Batman for Amstrad CPC

Amstrad CPC

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Batman

Online version of Batman for Amstrad CPC. Batman is a 1986 3D isometric action-adventure game by Ocean Software for the Amstrad CPC, MSX, ZX Spectrum and the first Batman game developed. The object of the game is to rescue Robin by collecting the seven parts of the Batcraft hovercraft that are scattered around the Batcave. The gameplay takes place in a 3D isometric universe, which programmer Jon Ritman and artist Bernie Drummond would further develop for 1987's Head Over Heels, and is notable for implementing an early example of a save game system that allows players to restart from an intermediate point in the game on the loss of all lives rather than returning all the way to the start...

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Amstrad CPC Computers

Online emulated version of Batman was originally developed for the Amstrad CPC (Colour Personal Computer), a series of 8-bit home computers produced by Amstrad between 1984 and 1990. It was designed to compete in the mid-1980s home computer market dominated by the Commodore 64 and the Sinclair ZX Spectrum in Europe. The series spawned a total of six distinct models: The CPC464, CPC664, and CPC6128 were highly successful competitors in the European home computer market. The later 464plus and 6128plus, intended to prolong the system's lifecycle with hardware updates, were considerably less successful, as was the attempt to repackage the plus hardware into a game console as the GX4000.

The CPC models' hardware is based on the Zilog Z80A CPU, complemented with either 64 or 128 KB of RAM. Their computer-in-a-keyboard design prominently features an integrated storage device, either a compact cassette deck or 3 inch floppy disk drive. The main units were only sold bundled with either a colour, green-screen or monochrome monitor that doubles as the main unit's power supply. Three built-in display resolutions are available: 160×200 pixels with 16 colours, 320×200 pixels with 4 colours, and 640×200 pixels with 2 colours.
The CPC uses the General Instrument AY-3-8912 sound chip, providing three channels, each configurable to generate square waves, white noise or both. Additionally, a wide range of first and third-party hardware extensions such as external disk drives, printers, and memory extensions, was available.