Review: Figma Versus Adobe XD, Part 2

June 8, 2020

In Part 1 of this series, I discussed how Figma and Adobe XD took the world of prototyping and design by storm. There are already many design tools. Some make way for new tools with every passing year. The biggest battles between players in the design-tool game have targeted Mac users, while Windows users have had to wait. Mac users are uncompromising because they’ve had excellent software such as Sketch and Principle.

But in 2016, with the release of Figma and Adobe XD, Windows users finally saw light at the end of the tunnel. Now, Windows users can also use Figma or Adobe XD to create wireframes, prototypes, high-fidelity designs, and designs that are ready to hand off to developers. It is difficult to forecast which of these applications would be best for your prototyping and design needs.

In Part 1 of this series, I discussed pricing models, supported platforms, interactions, and some common features of these two applications. Now, in Part 2, I’ll look at more features of Figma and Adobe XD and attempt to decide which is the front-runner.

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Both Figma and Adobe XD offer a variety of shapes that you can use in your designs.


Figma’s many shapes range from the rectangle, line, arrow, ellipse, polygon, star, and text. The count parameter lets you add points to the star shape—for which the minimum and maximum values are 3 and 60, respectively.

You can use Place Image to upload an image to a frame. Double-clicking the image lets you edit image attributes such as exposure, contrast, saturation, temperature, tint, highlights, and shadows. As in Adobe XD, you can also copy and paste an image into a frame.

Figure 1 shows some base shapes and charts you can create in Figma. You can easily carve out pies and donuts from ellipses with Figma. This feature is not available in Adobe XD.

Figure 1—Some shapes in Figma
Some shapes in Figma

Adobe XD

In Adobe XD, shapes include the rectangle, ellipse, polygon, line, and text. You can copy and paste an image in Adobe XD and apply properties such as background blur and object blur.

Winner: Figma

Figma is the leader in this race because it offers more shapes, as well as features for modifying shapes, in comparison to Adobe XD.


Google’s Web fonts library is in common use. Therefore, Figma’s Google fonts are more reliably available than Adobe XD’s Adobe fonts.

Winner: Figma

Again, Figma comes out on top in this contest.

Vector Graphics

Both Figma and Adobe XD are vector-based tools, as is evident from the presence of a Pen tool. Figma provides a Pencil tool as well, which lets you draw free-form shapes. You can double-click the nodes of vectors you have drawn with the Pen or Pencil tool to edit them.


You can use Figma to create mirrored vectors. You can also draw a vector using the Pen tool, then convert it to a component. You can then duplicate the component and flip the copy horizontally, using Shift + H, or vertically, using Shift + V. Once the vectors are complete, you can use Union Selection to connect the vectors, then flatten the result using Ctrl + E.

Adobe XD

You cannot create mirrored vectors in Adobe XD.

Winner: Figma

Figma emerges as the winner because Adobe XD does not support modifying the nodes of a vector. The Pencil tool and the ability to create mirrored vectors are also missing from Adobe XD.

Arranging Multiple Elements

This is a contest between Figma’s Smart Selection feature versus Adobe XD’s Repeat Grid feature.


Figma offers a Smart Selection feature that lets you select multiple elements, then arrange them by spacing them out consistently or easily organize them using drag-and-drop.

Adobe XD

Adobe XD has a Repeat Grid feature, shown in Figure 2, that lets you duplicate instances of a shape or object.

Figure 2—Adobe XD’s Repeat Grid feature
Adobe XD's Repeat Grid feature

Tie: Figma and Adobe XD

It is difficult to project a winner here because Figma’s Smart Selection feature and XD’s Repeat Grid feature are both valuable features that are unique to these applications.


Both Figma and Adobe XD offer animation features.


In Figma, the Smart Animate feature lets you connect frames and animate the differences in their properties—for example, scale, position, opacity, rotation, solid fill, and gradient fill.

Adobe XD

In Adobe XD, the Auto-Animate feature lets you connect artboards, animating the differences in their properties, including border size, opacity, rounded corners, X/Y positioning, size by width and height, rotation, text size, character spacing, paragraph spacing, line spacing, and paths.

Winner: Adobe XD

Because the user can apply Auto-Animate to eleven properties rather than only six properties with Figma’s Smart Animate, Adobe XD emerges as the clear winner.

Resizing Elements

Figma’s Auto Layout feature and Adobe XD’s Responsive Resize feature let you easily resize elements.


Figma’s Auto Layout feature, shown in Figure 3, applies to horizontal and vertical layout. This feature lets you do the following:

  • Create buttons that expand or compress when the user edits text.
  • Apply automatic layout to existing components.
  • Quickly build lists that adapt to adding new items.

To use Auto Layout, select the frame, then expand the Auto Layout section in the right pane to select vertical or horizontal layout.

Figure 3—Figma’s Auto Layout feature
Figma's Auto Layout feature

Adobe XD

Adobe XD’s Responsive Resize feature, shown in Figure 4, lets you resize assets and objects while retaining their position and scale.

Figure 4—Adobe XD’s Responsive Resize feature
Adobe XD's Responsive Resize feature

Winner: Figma

Figma’s Auto-Layout feature is really flexible. Adobe XD needs to improve its Responsive Resize feature to compete successfully in this area.


Components are similar to masters that you can reuse in your designs as necessary. A header, footer, or even a button can be a component. Once a user has reused a master component multiple times, making any structural changes to that master would affect all other instances. However, you can break an instance of a design component from its parent component and, thus, override the inheritance of the parent component’s properties. You can also nest components in both Figma and Adobe XD.


