Design 30 m Underwater Action Camera

@DamianRaffaele

Hi, As a Senior Industrial & Product Designer (FADU-UBA) with 9+ years of experience, I specialize in turning product concepts into factory-ready reality. Beyond aesthetics and ergonomics, my primary focus is production viability. Working in SolidWorks, I apply strict DFM (Design for Manufacturing) principles across any material combination. By optimizing draft angles, wall thicknesses, and tolerances from day one, I minimize your tooling costs and eliminate factory errors. You will receive complete factory-ready deliverables: -Universal 3D CAD (STEP, IGES, Parasolid) -2D manufacturing drawings with tolerances and BOM -High-end 4K photorealistic renders (KeyShot) Click Chat to review your technical requirements. I am ready to start immediately. Best regards, Damian Raffaele Senior Industrial & Product Designer

@manusharma2992

With my extensive experience as a multi-skilled Engineer, CAD Designer, and Product Designer, I am well-prepared to tackle the challenges your underwater action camera project demands. Your project, Spear Vision, requires a unique combination of skills from industrial design and mechanical engineering to underwater product and rugged electronics expertise - all of which I have in abundance. My proficiency with AutoCAD, SolidWorks, Fusion 360, and more will enable me to deliver detailed 3D models, engineering drawings, and manufacturing-ready designs with ease. Lastly, I believe my approach to design goes beyond just aesthetics; it should improve functionality and user experience. That's why I am particularly drawn to your project's need for minimal opening requirements; reducing seal damage risks while ensuring easy serviceability for professional maintenance. I look forward to collaborating with you on this exciting project and designing an action camera that exceeds all your expectations.

@kkirandeep582

As an experienced industrial designer and mechanical engineer, I am particularly excited for the opportunity to collaborate with you on your Spear Vision project, developing a specialized action camera for underwater use. With a profound understanding of not only 3D Modeling and Product Design but also the complexities of creating wearable technology, I am confident in my ability to design an innovative product that meets all your identified specifications. Moreover, my extensive experience in handling similar rugged electronic projects - especially those deployed around water - guarantees added value to the overall outcome. From selecting corrosion-resistant materials suitable for saltwater use to developing effective thermal management strategies to counter overheating risks during high-quality recording, my eye is on every single detail. You can trust me to create a prototype-ready CAD that considers all elements from the camera lens, circuit board, battery, storage, magnets, charging contacts to seals.

@Ryan15222

Hi, I’m a mechanical/product development engineer with 5+ years of experience in mechanical design, electronics integration, enclosures, prototyping and manufacturing. I work with SolidWorks, Fusion 360 and other professional CAD tools, and I can support both the mechanical and electronics packaging aspects of Spear Vision. I like your phased approach. For Phase 1, I would focus on proving the concept before investing heavily in production design. My initial engineering review would cover: - Camera, battery, PCB and storage architecture - Mask integration vs. detachable sealed camera/electronics pod - Weight distribution, visibility and diver comfort - Waterproofing strategy for ~30 m depth, including O-rings, sealing surfaces, fasteners and pressure-loaded components - Lens/window design and pressure considerations - Heat transfer from the electronics to the housing/water - Saltwater corrosion and galvanic-material compatibility - Charging/data interfaces and serviceability - Prototype manufacturing method and realistic cost - Major technical risks and recommended mitigations I would then develop the initial mechanical layout and CAD concept, including component placement, housing concept, sealing interfaces and a preliminary BOM, followed by recommendations for the functional prototype and pressure/leak testing.

@gzarali

I feel truly excited about your project and the opportunity to apply my extensive skills and experience as a mechanical engineer and industrial designer to develop your 30m Underwater Action Camera. My 12+ years of expertise integrating electro-mechanical systems especially in challenging environments like the ocean make me the best fit for your task, as I have successfully designed rugged electronics and wearable technology. I am well-versed in designing waterproof housings with excellent thermal management strategies that prevent overheating during 4K recording for an extended period. My portfolio also showcases my ability to develop practical layouts for camera systems, batteries, storage and charging systems while considering diver comfort, balance, visibility, serviceability, and overall safety. Importantly, I reckon with your desire for professional-grade products rather than disposables. To this end, my prowess in designing with corrosion-resistant materials suited to saltwater use combined with my knowledge of creating durable yet accessible sealed enclosures should make you confident in my ability to achieve your desired results. Through systematic pressure tests and repeated servicing strategies, I will ensure that your camera is properly sealed-duty ready.

