AngieDesignLa | UX-UI

PROJECT

TOYOTA Cargo Dashboard Redesign

UX/UI case study improving cargo driver workflows

Project Type

UX/UI Product Innovation for Smart Technology (Tablet Interface)

Skilled Applied

User Research & Strategic Concept Development, Wire-framing & Prototyping, UI Design & Branding System, Atomic Design Principles (Atoms, Molecules, Organisms, Documentation and Presentation.

Tools

Goal

– Figma

– ChatGPT

– Adobe Illustrator

– Photoshop

This UX sprint applied human-centered design principles to enhance the experience of cargo truck operators. While formal user testing was not conducted, the concept is rooted in observational insights and realistic user assumptions, addressing key challenges through strategic and empathetic solutions.

– Real-time cargo weight sensor to prevent overloading

– Built-in massage seat control for post-labor relaxation

– Integrated agenda and meeting reminders with location sync

– Destination-based weather forecasting for job site planning

– Hands-free communication access

– Route optimization and smart navigation shortcuts

Time

2 week

OVERVIEW

Enhance productivity and comfort during long drives by integrating additional features into the vehicle dashboard, such as a scale for accurate cargo weight measurements and massage options, alongside standard features like music and climate controls. Also, enable calendar reminders with voice or touchscreen controls for added convenience and safety.

POTENTIAL FEATURES

The display can be designed in touchscreen system and display the following options:

Calendar Integration

Syncs with the driver's calendar for up-to-date reminders and appointments, accessible via voice or touchscreen.

Scale Integration

Provide precise cargo weight measurements, essential for labor trucks.

Massage Options:

User-friendly controls for activating and adjusting massage settings, enhancing driver comfort.

SAFTY MEASURES

Utilizes AI voice commands for hands-free operation, prioritizing driver focus on the road.

Minimizes distraction to ensure safe driving conditions.

PERSONAS

This dashboard concept was designed with real users in mind—like Jake, a metal fabrication business owner who spends long hours driving to job sites and needs quick access to his schedule, real-time weather updates, and hands-free communication. To improve comfort, Jake also benefits from integrated massage seat controls and a built-in cargo scale for accurate product measurements.

Similarly, Mike, a long-haul driver transporting goods, relies on a reliable, distraction-free dashboard that helps him plan routes efficiently, stay updated on weather conditions, and navigate safely using voice commands. Both users prioritize efficiency, comfort, and safety, which form the foundation of this intuitive dashboard experience.

STYLE TILES

The visual language for the Toyota Cargo Truck dashboard emphasizes clarity, simplicity, and driver comfort.

A neutral palette of black, tan, and white offers a grounded, professional look while supporting strong contrast for readability.

Typography is structured with a clear hierarchy (H1 to H4), ensuring quick information scanning while on the road.

Custom icons—including navigation, communication, and comfort controls—are designed with bold, recognizable shapes for fast, distraction-free interaction.

Supporting imagery includes vehicle schematics, road maps, and seating elements, visually reinforcing the dashboard’s focus on efficiency, accessibility, and safety for working drivers.

USER FLOW/ (SAVANT APP)

The Toyota Cargo Truck dashboard starts with a clean start screen that leads to a centralized, low-distraction interface designed specifically for labor drivers such as welders and construction workers. At the core is the Home screen, a command center with quick access to today’s meetings, calls, and navigation, powered by saved data for efficient planning. It also provides real-time weather updates for both current and destination locations, helping users prepare for job-site conditions. Integrated features such as the cargo weight scale help ensure safe transport of materials, while the massage seat option, available only when parked, supports driver comfort and well-being. The flow is designed for usability, efficiency, and safety, empowering drivers to stay focused and productive on the road.

WIREFRAME/ (MID TO HIGH FIDELITY)

These wireframes define a structured, user-centered layout designed for labor drivers, focusing on efficient task completion and reduced cognitive load. Key information such as scheduling, navigation, weather awareness, and cargo weight is prioritized to support safe and informed decision-making.

LOW FIDELITY