History & cultureMoving PicturesFred MacMurray's Ultimate Film Noir Masterclass | Pushover (1954) | FREE MOVIE

Fred MacMurray's Ultimate Film Noir Masterclass | Pushover (1954) | FREE MOVIE

9.0× channel medianLong-form1:27:42Film & AnimationPublished Oct 16, 2026, 7:00 PM · 6d ago
Views
45,386
+152 views/hour
Views / hour now
152
measured 1h ago
Peak views / hour
244
7h ago
First 24 hours
—
not tracked from upload
Engagement
0.9%
likes + comments / views
Likes
391
0.9% of views
Comments
39
0.09% of views
Est. ad revenue
$236–$531
lifetime, $5.2–11.7 RPM

Checked every 3 h while the video is this age · last check 1h ago · next in 72 min. YouTube itself updates public counts with a short delay.

Avg views / day
7K
since upload
vs channel median
9.0×
this video's views ÷ the channel's usual
Rank in channel
#2
of 21 tracked

Views over time

4 readings

Total views Views gained per hour

Description

🎬 When a bank heist leaves a guard dead, detective Paul Sheridan (Fred MacMurray) is assigned to watch the robber's girlfriend, Lona McLane (Kim Novak), around the clock. Surveillance turns into seduction, and soon a stolen fortune puts a cop on the wrong side of his own stakeout. This is a taut noir from director Richard Quine, featuring Kim Novak's first starring role. 🎞️ Watch Pushover Now: https://www.imdb.com/title/tt0047377/ Some of the links above are affiliate links; we may earn a small commission if you click through and make a purchase. 📩 Celebrate the power of the performance with us: @MovingPicsOfficial #Pushover #FilmNoir #FredMacMurray #KimNovak
Tags
Pushover full moviePushover free moviePushover full filmPushover free filmPushover 1954Full Movie 1954Pushover film noir movieFred MacMurrayKim NovakPaul SheridanLona McLanePhilip CareyRick McAllisterDorothy MaloneAnn StewartE.G. MarshallPaul RichardsHarry WheelerRichard QuineColumbia Picturesbank robberycrooked copstakeoutfemme fataleKim Novak first role

Statistics from the YouTube Data API, tracked by FameX. Views per hour, revenue and comparisons are FameX estimates.