Jenny Funnell - Actor Profile

Jenny Funnell

Acting
Freshness: Jan 28, 2026
5Total Films
7.4 Highest Rated
Born: May 20, 1963
Birth Place: Nairobi, Kenya

About Jenny Funnell

Jenny Victoria Funnell (born 20 May 1963) is a British actress best known for her role as Sandy in the British sitcom As Time Goes By.

Career Statistics & Market Influence

Analyzing the cinematic journey of Jenny Funnell reveals a career defined by diverse artistic exploration. With a total of 5 major appearances, the actor has established a significant footprint in global cinema.

Genre Dominance: Comedy

The majority of Jenny Funnell's filmography leans towards the Comedy genre. Audience data suggests that viewers respond most favorably to this persona, though their versatility has allowed for successful crossovers into other categories.

The "Box Office" Signature

With a 40% Success Ratio (movies rated above 6.5), Jenny Funnell remains a reliable draw for studios. Their peak performance was recorded in Williams, which continues to be the benchmark for their career rating-wise.

Best Jenny Funnell Movies Ranked

Must-watch hits from Jenny Funnell's career based on audience ratings.

Complete Filmography & Success Status

Tracking the career evolution and box office verdicts of Jenny Funnell.

YearMovieCharacterSuccessMore
2023 Polite Society Ms. Spence Average Similar →
2021 Me, Myself & Di Patricia Craven Average Similar →
2017 Williams Pamela Cockerill Hit Similar →
1992 Freddie As F.R.O.7. Additional voices (voice) Flop Similar →
1989 Norbert Smith: A Life Eileen Hit Similar →

Jenny Funnell - Frequently Asked Questions

What is the best movie of Jenny Funnell?

According to audience ratings, the best movie starring Jenny Funnell is "Williams" with a rating of 7.4/10.

How many movies has Jenny Funnell acted in?

Jenny Funnell has been featured in at least 5 major films throughout their career.

What are some other popular movies by Jenny Funnell?

Other notable films include "Norbert Smith: A Life", "Polite Society", and "Me, Myself & Di".