Autec Italia

Focus – One-Handed Industrial Remote Control

Designed for precision and durability, Focus offers ergonomic one-handed operation for cranes and industrial machinery. With an IP65 rating and intuitive controls, it ensures reliability in demanding environments.

Industrial Design

Ergonomics

Heavy-Duty Equipment

IP65 Protection

Usability & Safety

CAD

PROJECT

OVERVIEW

A rugged and ergonomic wireless remote control designed for heavy-duty industrial environments.

Engineered for one-handed operation, the device features an intuitive interface, IP65-certified durability, and an anti-slip surface for enhanced safety and usability.

The design ensures seamless control in demanding conditions, improving efficiency and user comfort in industrial applications.

⚡ ROLE

Product Designer

👥 TEAM

▫ 1 Product Designer

🧰 TOOLS

▫ SpaceClaim, Rhino, Fusion360 (3D Modeling)
▫ Keyshot (Rendering)

📆 TIMELINE

▫ 4 Weeks
▫ September 2019

RESEARCH

& DESIGN PROCESS

I. Problem Identification & Research

Developing a durable, ergonomic, and intuitive industrial remote required research on user needs, materials, and environmental challenges.

🔬 Key Findings:
🟢 Operator Fatigue → Heavy and unbalanced remotes cause strain over time.
🔵 Harsh Conditions → Dust, oil, and water shorten device lifespan.
🟡 Inefficient Interfaces → Cluttered layouts reduce usability and precision.

💡 Expert Input:
▫ Machine operators → Ergonomics & control layout.
▫ Material scientists → Durability & maintenance.
▫ Human factors specialists → Grip & accessibility.

II. Concept Development & Ideation

Design goals: lightweight, resilient, and intuitive.

🛠 Key Features:
✅ One-Handed Use → Compact & balanced for precision.
✅ Industrial Durability → Oil-resistant, easy-to-clean materials.
✅ Streamlined Interface → Logical button placement & clear feedback.

✏️ Prototyping Process:
▫ Sketching → Form & button exploration.
▫ 3D Modeling → Ergonomic refinement.
▫ User Testing → Grip, weight, and responsiveness validation.

III. Prototyping & Testing

🛠 Prototyping Stages:
▫ Low-Fidelity Models → Foam & 3D-printed mockups for ergonomic validation.
▫ Functional Prototypes → Electronics integration & material testing.
▫ Final Refinement → Balance, button resistance, and impact durability.

🔬 Key Tests & Evaluations:
🟢 Grip & Comfort → Optimized for prolonged one-handed use.
🔵 Environmental Resistance → Dust, oil, and water exposure trials.
🟡 Control Precision → Toggle, joystick, and trigger responsiveness testing.

💡 Operator Feedback:
✅ Improved button layout for faster response time.
✅ Enhanced grip texture to prevent slipping in oily conditions.
✅ Adjusted weight distribution for reduced wrist strain.

IV. Final Design & Implementation

After rigorous testing, Focus evolved into a refined, production-ready industrial remote control that balances ergonomics, durability, and modern aesthetics.

🎨 Final Design Highlights:
▫ IP65-certified housing → Dust & water-resistant for harsh environments.
▫ Optimized button & joystick layout → Ensures precise and intuitive control.
▫ Reinforced materials → Easy to clean, resistant to oil & dirt buildup.
▫ Customizable interface → LCD display + interchangeable background panel.

📌 Key Improvements from Prototyping:
🟢 Enhanced Grip → Ergonomic refinements for prolonged use.
🔵 Impact Resistance → Strengthened internal frame for added durability.
🟡 Refined Aesthetics → Balanced proportions & sleek industrial design.

Outcome:

Focus sets a new standard in industrial remote control design by addressing real-world challenges with user-centered innovation. While it did not win the AUTEC design competition, its robust design and usability-driven approach showcase the power of strategic industrial design thinking.