Gyromite
Encyclopedia : G : GY : GYR : Gyromite
Gyromite (also known as Robot Gyro) is a video game released in 1985 for the Nintendo Entertainment System, designed for use with the Robotic Operating Buddy. Gyromite is one of two games in Nintendo's Robot Series, the other being Stack-Up.
Story
Professor Hector and his assistant, Professor Vector, navigate side-scrolling platform levels with the help of their creation, R.O.B. Their lives are threatened by dynamite and hungry little lizards called Smicks, and Professor Hector's sleep-walking tendencies get him in trouble as well. Is there no rest for R.O.B.?Equipment
- Two Gyros: weighty, metal-tipped tops that spin independently of their handles.
- One holder: occupies two accessory slots (instructions dictate #4&5), holds Gyros when not in use.
- One Tray: occupies two accessory slots (instructions dictate #2&3), holds one standard NES controller plugged into controller port #2, and operates the A and B buttons on it when Gyros are set atop the appropriate color-coded pedestals.
- One Spinner: occupies one accessory slot (instructions dictate #1), powered by one D battery, used to spin the Gyros up to speed so that they can rest on the tray's pedestals. At full speed, a Gyro may spin for approximately five minutes.
- Two Hands: claw-shaped tips for R.O.B.'s hands that let him tightly grip the handles of the Gyros. Can easily recover a spinning gyro that has begun to wobble.
Game principle
As the Professor character moves through the levels, R.O.B. must aid navigation by raising and lowering red and blue gates. When a Gyro depresses the red pedestal, red gates are lowered. When a gyro depresses the blue pedestal, blue gates are lowered. The action on the screen never stops: so while operating R.O.B., the on-screen character continues to be vulnerable.General strategy
R.O.B. equipped for Gyromite
- Gyros needn't be spinning when lowering just one set of gates at a time. R.O.B. can simply hold a Gyro, and use it to press the pedestals as needed, without setting it spinning or letting it go. Only when lowering both colors of gates simultaneously must a Gyro be brought to the spinner, then abandoned on a pedestal so that the other Gyro may be used in conjunction.
- A spinning Gyro can be dropped from any height to rest on a pedestal. (From maximum height, this is a very satisfying maneuver to watch, but it may leave indentations.)
- Though the instructions recommend the accessories be attached as illustrated here, other configurations are possible. The player may set them up in any order desired.
Game modes
- Game A (1 or 2 players)
- Game B (1 player)
- Test
- Direct
Trivia
- The opening screen of the game shows the title "Robot Gyro", the Japanese name of the game, released for the Famicom. Essentially, a Gyromite cartridge contains the circuit board from a Famicom "Robot Gyro" cartridge, attached to an adaptor that allows the game to be played on NES systems (Famicom games had 60-pin connectors, so the adaptor converted the game so it can be used with a 72-pin connector). Internationally minded collectors can disassemble Gyromite cartridges in order to use the Famicom cartridge adaptor inside. Gyromite cartridges are far easier to find than conventional Famicom-NES adaptors.
- Professor Hector appears in Kirby's Dreamland 3. He rewards Kirby with a Heart Star if Kirby retrieves all the pieces of R.O.B..
- In Tetris DS, in the main game menus, Professor Hector walks back and forth along the bottom edge of the top screen, sometimes sleepwalking as in Gyromite Game B.
- It is now common to find unaccompanied Gyromite cartridges at vintage game stores, priced at only a few dollars apiece. Gyromite was included with every R.O.B., and was not sold separately. Virtually every unaccessorized Gyromite cartridge represents a lonely R.O.B., out there in the world somewhere.
- A large portion (possibly a majority) of Gyromite fans prefer to cheat by operating controller two without R.O.B. There are many people who love the game, and have never used a R.O.B.
External links
From Wikipedia, the Free Encyclopedia. Original article here. Support Wikipedia by contributing or donating.
All text is available under the terms of the GNU Free Documentation License See Wikipedia Copyrights for details.
