DIY-UNI✓

YouTube @diy-uni-999

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🔄 Data last refreshed 12 hours ago

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Subscribers

🔥 Buzz rank

#598,857 ▲85

Total Views

209

Videos

Channel age

1 yrs

Est. monthly earnings

$0 – $1

🧰 Free analysis for DIY-UNI

🕵️ Fake follower check 📊 Engagement rate 💰 What they charge

How we estimate

~209 recent monthly views × an estimated ad RPM of $1.82–$3.51 per 1,000 views — adjusted for this niche. Yearly ≈ $0 – $12. Excludes sponsorships, memberships & merch. Full methodology →

Known for

209 views What is a Resistor? | How Resistors Work

🎯 Reach quality

Subscriber activation · Exceptional

10450%

Share of subscribers who watch a typical recent video (avg views ÷ subscribers) — the real reach behind the subscriber count, and a quick check on whether those subscribers are still active rather than a vanity number.

📈 Performance

209

Avg views / video

Avg likes

Avg comments

1.44%

Engagement rate

209

Lifetime avg / video

105

Views / subscriber

Engagement rate = (likes + comments) ÷ views across recent videos.

💡 Facts

🗓️Joined YouTube in 2025 — 1 year ago.

🏆Ranked #71,817 among all influencers on SocialDB.

👁️Averages 209 views per video.

💬1.44% engagement rate.

🕵️ Fake follower check

Estimated

72/100

Good Credibility score

83%

Real Real audience

Low Fake-follower risk

High Data confidence

Est. 83% real, active audience · Low fake-follower risk.
Strong engagement (~104.5× of subscribers watch each video) — an active, real audience.
Verified account.
1.44% engagement — below the ~4.5% typical for this size.

Heuristic estimate from engagement, follower ratios, account age & growth — a screening signal, not a guarantee.

About

Welcome to DIY-UNI! Your one-stop destination for exciting electronics projects, DIY circuits, and practical engineering ideas! Whether you're a student, hobbyist, or tech enthusiast, we share easy-to-follow tutorials, innovative designs, and real-world applications to help you learn and build amazing projects using components like Arduino, Raspberry Pi, sensors, transistors, IGBTs, and more. 🎯 What you’ll find here: DIY electronics projects Circuit design & simulations Engineering final year project ideas Tips, tricks & tutorials Troubleshooting guides 💡 Subscribe now and turn your ideas into working models!