Parametric BWB Wing-Body CAD Design around Fixed VTOL Fan System

@kkirandeep582

Hello Sir Having worked in the aerospace industry for several years, I have developed a strong understanding of aircraft design and aerodynamics- a perfect fit for your parametric BWB Wing-Body CAD project. My proficiency in varied CAD software such as Fusion 360 and CATIA ensures that I can adapt seamlessly to your project requirements. With my mastery over 3D modelling, I am confident in delivering a clean, watertight CAD model while adhering to the pre-defined fixed VTOL fan system. In addition to my adeptness with technical design, I bring a creative yet thorough approach to my work. As this is not solely a CAD drawing task but requires intricate knowledge of aerodynamic shapes, my experience working on various UAV designs proves invaluable. Even though I may not be particularly well versed in OpenVSP, I am quick to learn and adapt to new tools, which means you can rely on me for a seamless integration into your team.

@manusharma2992

With an extensive background in aeronautical engineering and design, I am confident that I can offer you the solutions you need for your hybrid VTOL aircraft project. My CAD skills include proficiency in SolidWorks, AutoCAD, and Fusion 360 which will be extremely valuable in creating a clean, parametric CAD model of the outer wing-body geometry as per your specifications. Moreover, my understanding of aerodynamic surfaces ensures that I focus on much more than just mechanical design - it's about giving your aircraft optimum performance capabilities. I understand the significance of keeping the central fan, duct, and closure system untouched and hereby affirm that they will remain unchanged throughout the design process. Leveraging my experience in designing UAVs and aerodynamic shapes, I guarantee a smooth integration of the rear flap/rear wing structure along with the two rear propulsors using a tilt concept of ±40°. To drive your confidence even further some of my concurrent yet relevant competencies include: technical documentation for improved project coordination and communication, responsive web design - ensuring optimal user interaction, and mechanical engineering which informs all my designs for manufacturability. Chenrylic is uniquely positioned to give you not only top-notch deliverables but also constant support throughout the project. MaterialApp me today to chat more details on how we can elevate your project!

@worldarcpart

Hello; We are interested in your Parametric BWB Wing-Body CAD Design around Fixed VTOL Fan System project. We are a professional team of expert architects from all over the world. Our team offers the highest quality and most effective projects with over 14 years of experience and works with a focus on 100% customer satisfaction. When you choose us, you will have a final delivery that exceeds your expectations. We look forward to working with you! Take a look at our past work on our portfolio: https://www.freelancer.com/u/worldarcpart Kind Regards WORLD ARCHITECTURE PARTNERS

@rvwebfreelancing

Hi there, BWB aircraft design requires controlled parametric surfacing, aerodynamic continuity, and careful integration around fixed propulsion geometry to maintain flow efficiency. We can develop a clean, watertight parametric wing-body model around your fixed VTOL fan, with smooth aero surfaces, rear control integration, and propulsor tilt accommodation. To proceed accurately ✅ Can you share the existing fan/duct CAD and envelope constraints? ✅ Target flight regime (speed range, Reynolds, mission profile)? ✅ Any airfoil preferences or stability/control requirements? Check portfolio: www.freelancer.com/u/rvwebfreelancing/mech We will be happy to address any questions and ensure a smooth project process. Ready when you are. Buildtrix Studio

@sakshis576

With a comprehensive understanding of aerodynamic geometry and proven expertise in 3D modelling, including SolidWorks and CATIA, I am an ideal fit for your project. Throughout my career in design and calculations, I have consistently translated complex concepts into practical designs that adhere to industry standards. Ensuring utmost compatibility with simulated environments, I will deliver a clean, parametric CAD model of your aircraft's outer wing-body configuration as per the predefined central fan, duct and closure system. Beyond just mechanical CAD, my familiarity with aerodynamic surfaces could prove to be invaluable for your project. Having worked extensively with UAV design, I'm well-versed in both the challenges and potential solutions encountered when integrating propulsors like the e-Genius-style ones. Additionally, I embody the "parametric" approach you seek: I understand how to create flexible, adjustable designs that can adapt to varying conditions such as your propulsor tilt concept of ±40°. Lastly, my experience doesn't end with CAD models; it extends to their practical application. For instance, generating simplified aerodynamic models that provide a holistic understanding of your aircraft's performance. To sum up, choosing me for this project aligns expertise commensurate experience and gilt-edged accomplishment to make your hybrid VTOL aircraft soar!

