Low-resolution preview (256x144) for evaluation. The licensed download is the clean 4K UHD master at the stated resolution.
Download the free low-res preview to test in your editWaves Crashing on Rocky Coastal Shoreline (Chileno Beach los Cabos, 2022)
About this clip
Ocean waves continuously crash against rocky outcrops along the shoreline, creating and dissipating white foam. The sandy beach stretches along the coast, bordered by distant hills and scattered buildings. The sky remains clear and blue throughout the sequence.
Clip Intelligence
- Production use
- Useful for travel edits, coastal documentary sequences, agency mood reels, brand films, and social cuts needing aerial 4K coverage of Chileno Beach shoreline, turquoise water, rocks, beach, and dry hills.
- Edit role
- The 7-second clip works as a coastal cutaway, transition beat, or short location insert between closer wave details and wider Los Cabos beach coverage.
- Visual details
- Frames show turquoise ocean filling the foreground, white surf breaking over rocky outcrops at right, a sandy beach and scattered coastal buildings in the midground, dry hills behind, clear blue sky, and no visible people.
- Shot mechanics
- A high aerial composition consistent with drone capture holds the horizon near the upper third, with ocean foreground, rocks and surf at frame right, beach and buildings across the middle, and hills in the background.
Shot slate
- Resolution
- 3840 × 2160
- Frame rate
- 29.97 fps
- Duration
- 7s
- Codec
- H.264 MP4
- File size
- 85 MB
- Location
- Chileno Beach Los Cabos, Baja California Sur, Mexico
- Year filmed
- 2022
- Published
- Feb 2022
Still Frames From This Clip
3 frames exported from the 4K master of this clip, in timeline order. The licensed download is the full-motion master, not these stills.
License this clip royalty-free for $79 (Standard: all media, worldwide, perpetual, up to 1M views) or $199 (Extended: unlimited distribution, broadcast TV, theatrical). Instant 4K download with a license PDF, direct from filmmaker Phil Maher.