If you’ve ever worked on a project that involved creating a website, app or another digital product, you know how challenging it can be. Things can get messy very quickly. Ideas clash, team members have different perspectives and preferences, and everyone has a million ideas about what should go where and why.
This is why low fidelity wireframing has proven to be such an effective tool in many design processes. In this article, we explore everything you need to know about low-fidelity wireframing and why it’s so useful when working on digital product design projects.
What is Low Fidelity Wireframing?
The word fidelity refers to the faithfulness of an imitation to the real thing. In other words, it’s the quality of being true to something. As it relates to wireframing, fidelity can be understood as the level of detail a wireframe has. Low-fidelity wireframing is a method of sketching that focuses on the general flow of a page and its main elements rather than the finer details.
You don’t bother with colours, typefaces, or element positions when you do low fidelity wireframes. Instead, you focus on the main parts of the page such as headers, body copy, pictures, and other important content.Low fidelity wireframing has proven to be a great design tool because it allows you to explore lots of different ideas quickly and get a general sense of how a page might look. It’s an especially useful tool for teams that are working remotely because it lets you communicate your ideas and get feedback from others in a quick, visual way.
Why Use Low Fidelity Wireframing?
Low fidelity wireframing is a great way to explore different design options because it lets you get everything out on the table. You can experiment with many different styles and elements without being constricted by the details.
You don’t have to become attached to a certain style or format when using low-fidelity wireframes, as they are just preliminary sketches. This prevents you from becoming enthralled with the design and allows you to think of more alternatives. When working with low-fidelity wireframes, you can investigate a variety of designs without becoming enamored with any one of them.
This can help you avoid getting stuck and allow you to move on to other ideas if a particular style isn’t working out. It’s also important to keep in mind that wireframes are not design blueprints. They’re not meant to be pixel-perfect blueprints of how your site or app will look. Rather, they’re meant to show the structure and flow of a page.
How to Create a Low Fidelity Wireframe?
The first step in creating a low fidelity wireframe is to decide what you want to focus on. You can either create a single page or explore multiple pages at once, depending on the project. Once you’ve settled on a focus, you can start sketching out the different parts of your page. Start by jotting down words, phrases, and ideas that describe what you want to include on the page. Then, try sketching out a few quick images of how you think those elements might look.
Next, sketch out the main elements of your page, such as headers, menus, pictures, and body copy. And don’t worry about getting everything perfect, since you’re just sketching out a general flow. Finally, add your sketches to a digital platform like a whiteboard or a document where others can see and comment on what you’ve come up with.
4 Best Practices When Using Low Fidelity Wireframes
- Collaboration is key – don’t try to go it alone.
- Invest in time to collect feedback – Low-fidelity wireframing is an incredibly effective way to get feedback on your ideas, but it’s not great for collecting feedback.
- Start with a broad framework – don’t start with a fully fledged design.
- Revisit your low fidelity wireframes – once you’ve settled on an idea, take your low fidelity wireframes and create a high fidelity version.
Especially in the early stages of a design project, low-fidelity wireframing can be a very effective way to wireframe. If you’re working on a digital product design project, you can benefit greatly from low fidelity wireframing. Having many design ideas to explore and get feedback from others is what makes it so efficient and effective.