@awaisshehaz

I can create a clean parametric BWB wing body CAD design around your fixed VTOL fan system with accurate geometry and adjustable design features. I’ll ensure smooth aerodynamic form, proper fan integration, clear communication, and revisions until the CAD model matches your requirements.

@mouniridmed

Hello I'd be glad to help. Could you share any reference files, required formats, and the deadline? I am an experienced CAD/CAM designer specializing in CATIA, SolidWorks, and AutoCAD, with over 10 years of professional freelance and teaching experience. I excel at transforming 2D plans into precise, detailed 3D models, creating accurate assemblies, parts, and visualizations ready for manufacturing or prototyping. With my expertise in Part Design, Generative Shape Design (GSD), Drafting, and Assembly Design, I deliver high-quality, production-ready models in STL, STEP, OBJ, or FBX formats. I am detail-oriented, efficient, and committed to exceeding client expectations. Best regards, Mounir

@Mahihassi

As a seasoned mechanical engineer with a keen appreciation for the nuances of aerodynamic design, I believe my team at MHTechFusion brings immense value to your project. We have exceptional skills in 3D CAD modeling and mechanical design, specifically in SolidWorks, Fusion 360, and CATIA, much aligned with your requirements. Our extensive experience in transforming ideas into practical, manufacturable designs will be invaluable in creating a clean, parametric CAD model that resonates with your fixed VTOL fan system. In our previous projects, we've created complex parts and assemblies from scratch, simulating real-world conditions to ensure optimal functionality. With an understanding of aerodynamic surfaces that goes beyond mechanical CAD, we are equipped to redefine your outer wing-body geometry in line with the BWB configuration. Our commitment is not just to design but also to reliable solutions - a key attribute when tasked to create an aircraft that effectively integrates rear propulsors.

@humartist101

Hi there, Are you in need of aerodynamic CAD designer for hybrid VTOL aircraft with BWB wing body configuration. I can model outer geometry around fixed lift fan with rear propulsors tilt system and provide simulation ready CAD. I have experience in 3D modeling using 3ds Max, Blender, Maya, and Revit. I can create product models, jewelry designs, or any custom 3D work with high-quality results. You can view my previous work here: https://www.freelancer.com/portfolio-items/8805259-3d-blender-spider-funko-pop https://www.freelancer.com/portfolio-items/10388215-3d-product-models Thanks & Regards, Humayo.

@StarSpark3D

With years of experience as a 3D Modeling and 3D Printing Specialist, I offer a unique blend of expertise in engineering and design that makes me the best fit for this project. I'm well-versed in the design-to-manufacturing workflow and equally savvy using SolidWorks, Fusion 360, or CATIA; tools suitable for this task. Having collaborated on a diverse range of projects- from mechanical components to functional prototypes, it is clear that my skills are transferable to aircraft design. Importantly, I understand that this is not merely a CAD drawing task, but rather a process that demands a deep comprehension of aerodynamic geometry; an aspect that separates me from other candidates. In addition to working to exacting standards ensuring dimensional accuracy and manufacturing compatibility with all my models, I'm well-versed in working with materials such as Nylon and Resin which bodes well for any future tests you'll be planning. Lastly, my familiarity with OpenVSP will further facilitate our collaboration on this project as it is one of your desired qualifications. All these factors combined ensure that my deliverables will consist of not just a clean, watertight CAD model for simulation but also an aerodynamic model that is strategically designed to optimize performance, function, and durability. So let's turn your aerospace vision into an impressive reality!

