Gdfnmogo Realistic Lobster Model Plastic Simulation Crab Decoration Big Lobster Props Set for Marine Themed Party Home Decor(D)

• EYE-CATCHING DECORATION: This simulation lobster model showcases for stunning colors and lifelike textures that make it a standout piece in any decorative arrangement
• MULTIPLE USES: Perfect for photography , theatrical performances, or themed events, this lobster prop enhances the ambiance with its marine-inspired design
• LIGHTWEIGHT DESIGN: Weighing just a few ounces, this model is easy to transport and rearrange, making it convenient for any occasion or setup change
• STURDY CONSTRUCTION: Made from plastic, this lobster model is built to last through various displays and settings without sacrificing its visual appeal
• SIZING OPTIONS AVAILABLE: Choose from various sizes (A 47x23x6cm; B 36x13x6cm; C 33x23x6cm; D 22x5x6cm) to suit your decorative needs

Features *Realistic Design: This simulation lobster model is crafted with meticulous attention to detail, replicating the vibrant colors and textures of a real lobster, making it an eye-catching decorative piece. *Versatile Usage: Perfect for various settings, this lobster prop can be used in photography, theater productions, or as part of themed events, adding a touch of marine charm wherever displayed. *Good Material: Made from good plastic, this model is designed to withstand wear and tear, making it remains a staple in your decor for years to come without losing its appeal. *Lightweight and Easy to Handle: Weighing only a few ounces, this lobster model is for easy to move around and set up, making it convenient for quick changes in decoration or staging. *Creative Decoration: For -themed parties or educational settings, this lobster prop serves not only as decor but also as an engaging tool for discussions about marine life. Specifications Part Name:Simulation lobster model plastic simulation crab decoration big lobster Material:Plastic Size:A:47*23*6cm; B:36*13*6cm; C:33*23*6cm; D:22*13.5*6cm Color:Red Package Content 1 x Lobster simulation