Responsive grid systems in Figma - Cheat Sheet & Quick Revision

Recall & Review

beginner

What is a responsive grid system in design?

A responsive grid system is a layout structure that adjusts content smoothly across different screen sizes, making designs look good on phones, tablets, and desktops.

beginner

Why do we use columns in a responsive grid?

Columns help organize content into vertical sections that can resize or rearrange to fit different screen widths, keeping the design neat and readable.

beginner

What role do gutters play in a grid system?

Gutters are the spaces between columns. They prevent content from touching and improve readability by giving breathing room.

intermediate

How does Figma help create responsive grids?

Figma lets you set up grids with adjustable columns, rows, and margins that can respond to frame resizing, helping you preview how designs adapt on different devices.

intermediate

What is the difference between fixed and fluid grids?

Fixed grids have columns with set widths, while fluid grids use percentages so columns resize based on screen size, making fluid grids more flexible for responsiveness.

What does a responsive grid system primarily help with?

A Adding animations to buttons

B Making layouts adjust smoothly across devices

C Changing font styles automatically

D Creating fixed-size images

Responsive grids help layouts adjust smoothly to different screen sizes, improving user experience.

In Figma, what can you adjust to make a grid responsive?

A Button colors

B Text font only

C Image resolution

D Column count and gutter size

Adjusting column count and gutter size helps the grid adapt to different frame sizes.

What is a gutter in a grid system?

A A button style

B A type of font

C Space between columns

D An image format

Gutters are the spaces between columns that keep content separated.

Which grid type uses percentages to resize columns?

A Fluid grid

B Fixed grid

C Static grid

D Pixel grid

Fluid grids use percentages so columns resize based on screen size.

Why is using a responsive grid important in BI dashboards?

A To ensure dashboards look good on all devices

B To add more colors

C To increase data size

D To hide charts

Responsive grids help dashboards adjust layout so users can view data clearly on any device.

Explain how a responsive grid system improves user experience in dashboard design.

Think about how content looks on phones vs desktops.

Describe how you would set up a responsive grid in Figma for a BI dashboard.

Focus on Figma grid settings and resizing behavior.

Practice

1. What is the main purpose of a responsive grid system in Figma for BI dashboards?

easy

A. To add animations to dashboard elements

B. To change font styles automatically

C. To create complex formulas for data calculations

D. To organize content so it looks good on all screen sizes

Solution

1. Step 1: Understand responsive grids

   Responsive grids help arrange content so it adapts to different screen sizes.

2. Step 2: Identify the main goal in BI dashboards

   BI dashboards need to look clear and organized on phones, tablets, and desktops.

3. Final Answer:

   To organize content so it looks good on all screen sizes -> Option D

4. Quick Check:

   Responsive grids = organize content for all screens [OK]

Hint: Responsive grids adapt layout to screen size [OK]

Common Mistakes:

• Confusing grids with animations
• Thinking grids create formulas
• Assuming grids change fonts automatically

2. Which of the following is the correct way to add a 12-column grid in Figma for a responsive layout?

easy

A. Set Columns to 6, Type to Rows, Gutter to 12px, Margin to 24px

B. Set Rows to 12, Type to Rows, Gutter to 24px, Margin to 16px

C. Set Columns to 12, Type to Columns, Gutter to 16px, Margin to 24px

D. Set Columns to 12, Type to Rows, Gutter to 24px, Margin to 16px

Solution

1. Step 1: Identify grid settings for columns

   A 12-column grid means Columns = 12 and Type = Columns.

2. Step 2: Check gutter and margin values

   Common gutter is 16px and margin is 24px for spacing in responsive grids.

3. Final Answer:

   Set Columns to 12, Type to Columns, Gutter to 16px, Margin to 24px -> Option C

4. Quick Check:

   12 columns + gutter 16px + margin 24px = correct grid setup [OK]

Hint: Columns = 12 and Type = Columns for responsive grids [OK]

Common Mistakes:

• Confusing rows with columns
• Swapping gutter and margin values
• Setting wrong grid type

3. Given a Figma frame with a 12-column grid, gutter 20px, and margin 40px, what happens if you resize the frame from 1200px wide to 600px wide?

medium

A. Columns stay the same width, margins and gutters shrink proportionally

B. Columns, gutters, and margins all shrink proportionally to fit the new width

C. Margins stay fixed, columns and gutters adjust to new width

D. Grid disappears and layout breaks

Solution

1. Step 1: Understand responsive grid behavior on resize

   In responsive grids, columns, gutters, and margins adjust proportionally when frame size changes.

2. Step 2: Apply to given sizes

   When width halves from 1200px to 600px, all grid parts shrink to keep layout consistent.

3. Final Answer:

   Columns, gutters, and margins all shrink proportionally to fit the new width -> Option B

4. Quick Check:

   Responsive grid parts shrink proportionally on resize [OK]

Hint: All grid parts resize proportionally in responsive grids [OK]

Common Mistakes:

• Thinking margins stay fixed
• Assuming columns keep same width
• Believing grid disappears on resize

4. You set a 12-column grid in Figma but notice your dashboard elements overlap when resizing smaller screens. What is the most likely cause?

medium

A. Breakpoints are missing or not set properly

B. Margins are set to zero, leaving no space on edges

C. Grid type is set to Rows instead of Columns

D. Gutter size is too small, causing columns to merge

Solution

1. Step 1: Analyze overlapping issue on small screens

   Overlapping usually happens if layout doesn't adjust at different screen sizes.

2. Step 2: Check grid and breakpoint settings

   Without breakpoints, grid doesn't adapt, causing overlap on smaller screens.

3. Final Answer:

   Breakpoints are missing or not set properly -> Option A

4. Quick Check:

   Missing breakpoints cause overlap on small screens [OK]

Hint: Set breakpoints to adjust layout on different screen sizes [OK]

Common Mistakes:

• Blaming gutter size for overlap
• Ignoring breakpoints importance
• Confusing grid type with overlap cause

5. You want to design a BI dashboard in Figma that looks good on desktop and mobile. Which combination of grid settings and breakpoints is best for a responsive layout?

hard

A. Desktop: 12-column grid with 24px margin; Mobile: 4-column grid with 16px margin and breakpoint at 600px

B. Desktop: 6-column grid with 16px margin; Mobile: 12-column grid with 24px margin and breakpoint at 800px

C. Desktop: 12-row grid with 24px margin; Mobile: 4-row grid with 16px margin and breakpoint at 600px

D. Desktop: 12-column grid with 0 margin; Mobile: 4-column grid with 0 margin and no breakpoints

Solution

1. Step 1: Choose appropriate grid columns for desktop and mobile

   Desktop needs more columns (12) for detailed layout; mobile uses fewer (4) for simplicity.

2. Step 2: Set margins and breakpoints for spacing and layout switch

   Margins of 24px desktop and 16px mobile provide good spacing; breakpoint at 600px switches layout properly.

3. Final Answer:

   Desktop: 12-column grid with 24px margin; Mobile: 4-column grid with 16px margin and breakpoint at 600px -> Option A

4. Quick Check:

   Proper columns, margins, and breakpoint = responsive layout [OK]

Hint: Use fewer columns and smaller margins on mobile with breakpoints [OK]

Common Mistakes:

• Using rows instead of columns for grids
• No breakpoints causing poor mobile layout
• Zero margins causing cramped design