On January 29, 2026, Matthew J. Saville is currently ranked #37,744 among the most popular actors online with 3 daily Wikipedia pageviews. Matthew J. Saville is currently trending online. The most popular works Matthew J. Saville has appeared in include Spartacus (TV) and X (movie).
Matthew J. Saville Popularity History
Wikipedia popularity rank over the last 30 days
| Date | Rank | Pageviews |
|---|---|---|
| Jan 28, 2026 | #37,744 | 3 |
| Jan 27, 2026 | #38,555 | 2 |
| Jan 26, 2026 | #37,201 | 4 |
| Jan 25, 2026 | #36,731 | 5 |
| Jan 24, 2026 | #37,675 | 3 |
| Jan 23, 2026 | #35,684 | 7 |
| Jan 22, 2026 | #40,101 | 0 |
Top Movies - Matthew J. Saville
Ranked by engagement score
- 1

X
Popularity:#201MovieOfficer MitchellX is a thrilling and action-packed film that takes audiences on an adrenaline-fueled journey. With its gripping storyline, intense performances, and breathtaking special effects, X captivates viewers from start to finish. Filled with suspense, surprises, and heart-pounding moments, this movie keeps audiences at the edge of their seats. The well-crafted characters, intricate plot twists, and stunning visuals make X a must-watch for any fan of the genre.1.3Low - 2

The Lord of the Rings: The Two Towers
Popularity:#322MovieGondorian Soldier (uncredited)The Lord of the Rings: The Two Towers is a 2002 epic fantasy adventure film and the second instalment in The Lord of the Rings trilogy. It follows Frodo and Sam's quest to destroy the One Ring, along with Aragorn, Legolas, and Gimli's mission to rescue Merry and Pippin from the orcs. Meanwhile, the malevolent wizard Saruman schemes at Orthanc Tower in Isengard.1.0Low - 3

Black Sheep
Popularity:#5,277MovieInvestorBlack Sheep is a 2006 New Zealand comedy horror film about a genetic engineering experiment gone wrong, turning a flock of sheep into bloodthirsty predators. Directed by Jonathan King, the film stars Nathan Meister, Peter Feeney, Danielle Mason, and others. With special effects by Weta Workshop, it premiered at the TIFF in 2006 and received theatrical releases in New Zealand, Spain, and North America.0.1Low








