Aviation website

The project

Making a large aviation website feel lighter.

The website covers a broad aviation asset-management business, from aircraft and engines to technical services and asset programs. My work focused on the frontend implementation and making that large content experience faster and easier to use.

The challenge

A lot of information without a lot of waiting.

The website has a large content structure covering services, aircraft, engines, technical capabilities, and company information. The challenge was to keep all of that useful information available while making the frontend feel fast.

Performance

Optimizing the experience behind the pages.

Performance work covered the frontend as a whole — from images and assets to JavaScript, loading behavior, rendering, and content-heavy pages. The goal was to reduce unnecessary loading overhead without compromising the design.

• Image optimization
• Lazy loading
• Frontend resource optimization
• JavaScript optimization
• Asset loading improvements
• Rendering optimization
• Reusable component optimization
• Content-heavy page optimization
• Responsive performance improvements
• Lighthouse-based performance testing

1. 01

   Content-heavy pages

   Large service, aircraft, engine, and company information pages.

2. 02

   Frontend & assets

   Images, scripts, and other resources contributing to page weight.

3. 03

   Performance optimization

   Loading, rendering, asset, and frontend improvements.

4. 04

   Faster experience

   Reduced loading overhead and improved measured frontend performance.

Aviation assets

Making aircraft and engine information easier to explore.

The aircraft and engine pages are an important part of the website. The frontend organizes these detailed asset experiences into consistent, responsive page structures.

1. 01

   Company

2. 02

   Services

3. 03

   Aircraft & Engines

4. 04

   Asset detail

5. 05

   Enquire

Frontend

From Figma to a responsive production experience.

The provided Figma designs were translated into reusable frontend components and responsive layouts across most of the website, including its service and aviation asset pages.

Responsive

The same information, built for smaller screens.

The website was implemented responsively so its large amount of aviation information remains usable across desktop, tablet, and mobile devices.

The result

A faster frontend for a content-heavy aviation site.

The result was a responsive frontend across most of the website, with performance optimization focused on making large, asset-heavy pages faster while preserving the overall design and content experience.

Features

• Figma to production

  The website was implemented from Figma with attention to layout, spacing, typography, responsive behavior, and page structure.

• Aviation asset pages

  Aircraft and engine information is presented through structured pages that make detailed aviation assets easier to explore.

• Large content structure

  The frontend supports a broad collection of services, asset families, technical information, and company content while keeping the experience consistent.

• Responsive experience

  The website was implemented across desktop, tablet, and mobile so the large amount of content remains usable on smaller screens.

• Reusable frontend patterns

  Common page structures were implemented as reusable components to keep the site consistent as it grew.

• Performance optimization

  Images, scripts, loading behavior, and rendering were optimized to reduce the cost of a content-heavy experience.

• Asset-heavy page optimization

  Aircraft and engine pages can carry a lot of visual and technical content, so their frontend was optimized to stay responsive.

Outcomes

• Frontend implementation from Figma
• Responsive experience across devices
• Reusable frontend patterns
• Aircraft and engine asset pages
• Content-heavy page optimization
• Image and asset optimization
• Frontend loading improvements
• Improved measured performance