Based on the delightful display of these red-and-green themed gingerbread plush toys—crafted with red woven fabric, red velvet, and green velvet for that cozy holiday vibe—I've come up with a whimsical family of names to bring them to life. They seem like a merry crew of cookie-inspired characters, from tall standing guardians to smaller seated cuties. Here's a suggested naming scheme, imagining them as the "Sprinklewood Family," gathered for a Christmas tower party. I've grouped them loosely by size/pose for fun:

The Tall Guardians (the elegant standers at the top and sides)

• Ginger Snap: The confident leader with the red bow, holding a candy cane like a scepter—perfect for watching over the holidays.
• Velvet Holly: The graceful one in green velvet accents and a Christmas tree appliqué, evoking evergreen cheer.
• Peppermint Pippa: The playful tall figure with red-and-white stripes, ready to dash through the snow (or the living room).

The Mid-Tower Misfits (the stacked charmers with scarves and mittens)

• Frosty Finley: The bundled-up explorer in a green scarf, mittens on, dreaming of gingerbread adventures.
• Candy Cora: The rosy-cheeked sweetheart with lollipop in hand, all red velvet and sprinkles.
• Sprinkle Sage: The wise one with embroidered details, perched mid-stack like the family storyteller.

The Base Bouncers (the smaller, seated or lounging ones at the bottom)

• Jolly Juniper: The tiny green-vested elf-in-training, legs dangling with joy.
• Ribbon Rudy: The red-bowed rascal, ready for stocking stuffers and hugs.
• Mallow Mia: The soft, candy-buttoned cutie, looking extra huggable in mixed velvets.

These names play on holiday motifs like candy, evergreens, and baking puns to match their festive fabrics and poses. If this is a specific product line (like from a brand such as Douglas or Squishmallows) or you meant to identify an existing name, share more details—I couldn't pinpoint an exact match, but they're adorable either way! What do you think—any favorites, or should I rename the whole tower?