Rugged Product Development

We design products that survive shock, vibration, water, dust, and extreme temperatures, built for the environments where failure is not an option. Our work covers ruggedized electronics, sealed enclosures, vehicle-mounted displays and controls, industrial handhelds, and ground support equipment, designed to ratings like IP69 and MIL-STD-810. Rugged products fail at their weakest point, and that is usually where electronics, seals, and structure meet. Connectors loosen under vibration, boards flex on impact, and condensation finds its way into sealed housings. We design the electronics and the structure around them together, so component selection, board mounting, sealing, and thermal management all support the same durability target. Every program starts with a clear picture of the environment: the shock, vibration, temperature, moisture, and handling conditions the product will see in the field, and the standards it has to meet. From there we select materials and architectures, use FEA and thermal analysis to find weak points before the first prototype, and plan environmental testing with qualified labs. The result is hardware that holds up in the field and can still be built efficiently, with documentation and supplier support that carry rugged performance through to production.

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Designing for product durability and ruggedization is a specialty.

Our team blends creative design with domain expertise to build physically robust products.

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Ruggedized electronics

Electronics are usually the weakest point in a rugged product. Connectors loosen under vibration, boards flex on impact, and condensation finds its way into sealed housings. We design the electronics and the structure around them together, so component selection, board mounting, and cable routing all support the durability target.

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It starts with a clear picture of the environment: the shock, vibration, temperature, moisture, and handling conditions the product will see in the field. From there we choose architectures that deliver that protection without adding unnecessary weight or cost.

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Rugged multi-bay charging dock with a connected handheld device

Exploded view of a sealed rugged enclosure design

Ruggedized enclosures

The enclosure is the first line of defense. We design sealing systems, mounting strategies, and structures that keep electronics dry, clean, and secure. Simulation and analysis help us find weak points before the first prototype is built.

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We also design for the people using the product, with gloved operation, interfaces that stay readable in bright sun, and components that can be serviced in the field.

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IP Ratings and MIL-STD Ratings

Rugged claims have to be backed by test results. IP (Ingress Protection) ratings define how well an enclosure keeps out dust and water, from splash resistance up to submersion and high-pressure washdown. MIL-STD-810 defines lab test methods for conditions like shock, vibration, temperature extremes, humidity, and blowing sand and dust.

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We identify which ratings and test methods apply to your product early, design to them from the start, and support testing with qualified labs. Once the design is validated, we prepare full manufacturing documentation and support your suppliers through production.

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Rugged HMI system mounted on a work truck

Here’s what we can develop for you

Ruggedized electronics enclosures

Vehicle-mounted displays and controls

Defense and public safety equipment

Outdoor and off-road products

Industrial handheld devices

Ground support and utility equipment

How we can help

Product UI/UX Design

Use-case definition and interface design for physical products and medical devices, from controls and displays to feedback.

Technical Risk Reduction

Development plans, milestones, and design decisions built around the product and technical risks that matter most.

Proof-of-Concept Development

Test rigs, early models, and concept builds that challenge the assumptions behind a product before full development.

Electronics Packaging

Board mounting, connectors, cable routing, and heat paths that fit electronics cleanly and reliably into the product.

Engineering Analysis

FEA, tolerance stack-ups, and engineering calculations that answer design questions before prototypes and tooling.

Agricultural Equipment Design

Durable, serviceable ag equipment and components engineered for field loads, weather, and production cost.

Handheld Device Design

Ergonomic, durable handheld electronics with the housing, controls, electronics, and battery designed as one.

Radome Design

RF-transparent radomes and housings that protect radar electronics from sun, weather, and impact without degrading the signal.

Shock and Vibration Design

FEA, structural design, and mounting that help products and equipment survive drops, impacts, and constant vibration.

MIL-STD-810 Product Design

Design to the MIL-STD-810 test methods your product has to pass, from shock and vibration to temperature and dust.

IP-Rated Enclosure Sealing

Gaskets, seals, vents, and joints engineered to hit IP67, IP68, or IP69K and stay sealed in production.

Rugged HMI and Vehicle Display Design

Sealed, readable operator displays and controls for vehicles, heavy equipment, and radar systems.

Thermal Management for Electronics

Heat paths, spreaders, and material choices that keep electronics cool inside sealed, rugged, and RF-transparent housings.

Rugged Enclosure Design

Sealed, impact-resistant housings that protect electronics in harsh environments and can still be built efficiently.

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Testimonials

What our clients are saying.

"These guys get it. They are a rare blend of creative and technical talent. Honest, flexible, fun to work with and incredibly competent. As a designer, they make me look good, bringing my ideas to life through their insight and experience."

Preston Lewis, Co-Founder & CCO

"I have worked with the team at SGW on a handful of projects, and I continue to be impressed with the depth and breadth of talent and capabilities they bring to the table. SGW is easy to work with, competent, and they operate with integrity. They make you want to do more business with them. Highly recommend!"

David Sheehan, Engineering Manager

"The team at SGW Designworks was able to identify and test multiple solutions to a complex development challenge in a short period of time, then carry those findings over to a full development effort. This had a real impact on the speed of our development project."

Calvin Allan, Senior Program Manager

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Mechanical engineering, Electronics & Embedded Systems, Prototyping, Manufacturing setup

Mechanical Engineering Electronics and Embedded Systems Prototyping Manufacturing Setup

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