Draya Michele playfully calls boyfriend Jalen Green 'gross' for liking $6 Kit Kat
Jalen Green's girlfriend, Draya Michele, playfully called the Houston Rockets star "gross" for liking the 'KitKat Ghost Toast.' Michele took to Instagram to share an image on her story.
"Jalen is gross for these," Michele captioned her IG story.
Meanwhile, Draya's preceding story highlighted the 'KitKat Chocolate Frosted Donut' that she seemed to approve of.
"So I got these. Not bad," Draya captioned her story.
Draya Michele is a media personality and actress boasting over 9.5 million followers on Instagram. Jalen Green and Michele were first seen together in August 2023 and welcomed their daughter together on May 12, 2024.
The couple faced noise regarding their relationship due to the 17-year age gap between Michele (39) and Green (22).
Jalen Green's girlfriend Draya Michele questions fans' reaction to her video
In a video shared by The Shade Room on Instagram on Monday, Draya Michele rocked various Fashion Nova attires. Reacting to the seemingly mixed reviews on the post, Michele took to the comment section to question fans about the video.
"Are you ok with this or not ok… kinda hard to tell??" Michele commented.
Watch the video here:
Here are a few of the fan reactions to Michele's video:
"Can't deny that she looks good asf 🤤😮💨" a fan commented.
"That’s my goal; getting paid doing the absolute least! 🙌🏾" a fan commented.
"Let me get this straight. She set up a tripod. Recording herself coming down the stairs, do her little walk wearing what she has on. Edit it to slow and fast motion. Send it to shaderoom to upload it with a Caption 'living her best life.' And people go insane for it," a fan commented.
"Y’all keep forcing every Tom ad Jerry on us. It’s sickening 😪," a fan commented.
Meanwhile, Jalen Green prepares to head into his fourth NBA season in October after concluding last season on a high but unable to clinch a spot in the playoffs. The 6-foot-4 guard averaged 19.6 points, 5.2 rebounds and 3.5 assists while shooting 42.3% from the field, including 33.2% from beyond the arc.