In Figma, a dotted, blue, diamond symbol denotes a component, as shown in Figure 5. You can override the following properties in Figma:

  • text—Properties include font, weight, size, line height, letter spacing, paragraph spacing, and indentation.
  • color—Properties include fill, stroke, background color, and opacity.
  • effect—Properties include drop shadow, inner shadow, and blur.

In Figma, there is no specific state function, but you can create a hover effect and toggle the effect on and off to emulate states.

Figure 5—A Figma component
A Figma component

Adobe XD

In Adobe XD, a green, diamond symbol denotes a component, as shown in Figure 6. You can add states to components to create more versions of buttons, toggle states, fields, and more. For example, you can create a button component, then create a hover state to show how the button should behave when the user triggers a hover event.

Figure 6—An XD Component
An XD Component

Winner: Adobe XD

Because Adobe XD lets you add states to components, it emerges as the winner here.

Fixing the Position of Objects

Many design solutions rely on fixed positioning, which both Figma and Adobe XD support in different ways.


In Figma, you can create fixed headers and footers in prototypes. To achieve this, select the appropriate constraints and click the Fix position when scrolling checkbox to select it, as shown in Figure 7.

Plus, on the Prototype tab in Figma, there is an excellent Overflow Behavior feature that lets you control users’ interactions with content that extends outside a frame’s dimensions. You can achieve advanced interactions using this feature, as follows:

  • scrolling left or right to switch between the elements in a slider
  • navigating between images, articles, or posts in libraries and galleries
  • panning or scrolling to view an interactive map

You can apply Overflow Behavior only to frames, which allows scrolling any objects or layers that are nested within that frame.

Figure 7—Constraints on fixed positioning in Figma
Constraints on fixed positioning in Figma

Adobe XD

In Adobe XD, you can select an element whose position you want to be fixed during scrolling. Then, on the Design tab, click the Fix Position When Scrolling checkbox to select it, as shown in Figure 8.

Figure 8Fix Position When Scrolling feature in Adobe XD
Fix Position When Scrolling feature in Adobe XD

On the Prototype tab, Adobe XD has a Preserve Scroll Position checkbox, as shown in Figure 9. This feature works well with artboards that have vertical scrolling.

Figure 9Preserve Scroll Position feature in Adobe XD
Preserve Scroll Position feature in Adobe XD

Winner: Figma

Figma comes out on top again here because its Overflow Behavior feature offers horizontal scrolling within frames—thus, supporting scrolling from left to right in an image carousel.

Plugins and Integration

Both Figma and Adobe XD have plugins and integration features.


Figma allows integration with applications such as Principle, Zeplin, and Dribbble. Users can install plugins, as well as build private plugins for the use of teams or organization.

Adobe XD

Adobe XD offers many plugins. Users can also create private plugins, building them as .xdx files, then share them with their team.

Tie: Figma and Adobe XD

Previously, only Adobe XD offered plugins. However, in 2019, Figma introduced many plugins. So this round ends in a tie.

Compatibility with Other Design Tools

You can open Sketch files directly within Figma and edit them. In contrast, similar to Sketch, Adobe XD lets you open Photoshop and Illustrator files. You can also export an XD file to After Effects to add custom animations and micro-interactions, as necessary.

Winner: Adobe XD

This is a huge plus for Adobe XD, which emerges as the winner here because XD allows you to edit its files using other applications in the Creative Cloud Suite.


Both of these vector design tools can export images as JPG, PDF, PNG, and SVG files. However, there are a few things that differentiate the export capabilities of these tools, as follows:

  • Figma offers a Slice tool, which lets you select an area and export it as a JPG, PDF, PNG, or SVG file. Adobe XD does not offer this capability.
  • Both Figma and Adobe XD can export images in different formats such as PNG, SVG, PDF, and JPG.

Table 1 provides a comparison of the pixel-density and quality settings for both of these tools.

Table 1—Pixel-density & quality settings in Figma and Adobe XD
Pixel Density Quality Settings
Figma Adobe XD Figma Adobe XD

PNG and JPG: 0.5x, 0.75x, 1x, 1.5x, 2x, 3x, and 4x

JPG: 1x or 2x.

PNG: 1x, 2x, and 3x.

Android: 75% ldpi, 100% mdpi, 150% hdpi, 200% xhdpi, 300% xxhdpi, and 400% xxxhdpi.

Offers no feature for setting image quality for a JPG export.

Offers a feature for setting image quality for a JPG export.

Winner: Adobe XD

Adobe XD wins this round because it includes quality settings for image exports.


By now, it must be clear what application I think is the winner of this intense battle. The undisputed winner is Figma. I would be quite keen to know how Figma will evolve in the future because Adobe XD is quickly playing catch-up, releasing one update after another.

Ultimately, it doesn’t really matter what software you use in creating your designs. A design tool can do nothing for you if your problem-solving skills are lacking. Even creating paper prototypes can be a handy way of creating design solutions that generate value. Therefore, use whatever tool you’re most comfortable with. Most importantly, your design solutions must be right for your users and create enduring impact. 

UX Specialist at HCL Technologies Ltd.

Noida, Uttar Pradesh, India

Apurvo GhoshAs a UX Specialist at HCL Technologies, Apurvo works within a multidisciplinary team to deliver compelling UX designs and services that support business objectives and enhance the way people live, work, and communicate. Apurvo takes a keen interest in helping the team to cope with UX design technology transitions and adds value across teams. He creates solutions that address new challenges in UX design and the visualization of complex data. Apurvo is a Certified Usability Analyst.  Read More

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