@loyall.boy vs @dr-minahilpsy

Side-by-side Snapchat Spotlight performance comparison.

@loyall.boy has 33.9K subscribers and @dr-minahilpsy has 15.9K, so @loyall.boy has 2.1x as many. Across the 15 and 16 Spotlight posts we have collected, @loyall.boy averages 365.0K views per post and @dr-minahilpsy 1.3K; engagement is 3.55% against 102.68%.

@loyall.boy

♥️

@loyall.boy

No Time For Fake and Negative People🔥

View full profile →
@dr-minahilpsy

Dr Minahil Fatima

@dr-minahilpsy

ڈاکٹر مناہل ماہر نفسیات Psychologist, Pharmacist, Counselor Founder, CEO MMHCC-CS7LLC.com Registered Org OF Minahil Mental Health Care

View full profile →
@loyall.boy Metric @dr-minahilpsy
33.9K Subscribers 15.9K
15 Spotlight Posts 16
5.5M Total Views 1.3K
365.0K Avg Views / Post 1.3K
1.0M Best Post Views 1.3K
3.55% Engagement Rate (%) 102.68%
2.3K Subscribers per Post 994

What the posts and readings show

@loyall.boy: Across the 14 of its 15 collected Spotlight posts that have a view count, the middle post has 243,197 views, below the average of 391,064, which the bigger posts pull up. The most-viewed post (1,042,155 views) went up on April 20, 2026. The collected posts run from April 20, 2026 to August 7, 2026. Subscribers went from 33,100 on October 3, 2026 to 33,900 on October 27, 2026 (+2.4%).

@dr-minahilpsy: Across the 1 of its 16 collected Spotlight posts that have a view count, the middle post has 1,306 views. The most-viewed post (1,306 views) went up on September 26, 2026. The collected posts run from September 16, 2026 to September 29, 2026.

Each account's full report has its growth chart, posting pattern and top posts: @loyall.boy and @dr-minahilpsy.

Methodology: the figures cover the Spotlight posts SnapDataHub has collected for each account, not every post it has made. Averages and the middle (median) post use only posts that came with a view count. Engagement rate = (likes + comments) / views × 100 over the collected posts. Subscriber counts are Snapchat's own; it rounds counts of 1 million or more to the nearest 100,000. How we calculate these numbers.