@rv_bhavesh vs @rathor_310

Side-by-side Snapchat Spotlight performance comparison.

Across the 15 and 15 Spotlight posts we have collected, @rv_bhavesh averages 171.7K views per post and @rathor_310 2.1K; engagement is 8.85% against 6.59%.

@rv_bhavesh

πŸŽ€π“‘π“ͺ𝓭𝓱π“ͺ .π“šπ“»π“²π“Όπ“±π“·π“ͺ.

@rv_bhavesh

πŸ‘‰Insta id. bhavesh_balotra.39

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@rathor_310

rathor boy

@rathor_310

https://www.instagram.com/rathor_boy_up92?igsh=b3hyY2UxNWZmbWI4

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@rv_bhavesh Metric @rathor_310
11.1K Subscribers 0
15 Spotlight Posts 15
2.2M Total Views 8.3K
171.7K Avg Views / Post 2.1K
1.5M Best Post Views 4.9K
8.85% Engagement Rate (%) 6.59%
740 Subscribers per Post 0

What the posts and readings show

On the typical post, @rv_bhavesh gets 1.4x the views of @rathor_310 (2,687 against 1,985 for the middle post).

@rv_bhavesh: Across the 12 of its 15 collected Spotlight posts that have a view count, the middle post has 2,687 views, while the average is 186,018: a few big posts lift it, and the most-viewed one holds 69% of these views. The most-viewed post (1,530,280 views) went up on March 24, 2026. The collected posts run from February 24, 2026 to September 18, 2026. Subscribers went from 10,900 on October 12, 2026 to 11,100 on October 27, 2026 (+1.8%).

@rathor_310: Across the 3 of its 15 collected Spotlight posts that have a view count, the middle post has 1,985 views, below the average of 2,765, which the bigger posts pull up. The most-viewed post (4,940 views) went up on May 17, 2026. The collected posts run from May 15, 2026 to June 27, 2026.

Each account's full report has its growth chart, posting pattern and top posts: @rv_bhavesh and @rathor_310.

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 Γ— 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.