Omnibot thumbnail 1
Omnibot thumbnail 2
+13
images

This object consists of 7 parts, some of which may be located elsewhere.

Omnibot

Programmable Robot
1984 (manufactured)
Artist/Maker
Place of origin

Omnibot programmable robot plus accessories.

The robot has a transparent domed top with strobe eyes underneath. The body contains the battery and electronics, plus motors for propulsion. The back is rounded and the front squared and set with cassette player, clock, speaker and various switches. The arms match the body and the claws are black plastic. The arms move and the claws swivel. The right one has a round hole in the broad side and a slot in the narrow side. The left one is a grabber with its open/close lever on the outside; it also has a slot in the narrow side. The whole has a square base with protective rubber band and it is mounted on four black wheels with grey tractor tread. There is a fifth wheel which is the directional one, swivelling on a disc. On the rear left of the robot is an antenna.

Tray, moulded cream plastic with a red and black paper trim around edge. It has two lugs which fit across the front of the robot's chest, two plugs which fit into the arms and two round holes into which may be fitted glasses or mugs.

The Home Base is a sheet of card printed in black and red to show a square with arrows and the name 'TOMY' which is in white. This is used as the starting place for the robot to repeat its programmed cassettes accurately.

Master Control Unit - a radio remote control of moulded cream plastic with a metal pull out antenna at the top, a black control panel with switches, buttons and a directions stick. It also contains a microphone.
The remote control can be used to operate the robot's movements, its two sound systems, allow the operator's voice to sound through the onboard speaker and if wanted with the tape sound, cassette recording, record movement signals and operated the various on/off systems. There is a removeable cover for the battery compartment with a finger grip at the top end for simple opening.

Mains adapter - a black plastic box with a three prong plug and a length of black and white plastic covered wire, wire ends with a jack which fits into the body of the robot to recharge its battery. It has an imput of 240v, 50 Hz//AC only with an output of 6V.---400mA 2.4VA.

Omnibot Instruction Manual, a book printed with text and illustrations to show how to work and maintain the robot. It is printed in two langauges, English and French, and each section is forty pages long.

Object details

Categories
Object type
Parts
This object consists of 7 parts.
(Some alternative part names are also shown below)
  • Robot
  • Tray
  • Mat
  • Remote Control
  • Cover (Closure)
  • Plug
  • Mains Adaptor
  • Booklet
TitleOmnibot (manufacturer's title)
Materials and techniques
ABS, polycarbonate, PVC, electronic components, metals, printed card and paper
Brief description
Omnibot, programmable robot made in Japan by the Tomy Corporation, 1984, ABS and electronic components
Physical description
Omnibot programmable robot plus accessories.

The robot has a transparent domed top with strobe eyes underneath. The body contains the battery and electronics, plus motors for propulsion. The back is rounded and the front squared and set with cassette player, clock, speaker and various switches. The arms match the body and the claws are black plastic. The arms move and the claws swivel. The right one has a round hole in the broad side and a slot in the narrow side. The left one is a grabber with its open/close lever on the outside; it also has a slot in the narrow side. The whole has a square base with protective rubber band and it is mounted on four black wheels with grey tractor tread. There is a fifth wheel which is the directional one, swivelling on a disc. On the rear left of the robot is an antenna.

Tray, moulded cream plastic with a red and black paper trim around edge. It has two lugs which fit across the front of the robot's chest, two plugs which fit into the arms and two round holes into which may be fitted glasses or mugs.

The Home Base is a sheet of card printed in black and red to show a square with arrows and the name 'TOMY' which is in white. This is used as the starting place for the robot to repeat its programmed cassettes accurately.

Master Control Unit - a radio remote control of moulded cream plastic with a metal pull out antenna at the top, a black control panel with switches, buttons and a directions stick. It also contains a microphone.
The remote control can be used to operate the robot's movements, its two sound systems, allow the operator's voice to sound through the onboard speaker and if wanted with the tape sound, cassette recording, record movement signals and operated the various on/off systems. There is a removeable cover for the battery compartment with a finger grip at the top end for simple opening.

Mains adapter - a black plastic box with a three prong plug and a length of black and white plastic covered wire, wire ends with a jack which fits into the body of the robot to recharge its battery. It has an imput of 240v, 50 Hz//AC only with an output of 6V.---400mA 2.4VA.

Omnibot Instruction Manual, a book printed with text and illustrations to show how to work and maintain the robot. It is printed in two langauges, English and French, and each section is forty pages long.
Dimensions
  • Robot height: 390mm
  • Robot width: 340mm
  • Robot depth: 330mm
  • Tray width: 343mm
  • Tray depth: 152mm
  • Home base width: 349mm
  • Home base depth: 394mm
  • Master control unit height: 165mm
  • Master control unit width: 83mm
  • Master control unit depth: 51mm
Production typemass produced
Marks and inscriptions
  • '©1984 TOMY CANADA INC' (printed on page 40 of the instructions manual)
  • 'TOMY / ©Tomy Japan' (Moulded into underside of robot)
  • 'MODEL # 5402 rx / SERIAL # 7XV 5402B / DOC Licence Exemption under GRR 11, Sect 6 (4)' (Paper label glued on underneath also printed in French)
  • 'TOMY BATTERY CHARGER / For Indoor Use Only' (Silver and black plate on the front of the charger)
Gallery label
(01/07/2023)
Programming toys

Toy designers have experimented with programming functions since the late 1970s. Adding microchips meant that children could programme their toys, pressing buttons to create a series of actions.

Today’s more technically complex toys help children learn coding more easily, displaying functions as children programme them and again as the toys carry them out.

9 Big Trak
Designer: Milton Bradley
Date: 1979
Location: USA
Materials: Plastic, electronics

10 Mindstorms NXT 2.0
Designer: LEGO
Date: 2009
Location: Designed Denmark, manufactured China
Materials: Plastic, electronics
Museum no. B.66-2022

11 Code ’n Learn Kinderbot
Designer: Fisher Price
Date: 2019
Location: Designed USA,
manufactured China
Materials: Plastic, electronics

12 Omnibot
Designer: Tomy
Date: 1984
Location: Japan
Materials: Plastic, electronics
Given by T. J. Davis
Museum no. B.116-1998

[Young V&A, Design Gallery, Design helps us to learn, group object label]
Object history
Bought by the donor for his son, Christopher Davis, born in 1980
Production
1984 is the copyright date on the instructions manual.
Distributed by Tomy Canada Inc
Subject depicted
Other number
5402 - Model number
Collection
Accession number
B.116:1 to 7-1998

About this object record

Explore the Collections contains over a million catalogue records, and over half a million images. It is a working database that includes information compiled over the life of the museum. Some of our records may contain offensive and discriminatory language, or reflect outdated ideas, practice and analysis. We are committed to addressing these issues, and to review and update our records accordingly.

You can write to us to suggest improvements to the record.

Suggest feedback

Record createdJune 4, 1998
Record URL
Download as: JSON