Gizmos & Gadgets!

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Super Solvers: Gizmos & Gadgets
Super Solvers - Gizmos & Gadgets Coverart.png
Developer(s) The Learning Company
Publisher(s) The Learning Company
Designer Designer Missing
Engine Engine Missing
status Status Missing
Release date 1993 (NA)
Genre Platformer
Mode(s) Single-player
Age rating(s) Ratings Missing
Platform(s) PC
Arcade system Arcade System Missing
Media Floppy Disk
Input keyboard
Requirements Requirements Missing
Credits | Soundtrack | Codes | Walkthrough

Super Solvers: Gizmos & Gadgets is an educational science computer game designed by The Learning Company. It is intended to teach children between the ages of 7 and 12 introductory mechanics, namely simple machines, magnets, basic electronics, and forms of energy. The original game is compatible with computers running DOS 3.3 or higher and a later CD release added Windows 95 and Macintosh compatibility. A popular game through 1997, The Learning Company, then incorporated with Brøderbund, discontinued Gizmos & Gadgets in 1998. Riverdeep eventually obtained the rights and re-released it in some of the "Adventure Workshop" collections.

Gameplay[edit | edit source]

The object of the game is to win 15 races in different vehicles against Morty Maxwell at the Shady Glen Technology Center. This is done by moving the Super Solver around a series of warehouses to collect vehicle parts by solving puzzles involving principles of physics.

The Characters[edit | edit source]

Super Solver
The Super Solver is the user-controlled main character. The user moves the Super Solver around warehouses collecting parts that are used to build the vehicles.

Morty Maxwell
Morty is the Antagonist. He battles the Super Solver in all 15 races.

Morty's Goons, they hang around the warehouse and if the player runs into them they steal one of the parts. The only way to stop them is to throw bananas at them, causing them to sleep and relinquish any part(s) they had taken.

The Races[edit | edit source]

There are 15 races; five races in each of three categories, automotive, alternative energy, and aircraft. The races get progressively harder and the vehicles more complex as the player nears the fifth race in each category.

A hidden 16th level involving a nuclear submarine can be unlocked by defeating the first 15 levels in a remarkable time. This level introduces some of the basics of nuclear physics, such as nuclear fission.

The Warehouse[edit | edit source]

The warehouse where the parts are kept is a maze-like building through which the player must navigate. There are multiple levels and the only ways to travel between them are to be blown by vents, jump off springboards, or jump off trampolines (to move up) or to walk off a ledge (to move down.) There is also a "front" (where the player can see the whole warehouse and few boxes are generally visible) and a "back" (which is a small portion of the front where the majority of boxes are.) They are separated by doors. Doors begin locked and can only be unlocked by solving a science-related puzzle. Once unlocked the player can move back and forth freely through that door. However, because the only way to reach the majority of the warehouse is through the "front" but since most boxes are on the "back" the player must unlock many, if not most of the doors.

Educational value[edit | edit source]

In solving the puzzles, players learn about science and math principles, including:

  • Balance - balancing a scale using different weights and distances
  • Electricity - constructing various types of series and parallel circuits
  • Energy - matching activities to energy types: chemical, electrical, kinetic, nuclear, potential, light, heat, mechanical
  • Force - propelling various sized objects into a flashing hole (depending on ramp, gravity and/or friction)
  • Gears - constructing machines using gears of various sizes
  • Magnetics - constructing various North-South pole patterns
  • Machines - building common objects out of simple machine pieces

In building vehicles, players learn about good, better and best principles. For example, that a rounded nose on a car is more aerodynamic and faster than a flat nose, and a pointed nose is better still.

External links[edit | edit source]