Manhattan Toy® Wimmer Ferguson Sight & Sounds Travel Toy
The Wimmer-Ferguson Sights & Sounds Travel Toy is a versatile and engaging companion for your baby, featuring a range of stimulating attachments, including a rattle ring, circular mirror, crinkle paper, ribbon, and beads. Easily attaching to most strollers and carriers with a Velcro-like closure, this fantastic toy teaches cause and effect while keeping your little one entertained.
Trusted for over 30 years, Wimmer-Ferguson is the original pioneer in research-based, high-contrast colours and images for infant visual development. Their products incorporate graphics and patterns designed to adapt to a baby’s changing visual abilities, reflecting more than 40 years of academic research.
This unique collection of high-contrast, black & white toys makes the perfect gift for newborns as they develop their visual skills. The Sights & Sounds Travel Toy is surface washable and suitable for newborns and up.
Highlights:
- Variety of engaging attachments
- Attaches to strollers and carriers with a Velcro-like closure
- Stimulates cause-and-effect learning
- Trusted Wimmer-Ferguson brand
- High-contrast colours and images for infant visual development
- Suitable for ages newborn and up
- Package dimensions 22.9cm L x 5.7cm H x 11.4cm W x 0.1kg
- Product dimensions 22.9cm L x 5.7cm H x 11.4cm W
About the Manhattan Toy® Company
Francis Goldwyn, the founder of Manhattan Toy Company, is the grandson of Hollywood mogul Samuel Goldwyn. Francis started the company in 1978 after leaving the family business. The company, now based in Minneapolis, designs and produces influential toys like the top-rated "Skwish," Winkel, and sensory plush toys.Unique Toys
- Safety is a top priority- Manhattan Toys utilise thoroughly tested, water-based paints on all wooden toys, which are tested to strict international standards.
- Intelligent and unique design.
- Award-winning products with a worldwide following.
- Create plush and other toys that stimulate multiple senses - visual, audible, touch and kinetic.