@engrhasan01

Are you looking for a clean, simulation-ready BWB geometry built around your fixed VTOL fan system without disturbing any critical components? I’m a Mechanical & CAD Design Engineer with 5+ years of experience in aerodynamic CAD modeling, parametric design, and UAV configurations, including blended wing-body concepts. Approach • Import and lock your existing fan, duct, and closure system as reference geometry • Develop a parametric BWB outer surface (airfoil blending, smooth curvature transitions) • Design rear structure with integrated propulsors (±40° tilt concept) • Ensure watertight, clean geometry suitable for CFD/simulation • Maintain scalability via parameters (span, sweep, thickness ratios) Deliverables • Full CAD model (STEP + native SolidWorks/Fusion file) • Simplified aerodynamic model for CFD • Key views (top, side, front, sections) • Brief design report explaining aerodynamic choices Tools • SolidWorks / Fusion 360 • (Optional) OpenVSP for aerodynamic validation Focus • Smooth airflow integration around central fan • Stable lift distribution and control surface placement • Manufacturable and simulation-friendly surfaces I understand the importance of aerodynamic integrity + parametric flexibility, and will ensure a clean, professional result ready for analysis. Best regards, Hasan

@Zebinisob

Hi, good day! I would like to apply for this project. I can create a clean, parametric BWB outer wing-body CAD model around your fixed VTOL fan system, ensuring full geometric compatibility without modifying your existing central fan/duct geometry. I have experience with aerodynamic surface modeling and parametric CAD workflows in Fusion 360/SolidWorks, including UAV and clean-sheet aero shaping. I can deliver a watertight model suitable for simulation along with a simplified aerodynamic version and clear design notes. I look forward to this project being awarded to me. Thank you.

@Ahmedk074

Hi , I’ve reviewed your job posting and see that you’re looking for someone skilled in Mechanical Engineering, AutoCAD, Aeronautical Engineering, Aerospace Engineering, 3D Modelling, Fusion 360, CAD/CAM, CATIA, Mechanical Design and Technical Documentation—this aligns perfectly with my experience and expertise. I’d be happy to assist you with this project and ensure high-quality results that meet (or exceed) expectations. Before we proceed, I’d appreciate a bit more clarity on a few points: Are there any additional requirements not mentioned in the job post? Has any work been done on the project, or will we be starting from scratch? What is your expected timeline for completion? Why Partner with Me? I have successfully completed over 250 major projects across various industries. Over the past 5–6 years, I have maintained a spotless track record with no negative feedback. My most recent 100+ major projects all received 5-star ratings, reflecting high client satisfaction. I work full-time as a freelancer and am available daily from 9 AM to 9 PM EST. Due to confidentiality agreements, I’ll share relevant examples of my recent work in a private message. Looking forward to discussing your project in more detail. Best regards, Ahmed

@hayleyc27

I am an aerospace CAD designer with experience in parametric modeling and unconventional aircraft configurations, and I am excited to support your blended wing body (BWB) design project around a fixed VTOL fan system. My background includes developing aerodynamic surfaces, integrating propulsion constraints into geometry, and building fully parametric CAD models that allow rapid iteration. I understand the challenges of balancing lift distribution, structural layout, and propulsion integration in BWB concepts, especially when accommodating fixed fan systems. For this project, I will create a robust parametric CAD model that defines the wing-body geometry, internal ducting space, and fan integration envelope. Using tools such as SolidWorks or Fusion 360, I can build adjustable parameters for span, chord distribution, airfoil profiles, and fan placement to enable efficient design exploration. I will also ensure the model supports downstream analysis, including CFD or structural evaluation, by maintaining clean surfaces, proper continuity, and organized feature trees.

