Autumn - Sand Green Jacket, Sand Green Shorts

The Autumn minifigure, with her distinctive sand green jacket and shorts, is a desirable addition to any LEGO Friends collection. Her unique color scheme and detailed torso print featuring a ladybug and flower add to her charm. The dark orange curly hair with a thin braid is also a standout feature, making her easily recognizable.

As a character from the LEGO Friends universe, Autumn appeals to collectors who enjoy the storylines and characters of Heartlake City. Her appearance in a couple of retired sets further enhances her collectibility, as these sets become harder to find over time. Mint condition figures, especially with all accessories, are particularly sought after.

Autumn (fig-013283) appears in only two LEGO sets, both of which were released in 2023. The limited set appearances contribute to her relative rarity compared to minifigures found in numerous sets. Both sets containing Autumn have been retired, meaning no new figures are entering the market via retail channels.

While not a regional exclusive, the limited availability of the sets in their production year makes her somewhat harder to acquire on the aftermarket, especially in pristine condition. As time passes and more sets are disassembled, the availability of Autumn on the secondary market may decrease, potentially driving up her value.

Autumn's investment potential is moderate. While not an exceptionally rare or iconic character, her limited set appearances and the retirement of those sets suggest a steady, if not dramatic, increase in value over time. The LEGO Friends theme generally maintains a solid collector base, which supports the value of its minifigures.

Investors should consider acquiring Autumn in excellent condition, preferably with all her original accessories. Monitoring the aftermarket prices and demand for the sets she appeared in can provide insights into her future value. Compared to some licensed minifigures, her potential upside may be less volatile but offers a more stable growth trajectory.