The Tale of Elsie Bossing 1975
The Tale of Elsie Bossing (1975) is a playful yet oddly suspenseful stop-motion animation short that blends humor with a dash of danger.
Cast
Frequently Asked Questions
What is The Tale of Elsie Bossing (1975) about?
This seven-minute stop-motion short follows the daring antics of an elderly woman who repeatedly defies traffic to cross the road. Introduced by Henry Cooper, it blends humor and suspense in a uniquely animated style.
Who directed The Tale of Elsie Bossing?
Director information is not available.
Who stars in The Tale of Elsie Bossing?
The main cast features Cyril Fletcher in the animated lead role, with Henry Cooper as the narrator.
Is The Tale of Elsie Bossing (1975) worth watching?
Though it's a short film with no IMDb rating, its quirky charm and clever animation make it a delightful watch for fans of vintage stop-motion and documentary styles. Its lighthearted risk-taking premise keeps it engaging from start to finish.
How long is The Tale of Elsie Bossing?
The film runs for 7 minutes.
About The Tale of Elsie Bossing (1975) — A Stop-Motion Short with Big Personality
The Tale of Elsie Bossing (1975) is a playful yet oddly suspenseful stop-motion animation short that blends humor with a dash of danger. Directed by an unknown filmmaker, this seven-minute film follows the daring antics of a stubborn elderly woman who repeatedly risks life and limb by boldly crossing the road—no matter the traffic. Henry Cooper's warm introduction sets the tone for this whimsical yet thought-provoking piece, which balances lighthearted storytelling with subtle commentary on age, caution, and curiosity.
Animation fans and documentary lovers alike will appreciate this charming, offbeat gem that defies expectations. With Cyril Fletcher's animated portrayal at its heart, The Tale of Elsie Bossing captures a timeless slice of life that feels both nostalgic and refreshingly unconventional. Its compact runtime makes it a perfect quick watch for curious viewers looking for something with a quirky edge.