UGears
UGears Mechanical Aquarium
Quantity:
Pickup available at A Child's Delight, The Village at Corte Madera,
Usually ready in 4 hours
UGears Mechanical Aquarium
A Child's Delight, The Village at Corte Madera,
Pickup available, usually ready in 4 hours
1600 REDWOOD HWY
CORTE MADERA CA 94925-1248
United States
The Mechanical Aquarium from Ugears is an ingenious saltwater fishbowl, with two pet tropical fish chasing each other around a forest of macroalgae fronds, inside of which hides another small inhabitant of the marine environment—a seahorse! The beauty, variety and intrigue of saltwater fish-keeping makes it one of the world's most popular hobbies. Perhaps you are a snorkeling or diving enthusiast, and would like to be reminded of underwater adventures when you've dived a colorful reef or explored a kelp forest. Building Ugears' charming and unique wooden models, brain teasers and 3D puzzles has become a popular hobby for thousands of people in 85 countries across five continents. Now you can combine these hobbies in a single model!
Not only is this DIY aquarium model kit, with its original theme and design, a fine addition to the Ugears catalogue, but it also features a unique mechanical action. The fish and algae rotate simultaneously and in parallel, at different speeds and in different directions, simulating the smooth, undulating rhythms of underwater plant and animal life. The elegant fish look like they are really swimming as they move their heads and tails side-to-side. The Mechanical Aquarium model is unique in that while many Ugears models are propelled by rubber band motors, the Aquarium is driven by a spring, for longer action and greater longevity. At Ugears Ugears' pride ourselves on innovating, and on listening to Ugears' loyal customers, many of whom have been asking for models with spring-loaded mechanisms. Ugears' are proud to bring you this spring-action aquarium—a first in Ugears' growing catalogue of Ugears models!
To set the model in motion, wind the knob under the aquarium with about 25 half-turns, flip the switch from "STOP" to "SWIM" mode, then watch as your Mechanical Aquarium comes to life! The mechanism contains an internal pendulum to regulate and smooth the movement. Ugears' have designed this model to be the very definition of operational simplicity for users: one switch, two modes: on and off. You can stop the model at any time, or just let it go and enjoy the movements of the automaton fish and fronds for about 40 seconds.
Did you know the ancient Romans and Aztecs had rudimentary saltwater aquariums? (Those of the Aztecs were far grander). In 1846 British marine zoologist Anna Thynne created and maintained the first ecologically balanced marine aquarium over a period of three years, providing the inspiration for the London Zoo's Fish House seven years later. It wasn't until a century later, in the 1950s, that saltwater aquariums as a personal hobby really took off. Because of the need to periodically replenish tanks with fresh seawater, most early hobbyists lived near the ocean. Saltwater tanks have always required the hobbyist to buy quite a bit of associated equipment, including filtration, aeration, and lighting systems. Over the years, the aesthetics and technologies associated with saltwater aquariums have progressed, with bleached corals giving way to live rock and coral species, better water quality testing, better temperature control systems, commercial captive-breeding and coral propagation to reduce harvesting from vulnerable marine environments, and better understanding of species interconnectedness.
Not only is this DIY aquarium model kit, with its original theme and design, a fine addition to the Ugears catalogue, but it also features a unique mechanical action. The fish and algae rotate simultaneously and in parallel, at different speeds and in different directions, simulating the smooth, undulating rhythms of underwater plant and animal life. The elegant fish look like they are really swimming as they move their heads and tails side-to-side. The Mechanical Aquarium model is unique in that while many Ugears models are propelled by rubber band motors, the Aquarium is driven by a spring, for longer action and greater longevity. At Ugears Ugears' pride ourselves on innovating, and on listening to Ugears' loyal customers, many of whom have been asking for models with spring-loaded mechanisms. Ugears' are proud to bring you this spring-action aquarium—a first in Ugears' growing catalogue of Ugears models!
To set the model in motion, wind the knob under the aquarium with about 25 half-turns, flip the switch from "STOP" to "SWIM" mode, then watch as your Mechanical Aquarium comes to life! The mechanism contains an internal pendulum to regulate and smooth the movement. Ugears' have designed this model to be the very definition of operational simplicity for users: one switch, two modes: on and off. You can stop the model at any time, or just let it go and enjoy the movements of the automaton fish and fronds for about 40 seconds.
Did you know the ancient Romans and Aztecs had rudimentary saltwater aquariums? (Those of the Aztecs were far grander). In 1846 British marine zoologist Anna Thynne created and maintained the first ecologically balanced marine aquarium over a period of three years, providing the inspiration for the London Zoo's Fish House seven years later. It wasn't until a century later, in the 1950s, that saltwater aquariums as a personal hobby really took off. Because of the need to periodically replenish tanks with fresh seawater, most early hobbyists lived near the ocean. Saltwater tanks have always required the hobbyist to buy quite a bit of associated equipment, including filtration, aeration, and lighting systems. Over the years, the aesthetics and technologies associated with saltwater aquariums have progressed, with bleached corals giving way to live rock and coral species, better water quality testing, better temperature control systems, commercial captive-breeding and coral propagation to reduce harvesting from vulnerable marine environments, and better understanding of species interconnectedness.