The Deer Park Water Table is designed specifically for preschool-aged children and sits less than four feet above the ground. The exhibit features movable parts that visitors can position to change the flow of water. Visitors learn about water use, conservation, and the importance of healthy hydration. Inside this attraction, guests experience what it would be like to be inside a Category 1 hurricane as the wind races past them at speeds of up to 78 miles per hour. This exhibit lets young children try their hand at designing a car from plastic parts. The kids get to add hoses to the engine, details to the tires, and, after everything looks right, they can sit inside of their creation. Here visitors build their own structures out of KEVA planks. These planks, which look like elongated Jenga blocks, allow children to test their design skills along with their problem-solving skills. The center views this attraction as one that highlights the interplay between art, math and design. The Marine Tank is a 560-gallon tank, lit by LED lights that gives visitors a chance to watch a host of different sea creatures. For example, they can view horseshoe crabs, hermit crabs and spider crabs in a simulated natural environment. This allows visitors to learn more about these animals behaviors and their importance in the global ecosystem. Nanotechnology refers to studying objects that are only a few atoms wide. At the center's Nano Exhibits, visitors learn the basic behind this field and get a glimpse at how it is used in our modern world. Visitors also get to apply what they learn themselves, building large replicas of carbon nanotubes and a feature the center calls "Balance Our Nano Future". Newton's popular Second Law of Motion is expressed as f = ma, or force equal mass times acceleration. That's what visitors experience here. The Newton Chairs are just chairs that roll back when visitors push each other. The simple design illustrates Newton's law – if two visitors apply the same force to each other (push each other), then the difference in their mass will create a proportional difference in their acceleration. In other words, if child does this with their parent, the child will travel back much faster because the same force input is acting against a smaller mass. In September, 2016, the Da Vinci Science Center and the city of Easton, Pennsylvania signed a one-year memorandum of understanding to explore the possibility of opening up a $130 million space on the city's waterfront area. The construction for this project would take place on the properties along South Third Street and Larry Holmes Drive.