Final frames come from the Movie Render Queue — never the viewport. Output is the last thing Unreal does: it renders the Level Sequence (Phase 6) through the Movie Render Queue, which delivers proper anti-aliasing, depth of field, motion blur, and an image sequence you carry into post. A viewport grab looks nothing like an MRQ render — this distinction is the difference between a preview and a deliverable.
The Movie Render Queue takes a Level Sequence and produces production-quality frames — a different, higher-quality path than real-time playback.
Load the shot's Level Sequence into the Movie Render Queue as a render job.
Set anti-aliasing (spatial/temporal sample counts), depth of field, and motion blur. These are what separate an MRQ render from a viewport screenshot's aliased, blur-free look.
Render to an image sequence (EXR for grading latitude, or PNG) rather than a single baked video — frames are what post wants.
The image sequence goes to Phase 8 — editorial, compositing, and sound — outside Unreal.
Grabbing the viewport (or a High-Resolution Screenshot) skips temporal anti-aliasing accumulation, proper motion blur, and DOF sampling — the result looks noisy and "real-time," not finished.
Fix: always render finals through the Movie Render Queue with adequate samples. It's the one correct output path.
The Movie Render Queue now has a full lesson: Rendering Output in the Cinematic Production track walks the render queue, anti-aliasing samples, deferred versus path tracing, and output formats. The Post-Process and quality-settings lessons cover the neighbouring concepts (exposure, color, scalability) that shape a good render. The capstone runs this whole pipeline, from staging a character to this final render, as a single directed shot.
Phase 7 is Unreal's last step. From the rendered image sequence, the pipeline moves to post (Phase 8) — edit, composite, sound — in tools like DaVinci Resolve / Premiere and Nuke / After Effects.