I will design 3d custom grass cutter product with tech pack

A
austin_1110
A
austin_1110
Austin

About this gig

Grass cutters are built for one of the harshest working environments a consumer product can face heat, vibration, debris impact, dust, moisture, and hours of continuous use. Designing one that survives all of that while remaining comfortable, safe, and manufacturable is a challenge most designers underestimate.

I do not underestimate it.

From push mowers and self-propelled rotary cutters to brush cutters, string trimmers, and battery-powered cordless systems I design outdoor power equipment that is engineered from the inside out. Blade housing geometry, vibration dampening systems, handle ergonomics, guard placement, motor housing clearances, fuel or battery integration, and weather-resistant enclosure design all come together in every project I take on.

My clients include outdoor equipment brands launching new product lines, manufacturers developing commercial-grade machinery, and entrepreneurs entering the growing battery-powered garden equipment market.


Your product will look sharp in a listing and hold together on a factory floor.


Share your idea and let us design it

Delivery style preference

Please inform the freelancer of any preferences or concerns regarding the use of AI tools in the completion and/or delivery of your order.

Get to know Austin

Austin

EIT AND CSWP PROFESSIONAL CERTIFIED PRODUCT DESIGNER

  • FromRomania
  • Member sinceAug 2026
  • Avg. response time8 hours
  • Languages

    English
I am a professional and CSWP product designer specializing in precision-engineered, manufacture-ready products. With expertise in mechanical engineering, CAE analyst and advanced CAD modeling, I design products that are functional, refined, and built for production. My work spans consumer goods, tactical equipment, outdoor gear, and mechanical components. I deliver accurate 3D modeling, photorealistic rendering & complete technical documentation, giving clients everything they need from concept to factory floor. Tools: SolidWorks, Fusion 360, Rhino, Blender, KeyShot, Cinema 4D and more.

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