@revival786

Greetings, I understand you need a parametric CAD model of a BWB wing-body aircraft designed around a fixed central lift fan (no modifications to fan or duct). You need outer contour, rear flap, integration of two rear propulsors with ±40° tilt capability. Clean, watertight CAD for simulation. Deliverables: STEP and native files, aerodynamic model, screenshots, and design explanation. Here is how I will work: I will use SolidWorks or Fusion 360 to create a parametric BWB model. I will import your fixed fan geometry and design the wing-body around it, ensuring a smooth aerodynamic outer contour. I will add rear flap or wing structures and tiltable nacelles for the two propulsors based on e-Genius style. The model will be watertight and ready for simulation. I will provide a simplified aerodynamic surface model (IGES or STEP) as well. I understand aerodynamic surfaces and BWB concepts. I can provide examples of past aircraft CAD work. I am ready to begin as soon as you share the fixed fan, duct, and closure system CAD files in a neutral format (STEP or Parasolid). Thanks, Revival

@viktoria82

Hello, This isn’t a standard CAD task—and that’s exactly where I can add value. I specialize in parametric aerodynamic modeling and can design a clean Blended Wing Body (BWB) around your fixed VTOL fan system without altering core components. I’ll develop a smooth, simulation-ready outer geometry, integrate rear propulsors with ±40° tilt, and ensure proper aerodynamic continuity (airfoil transitions, control surfaces, and flow-friendly contours). My workflow (Fusion 360 / SolidWorks + aerodynamic validation approach) focuses on watertight, scalable parametric models. You’ll receive STEP + native files, simplified aero models, and clear design rationale.

@NSSTUDIO25

As a dedicated 3D visualization and design team, North South Studio, we are confident that we possess the expertise essential to deliver exceptional results for your hybrid VTOL aircraft project. With a strong background in product visualization, architectural design, and 3D modeling, we have honed the skills necessary to excel in intricate CAD tasks such as this. Our portfolio demonstrates our proficiency in creating accurate, clean designs with a focus on visual impact, ensuring that the final model not only meets but exceeds your expectations. The fact that we understand the distinction between just mechanical CAD and aerodynamic geometry makes us the ideal candidate for this specific venture. Furthermore, our commitment to clear communication and reliable turnaround times is crucial when it comes to maintaining an efficient collaboration during a project implementation. We believe in providing more than just deliverables; we aim to offer an added value through strategic explanations of design choices. Time after time, clients have lauded our work not just for its aesthetic appeal but also for its problem-solving capabilities. We look forward to applying these esteemed talents to your unique BWB Wing-Body project and delivering excellent results on time and within budget.

@letswork92

I understand that you are seeking an expert to design a parametric CAD model for a hybrid VTOL aircraft while strictly adhering to the existing fixed geometry of the central fan and its components. This is a complex task that requires not only CAD proficiency but also a deep understanding of aerodynamic shapes and their implications in flight performance. With over 12 years of experience in aerodynamics and CAD design, I am well-versed in tools like SolidWorks, CATIA, and Fusion 360. My background includes creating clean, parametric models that meet specific aerodynamic criteria, ensuring efficient integration with existing structures. Additionally, my familiarity with BWB configurations enhances my ability to deliver innovative solutions tailored to your project needs. I would love to know more about your design preferences regarding the rear flap structure and propulsor tilt concept. This insight will help me align my approach with your vision effectively. Looking forward to collaborating on this exciting project!

@yoshikos

Hello I am excited to assist with your hybrid VTOL aircraft project. With experience in aerodynamic CAD modeling and aircraft design, I can create a clean, parametric BWB wing-body around your fixed central lift fan without modifying it. Designing the outer wing-body, rear flap/wing, and rear propulsor integration with ±40° tilt. Delivering watertight, parametric CAD suitable for simulation (STEP + native format). Providing simplified aerodynamic models, screenshots, and a brief explanation of design choices. I have hands-on experience with [SolidWorks/Fusion 360/CATIA], aerodynamic surfaces, and UAV/BWB configurations, ensuring your design is both accurate and simulation-ready. I look forward to helping bring your VTOL concept to life. Best regards,