Ford Motor China · Employer project · 3 months

Mustang
Mach-E

Revitalizing the official website as a multi-channel product story.

My role
Sole UI/UX & motion designer
Platforms
Web · H5 · app-embedded · WeChat Mini Program
Ownership
Ideation · prototyping · UI system · animation specifications
Collaboration
Marketing and cross-functional partners
00 · Context & ownership

A new visual identity needed more than a new coat of paint.

As Mustang Mach-E prepared a model and visual refresh, its China website also needed to respond to more contemporary EV experiences and Ford's evolving brand system. The project became a pilot for turning a fragmented product page into one guided exploration.

I owned UI/UX and motion as the sole designer. Working with marketing and other departments, I shaped the initial flow, divided the story into meaningful sections, designed layouts and interactions, and documented the system for implementation.

Orange Ford Mustang Mach-E on a dark studio background
Product and brand refresh context · source: original project Figma
01 · What was broken

The old site asked people to decode the organization before they could understand the car.

Examples of promotional banners from the previous Ford website
Previous-site review · promotional content competed with product understanding.
01 · Discovery

Important content was hidden behind a menu people struggled to locate.

The original review showed that many visitors' memory of the experience stopped at the homepage.

02 · Decision support

The homepage lacked a clear awareness funnel.

Product images and promotional banners did not build enough logic or detail to support vehicle understanding.

03 · Responsiveness

Layouts did not hold together across screens.

Overlap and non-clickable content created friction on smaller viewports and weakened the brand presentation.

02 · Design strategy

From a campaign page
to a guided drive.

Seven opportunities in the original work were consolidated into three rules that could guide information architecture, visual design, interaction, and platform adaptation.

01

Make the story findable.

Reorganize the journey around the questions people bring to the site, with visible navigation and a clearer path from discovery to action.

02

Turn specifications into chapters.

Translate performance, technology, design details, and ownership infrastructure into focused scenes instead of a stack of marketing banners.

03

Design one system for every shell.

Keep the brand and product narrative consistent while adapting the interface for desktop, H5, app-embedded, and WeChat Mini Program contexts.

Hand-drawn layout and motion sketches for website pages 1–2
Hand-drawn layout and motion sketches for website pages 3–4
Hand-drawn layout and motion sketches for website pages 5–8
Hand-drawn layout and motion sketches for website pages 9–12

Participatory ideation

Story before screen.

I first outlined the experience with marketing and other departments, then translated each section into layout, motion, and interaction ideas. The sequence followed how someone learns about the vehicle: identity, exterior, performance, intelligence, confidence, and ownership support.

  1. DiscoverVisual identity, color, exterior details
  2. UnderstandPerformance, battery, intelligent cockpit
  3. ActCharging, test drive, purchase, app ecosystem
03 · Final experience

A product story that earns the next scroll.

The desktop story uses full-screen imagery, focused copy, and purposeful movement. Instead of showing every one of the fourteen sections here, the case study surfaces the moments that best demonstrate the system.

Chapter 01 · Identity

Let color and detail carry the first impression.

Three vehicle colors became a visual chapter. Exterior and interior details then move from broad silhouette to close interaction.

Final desktop design presenting three Mustang Mach-E color variants
Color story
Final desktop design explaining the E-Latch interaction
E-Latch detail
Final desktop design showing the Cyber Orange interior
Interior system
Chapter 02 · Capability

Make complex engineering feel navigable.

Performance moved into a modular system: a chapter overview introduces the relationships, while focused screens unpack the platform and driving intelligence.

Final desktop website screens for the motor, battery, range, and performance system
Motor + battery system · complete screen composition
Final desktop page for the Qualcomm 8155 cockpit platform
Qualcomm 8155 platform
Final desktop page for BlueCruise 1.2
BlueCruise 1.2
Chapter 03 · Confidence

End the story beyond the vehicle.

Engineering standards and charging infrastructure close the gap between product desire and ownership confidence.

Final desktop page explaining Ford vehicle engineering standards
Ford engineering standards
Final desktop page showing the Ford charging network across China
Charging network
04 · Motion as structure

Motion was treated as part of the system.

Motion specifications defined triggers, duration, distance, fades, page transitions, and the relationship between sequence frames and copy. The goal was to direct attention while preserving the cinematic pace.

01

Reveal

Copy fades from 0–100% opacity while shifting upward; sequence frames establish the product moment.

02

Transition

Scroll triggers coordinate image, color block, copy, and page movement instead of animating elements independently.

03

Respond

Card details and tabs connect motion to navigation, helping people understand where they are and what changed.

Interaction specification for the front-face headlight sequence
Front-face sequence · timing, movement, and page transition
Interaction specification for the side-view detail sequence
Side-view details · image, copy, and color-block behavior
05 · One story, multiple environments

Consistency did not mean copying the same screen four times.

Web, mobile H5, app-embedded, and WeChat Mini Program versions share the same chapter logic and visual voice. Navigation, controls, content length, and interaction behavior adapt to each host environment.

Web

Full-screen editorial chapters, persistent navigation, and direct test-drive and purchase actions.

Mobile H5

Browser-aware controls, vertical storytelling, swipeable cards, and a compact reading rhythm.

App & Mini Program

Shell-specific navigation, platform chrome, and interaction behavior adapted to the host environment.

Mobile H5 Mustang Mach-E hero page inside a browser
H5 · hero
WeChat Mini Program Mustang Mach-E color story with host controls and bottom navigation
Mini Program · color story
Mobile H5 BlueCruise page inside a browser
H5 · BlueCruise
WeChat Mini Program Mustang Mach-E battery detail
Mini Program · detail
Mobile H5 Mustang Mach-E charging network page inside a browser
H5 · charging
06 · Engineering handoff

A system developers could locate, interpret, and build.

The delivery documented typography, page layout, spacing, background formats, motion timing and pacing, triggers, effects, and a directory for navigating the specifications.

Ford Mustang Mach-E website typography specification using Ford Antenna
Typography · Ford Antenna, hierarchy, color, and line height
Ford Mustang Mach-E website spacing and layout specification
Layout · content boundaries and spacing
07 · Reported impact

From 0.03%
to 1.87%

The original project case-study materials report that test-drive reservation conversion increased after the new website launched.

Metric reproduced from the supplied project Figma. The source file does not include the measurement window or attribution methodology, so no additional causal claim is made here.
Final Mustang Mach-E desktop landing page
Final website landing experience
What I carried forward

I can connect information architecture, visual storytelling, motion, multi-platform adaptation, and implementation guidance in one production-oriented system.

What I would improve

With more time, I would deepen usability validation and refine the narrative and animation of each chapter further.

Next case study

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