LEGO Babette Minifigure
Specifications
| Theme | Disney |
|---|---|
| Known variants | 2 |
| Sets | 2 |
| First appearance | 2016 |
| Last appearance | 2025 |
| Reference | fig-016209 |
The LEGO minifigure Babette has 2 recorded variants and appears in 2 sets, from 2016 to 2025. Below you'll find each version, the boxes that contain it and the smallest set to get it.
All of these sets belong to the Disney theme.
None of the variants appears in two sets: each one exists in just a single box, so you need as many sets as there are variants to collect them all.
The smallest set to get Babette
The smallest set that contains Babette is 41067 Belle's Enchanted Castle (2016): 374 pieces. At the other end of the scale, the largest, 43263 Beauty and the Beast Castle (2025), has 2,916 pieces.
| Set | Year | Pieces | Minifigs in the box |
|---|---|---|---|
| 41067 Belle's Enchanted Castle | 2016 | 374 | 8 |
| 43263 Beauty and the Beast Castle | 2025 | 2,916 | 12 |
Characters that accompany Babette
Characters most often found in the same boxes as Babette, with the number of sets they share.
| Character | Shared sets | |
|---|---|---|
| Belle | 2 | |
| Lumière | 2 | |
| Beast | 2 | |
| Mrs. Potts | 2 |
All known variants
- Babettefig-016209 · 2025 · In 1 set
Babettefig-010625 · 2016 · In 1 set
Sets containing this minifigure
Frequently asked questions
How many LEGO sets include the Babette minifigure?
The Babette minifigure appears in 2 recorded LEGO sets, between 2016 and 2025.
How many variants of the LEGO minifigure Babette are there?
Babette: 2 recorded variants, in 2 sets.
Which LEGO theme does Babette belong to?
Babette belongs to the LEGO Disney theme.
What is the most recent set with Babette?
The most recent recorded set with this minifigure is 43263 Beauty and the Beast Castle (2025).
What is the smallest LEGO set with the minifigure Babette?
41067 Belle's Enchanted Castle (2016): 374 pieces. It is the smallest of all the sets that contain Babette.
Which characters most often accompany Babette?
Belle, Lumière and Beast, based on the sets where they appear together.