Harley Quinn The complete first and second seasons

Halpern, Justin, 1980- (creator.). Schumacker, Patrick, (creator.). Lorey, Dean, (creator.). Cuoco, Kaley, (voice actor.). Bell, Lake, 1979- (voice actor.). Tudyk, Alan, (voice actor.). Funches, Ron, 1983- (voice actor.). Hale, Tony, (voice actor.). Alexander, Jason, (voice actor.). Oberg, Matt, (voice actor.). Bader, Diedrich, 1966- (voice actor.). Meloni, Christopher, (voice actor.). Smoove, J. B., 1964- (voice actor.). Warner Bros. Entertainment, (publisher.). Kaley Cuoco, Lake Bell, Alan Tudyk, Ron Funches, Tony Hale, Jason Alexander, Matt Oberg, Diedrich Bader, Chris Meloni, JB Smoove. (Cast).

Summary: Harley Quinn has finally broken things off once and for all with the Joker and attempts to make it on her own as the criminal Queenpin of Gotham City in this half-hour adult animated action-comedy series. With the help of Poison Ivy and a ragtag crew of DC castoffs, Harley tries to earn a seat at the biggest table in villainy: the Legion of Doom. Don't worry, she's got this. Or does she? In Season Two, Harley has defeated the Joker, and Gotham City is hers for the taking, what's left of it, that is.

Record details

Physical Description: 4 videodiscs (594 min.) : sound, color ; 4 3/4 in.
videodisc
Publisher: Burbank, CA : Warner Bros. Entertainment Inc., [2022]

Content descriptions

General Note:	Originally broadcast as individual episodes of a television program in 2019-2020. Wide screen.
Formatted Contents Note:	Season 2, Disc 2: Inner (Para) demons -- Bachelorette -- Dye hard -- A fight worth fighting for -- Lovers' quarrel -- Something borrowed, something green.
Participant or Performer Note:	Kaley Cuoco, Lake Bell, Alan Tudyk, Ron Funches, Tony Hale, Jason Alexander, Matt Oberg, Diedrich Bader, Chris Meloni, JB Smoove.
Target Audience Note:	TV rating: TV-MA.
System Details Note:	DVD, region 1; Dolby digital 5.1.
Language Note:	English dialogue; French subtitles; English subtitles for the deaf and hard of hearing (SDH).
Source of Description Note:	Title from disc surface.