@sakshis576

With a solid background in 3D CAD, Industrial Design and Manufacturing Design, I'm confident that I can assist you in realizing your Spear Vision project. My understanding of materials suitable for saltwater use, serviceability, diver safety, and waterproofing will be invaluable in meeting the target specifications of your underwater action camera. My expertise includes designing a layout for electronic devices, balancing weight distribution, preventing obstruction of vision while considering comfort which aligns perfectly with what you need. I not only assimilate well into a team but also provide crucial insights when it comes to product development. My past experience has had me encounter and effectively address technical risks, design sealed enclosures compatible with specified depths, create 3D CAD models and manufacturing drawings ready for a range of production needs. This guarantees that we will achieve a prototype-ready product that encapsulates your vision.

@hayteekeys

HI, KINDLY READ THROUGH MY PROPOSAL I will support the development of Spear Vision by delivering a practical, engineering-led first-phase design for the integrated underwater camera mask, focused on architecture, risk identification, sealing strategy and initial CAD ready for prototype testing. MY APPROACH ✅ Feasibility assessment and clear identification of major technical risks ✅ Practical product architecture (integrated, modular or sealed pod options) ✅ Mechanical layout prioritising comfort, balance, vision and serviceability ✅ Waterproof housing concept with O-ring strategy suitable for ~30 m ✅ Thermal management approach for 4K recording ✅ Initial 3D CAD concept plus preliminary BOM and prototype recommendations DELIVERABLES (Phase 1) - Feasibility and risk assessment - Product architecture proposal with layout options - Initial 3D CAD concept of housing and key components - Seal strategy, thermal concept and prototype manufacturing notes - Preliminary BOM and cost/complexity estimate for a functional prototype QUESTIONS 1. Preferred CAD platform (SolidWorks, Fusion 360, Creo, etc.)? 2. Any existing sketches, preferred mask form factor or target overall weight? 3. Budget range and preferred timeline for the first phase? Ready to start Phase 1 as soon as the NDA (if required) is in place and any existing references are shared.

@ssumitkumar7800

Spear Vision is exactly the kind of product where the mechanical architecture has to be proven before investing heavily in detailed CAD. I’d approach Phase 1 as an engineering feasibility exercise, not simply a 3D modelling task. I can review the concept and develop an initial architecture covering the camera/electronics module, battery, storage, charging interface, heat path, lens window, sealing strategy and mounting arrangement. I’ll specifically evaluate weight distribution, field of view, serviceability, corrosion exposure and the implications of a ~30 m operating depth. The first CAD concept would establish the housing geometry, component packaging, sealing interfaces and realistic manufacturing approach, while identifying the areas that require pressure/thermal/electrical validation before moving toward a functional prototype. One immediate concern I would investigate is the combination of 4K recording, internal battery and compact sealed volume: thermal transfer, pressure-rated lens/window design and repeated O-ring servicing need to be solved together rather than independently. I would also avoid treating a printed enclosure as dive-safe without appropriate pressure testing and validation. For Phase 1, I can provide the feasibility assessment, architecture/layout options, initial CAD assembly, preliminary BOM, key risks, prototype manufacturing recommendations and a structured next-phase plan. Best Regards, Sumit Kumar.

@Ahmadali9876

Are you looking for an Underwater Camera Housing & Wearable Product Design Expert? I am Ahmad. I have 9+ years of experience in SolidWorks, mechanical CAD, rugged product enclosures, wearable product design, sealing, DFM and prototype development. I can support the first phase of Spear Vision with a practical engineering-focused approach rather than simply creating concept visuals. I specifically evaluate O-rings, lens/window interfaces, corrosion-resistant materials, fasteners, charging contacts and pressure-sensitive areas before developing the initial CAD concept. Phase 1 Deliverables Feasibility and technical-risk assessment Product architecture proposal Internal component/layout concept Initial 3D CAD housing concept Sealing and serviceability strategy Preliminary thermal-management concept Prototype manufacturing recommendations Initial BOM/component recommendations DFM considerations Preliminary pressure/leak testing plan Prototype cost and complexity estimate Why Choose Me My focus is on functional mechanical design, manufacturability and identifying risks early. I will not assume that a 3D-printed enclosure is dive-safe; pressure testing and professional engineering validation will be required before underwater use. I work primarily with SolidWorks and can develop the design in phases so your initial budget is focused on validating the architecture before committing to full production engineering.

