delivering shop-ready CAD for laser-cut parts and assembly of packaging machinery in stainless steel and aluminum. I can build a fully parametric ATV chassis weldment model with correct joints, brackets, mounting points, and service clearances; run FEA for torsional rigidity and crash-load cases; and provide fabrication drawings with GD&T, tube cut/bend data, weld map, and a consolidated BOM. I work in short review sprints to flag manufacturability risks early and avoid redesign loops.

@mohamedj97

As part of our engineering project, we believe hands-on fabrication is essential for gaining practical expertise. Our workflow will proceed as follows: ​Material Selection: We are evaluating Steel (for superior strength) versus Aluminum (for weight reduction). We will first identify available market standards to ensure our design is manufacturable. ​Engineering Analysis: Based on available profiles, we will calculate structural loads and determine the optimal cross-sections that bridge the gap between theoretical requirements and market availability. ​Simulation (FEA): Using ANSYS, we will perform stress analysis, specifically focusing on Torsional Rigidity and Impact Tests at a 3g load (three times the vehicle's weight) to simulate harsh ground conditions. ​Fabrication: To ensure high-quality joints and structural integrity, we will utilize TIG welding.