A clean, well-organized engineering workbench featuring a partially assembled mechanical prototype at center, built from precision-machined aluminum brackets, 3D-printed matte white housings, and neatly routed wire harnesses in colored sleeving. The bench surface is a light gray, scratch-resistant top with calipers, a digital multimeter, and a small open toolbox arranged with purpose. In the background, slightly blurred, are shelves with labeled bins of fasteners and components. Cool, even workshop lighting from overhead LED panels creates crisp, shadow-free illumination. Shot at eye level with moderate depth of field, the composition feels professional and methodical, emphasizing custom prototyping and hands-on engineering support in a photographic realism style.

Engineering Services

Prototyping, design, and troubleshooting support for sailing, electrification, and custom mechanical projects, from concept through validation.

Capabilities

An array of custom prototype components laid out on a dark, matte work surface: precisely machined aluminum brackets with brushed finishes, small anodized blue fittings, 3D-printed gears in ivory and charcoal, and a partially assembled wire harness with labeled connectors and heat-shrink tubing. A slim stainless steel ruler, precision screwdriver set, and a neatly coiled measuring tape frame the components. Overhead LED task lighting creates clean, accurate color and gentle, well-defined shadows. Shot from a directly overhead, bird’s-eye perspective with sharp focus across the frame, the composition feels organized and analytical, evoking a parts flat-lay used to explain capabilities in custom design, troubleshooting, and engineering support with a clean, modern photographic aesthetic.

CAD modeling, finite checks, and design-for-manufacture guidance to turn rough ideas into buildable components and assemblies.

An array of custom prototype components laid out on a dark, matte work surface: precisely machined aluminum brackets with brushed finishes, small anodized blue fittings, 3D-printed gears in ivory and charcoal, and a partially assembled wire harness with labeled connectors and heat-shrink tubing. A slim stainless steel ruler, precision screwdriver set, and a neatly coiled measuring tape frame the components. Overhead LED task lighting creates clean, accurate color and gentle, well-defined shadows. Shot from a directly overhead, bird’s-eye perspective with sharp focus across the frame, the composition feels organized and analytical, evoking a parts flat-lay used to explain capabilities in custom design, troubleshooting, and engineering support with a clean, modern photographic aesthetic.

Rapid 3D printing, fixture fabrication, and bench testing to validate fit, function, and durability before committing to full production.

Pricing

Prototype Scope

Typical prototype engagements start around $750–$2,500 for single parts or small assemblies, including CAD design and 3D printing. More involved troubleshooting or design validation projects commonly fall in the $2,500–$6,000 range, depending on complexity, testing needs, and iteration cycles.

✓ CAD design

✓ 3D printing

✓ Sail hardware

✓ Basic troubleshooting

Ongoing Support

Larger, multi-phase programs—such as high-voltage component development, full wire harness design, or complete system redesign—are typically scoped as fixed-fee projects starting around $5,000 and scaling with complexity, duration, and required on-site support. All work begins with a no-obligation discussion and custom quote.

✓ Wire harnesses

✓ HV components

✓ Design reviews

✓ Onsite visits

Project Inquiry

Share your goals, timeline, and technical challenges so we can scope a practical prototyping or engineering support plan together.

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