@danijelr1

Hello there , Good morning! I’ve carefully checked your requirements and really interested in this job. I’m a skillful mechanical engineer by using 3D CAD Software. I’m offering best quality and highest performance at lowest price. I can complete your project on time and your will experience great satisfaction with me. I’m well versed in Solidworks, AutoCAD, Fusion 360, 3D CAD, Mechanical Engineering, Product Design, Solidworks, Manufacturing Design, 3D Modelling and Industrial Design and several 3D CAD Software. I have rich experienced in Industrial & Mechanical design. For more information about me, please refer to my portfolios. I am checking your attachment, I'll update you shortly... I’m ready to discuss your project and start immediately. Looking forward to hearing you back and discussing all details.. If you have any questions, please let us know

@mikusg

Hi, how are you? I understand you need an industrial designer or mechanical engineer with underwater or rugged electronics experience to develop the first functional prototype of Spear Vision, a diving mask with an integrated 4K camera targeting 30 metres, internal battery, magnetic or pogo-pin charging, internal storage, wireless and wired transfer, sealed housing with minimal opening, and thermal management through a heat spreader. The first phase should focus on reviewing the concept, identifying major technical risks, producing a practical mechanical layout, creating an initial CAD concept, and estimating prototype cost and complexity. On experience, I served as Mechanical Design Engineer on a Pressure-Resistant Underwater Enclosure for a marine electronics client, specifying O-rings, seals, lens window strength, tolerances, and saltwater-resistant materials, and as Industrial Designer on a Rugged Wearable Camera Housing, handling internal layout, thermal management, charging contacts, and design for manufacture in SolidWorks. I use SolidWorks and Fusion 360. One immediate concern: 30-metre depth with a mask-mounted camera means pressure loading on the lens window, seal reliability, and weight distribution on the face all need early attention, and any housing must be pressure-tested rather than assumed safe. I'm ready to start work immediately. Best Regards

@petkov2

Hi, Mhuttley. I’m a Mechanical Design Engineer with 7 years of experience using SolidWorks 2025. I can help develop the first-phase mechanical concept for Spear Vision. I’ll focus on the waterproof housing, component layout, sealing strategy, weight balance, thermal management, and manufacturability. I’ll also identify the main technical risks early, especially pressure, sealing, corrosion, heat, and serviceability. I can provide the initial CAD concept, layout, feasibility review, prototype recommendations, and testing plan. I understand this is a phased project, so I can start with the first-phase feasibility and mechanical concept before moving toward detailed prototype development.

@oluwasogof

hello there, I would be interested in starting with your proposed Phase 1 rather than jumping straight into a production design. My approach would be to first review the concept and establish the mechanical architecture: where the camera, battery, PCB, storage and charging interface should be positioned, how the enclosure can be sealed and serviced, and how the weight and heat can be managed without interfering with the diver's vision or comfort. A few areas I would investigate immediately are the pressure loading at approximately 30 m, O-ring/gasket geometry and compression, lens-window strength, galvanic corrosion between dissimilar materials, heat transfer from the electronics to the housing, and how the charging interface can remain reliable in a saltwater environment. I also appreciate that you specifically stated that a 3D-printed enclosure should not simply be assumed to be dive-safe. Any underwater prototype should be treated as an engineering prototype and appropriately pressure-tested before being used at depth. My goal would be to give you an honest assessment of what will work, what needs further validation, and where the major risks are—before those problems become expensive during prototyping. Best regards, Oluwasogo

@Walesth

I bring more than 10 years of experience in mechanical design, machinery development and industrial systems, working from concept through to manufacturing. For this product design project, I can apply that experience to develop a compact, robust mechanical solution ready for prototyping and validation. I would first focus on key aspects of the product architecture: which electronic components are already defined — camera/sensor, lens, PCB, battery, memory and charging system — and whether dimensions, datasheets or CAD models are available, together with power consumption or heat generation during 4K recording. I consider thermal dissipation a potential critical point in this project. I would also like to understand the intended scope of Phase 1, particularly whether the first prototype should validate the architecture and packaging, or be ready from the start for pressure testing at 30 m. With this information, I can work on mechanical integration, component layout, sealing, optical window, thermal management, balance, materials, tolerances, serviceability and manufacturability, developing parametric CAD and the documentation required for prototyping. My approach would be to resolve the architecture and main mechanical risks first, without assuming that a solution that looks correct in CAD will necessarily perform correctly under real operating and validation conditions. Best regards, Walter