$149 · Editorial onlyDirect license: editorial use only. $149 flat from Stockfilm for documentary, news and educational use, plus internal and organic social use. Not permitted in advertising, sponsored or branded content, broadcast promotion or any paid commercial placement.
$149 · Editorial onlyDirect license: editorial use only
$149 USD flat · royalty-free worldwide · 4K restored master (MP4)
Before you add to cart: Editorial use only: documentary, news, educational, internal and organic social use. Not permitted in advertising, sponsored or branded content, broadcast promotion or any paid commercial placement. Checkout will only offer editorial, educational, internal and social/web scopes.
Stockfilm licenses the rights identified in the applicable agreement. Additional use-specific review may be required. See the Licensing Guide and Archive Integrity.
Shot on 8mm film in 1963, this vintage home movie captures two men in a grassy field in Russia. The grainy black-and-white footage shows one man standing near a mound of sand or gravel, while another walks past a large piece of machinery. The scene unfolds in a rural or park-like setting with trees in the background, evoking a sense of mid-century everyday life and outdoor recreation. The film's natural grain and slight motion blur preserve the authentic feel of a personal 1960s home movie.
$149 · Editorial only Direct license: editorial use only. Editorial use only: documentary, news, educational, internal and organic social use. Not permitted in advertising, sponsored or branded content, broadcast promotion or any paid commercial placement.
Minors are visible. Editorial use only; commercial use is not offered for this clip, and a sensitive-use review is recommended.
Flags come from automated catalog metadata, not a legal opinion. The source is an original 8mm / Super 8 Home Movie reel. For high-stakes commercial use, request a full rights review.
Confidence labels are defined on Archive Integrity. Fields without a recorded value are shown as not recorded rather than assumed.
