Sunflower Youth Recycled Mesh Shorts

Exclusively available at JUNEPAUL.

Bright Style, Ready to Move

The Sunflower design brings cheerful color and plenty of personality to these easygoing youth mesh shorts. Made for sports, play, camp days, vacations, and everyday adventures, they combine a vibrant look with the comfort kids need to stay active.

Pair them with a favorite tee or tank for a bright JUNEPAUL look that’s ready for wherever the day leads.

Breathable Comfort for Active Days

Lightweight recycled-polyester mesh helps keep air moving, while moisture-wicking performance provides comfortable wear during active days. Two-way stretch gives kids freedom to move, and an adjustable drawcord waistband helps create a flexible fit.

Convenient side pockets provide space for small everyday essentials.

Product Details

Exclusive JUNEPAUL Sunflower design

100% recycled polyester mesh

Lightweight, breathable construction

Moisture-wicking performance

Comfortable two-way stretch

Regular youth fit

Adjustable drawcord waistband

Convenient side pockets

Vibrant full-coverage Sunflower print

Fit guidance: Choose the usual size for a comfortable everyday fit. If your child falls between sizes or additional room is preferred, consider choosing the larger size. Compare waist and hip measurements with the size guide below for the best fit.

This product is made especially for you as soon as you place an order, which is why it takes us a bit longer to deliver it to you. Making products on demand instead of in bulk helps reduce overproduction, so thank you for making thoughtful purchasing decisions!

The JUNEPAUL Advantage

Mix and match any JUNEPAUL items and save!

Buy any 2 items — Save 5%

Buy any 3–4 items — Save 10%

Buy any 5+ items — Save 20%

Free Delivery in the USA!

Savings applied automatically at checkout. No code needed.

Bring Bright Sunflower Style to Every Adventure

Size Guide

Body measurements in inches.

How to choose the size: Measure around the natural waistline and the fullest part of the hips, then compare those measurements with the chart above.