ARCADE ROMS

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Below is a table representhing the roms for Mission 660 (US) and its clones (if any). Red roms are similar between all versions but green roms differ, which means that if you wish to change the game's region or language, it may be possible make the change simply by reprogramming fresh roms with other version's contents.

Note that the rom information displayed here is automatically parsed from Multiple Arcade Machine Emulator (www.mame.net) C source code, so some of it can be incorrect. However, if you notice that some parts of the data are constantly incorrectly displayed in more than one game, please contact me so that I can fix the problem.

You might also be interested in this game's dip switches.

m660 Mission 660 (US)   CPU1 chips: 660l.bin 8x16kbits 0x0000 -> 660m.bin 8x16kbits 0x4000 -> 660n.bin 8x16kbits 0x8000 ->   CPU2 chips: 14.4n 8x16kbits 0x0000 ->   CPU3 chips: 13.4j 8x16kbits 0x0000 ->   CPU4 chips: 660x.bin 8x32kbits 0x0000 ->   GFX1 chips: 4.7k 8x16kbits 0x0000 -> 5.6k 8x16kbits 0x4000 -> 6.5k 8x16kbits 0x8000 ->   GFX2 chips: 660u.bin 8x8kbits 0x0000 -> 660v.bin 8x8kbits 0x2000 -> 660w.bin 8x8kbits 0x4000 ->   GFX3 chips: 7.15e 8x16kbits 0x0000 -> 8.15d 8x16kbits 0x4000 -> 9.15b 8x16kbits 0x8000 ->   PROMS chips: 4r.bpr 8x256bits 0x000 -> 4p.bpr 8x256bits 0x100 -> 5r.bpr 8x256bits 0x200 ->

m660j Mission 660 (Japan)   CPU1 chips: 1.3c 8x16kbits 0x0000 -> 2.3d 8x16kbits 0x4000 -> 3.3f 8x16kbits 0x8000 ->   CPU2 chips: 14.4n 8x16kbits 0x0000 ->   CPU3 chips: 13.4j 8x16kbits 0x0000 ->   CPU4 chips: d.4e 8x16kbits 0x0000 -> e.4d 8x16kbits 0x4000 ->   GFX1 chips: 4.7k 8x16kbits 0x0000 -> 5.6k 8x16kbits 0x4000 -> 6.5k 8x16kbits 0x8000 ->   GFX2 chips: a.16j 8x8kbits 0x0000 -> b.16k 8x8kbits 0x2000 -> c.16m 8x8kbits 0x4000 ->   GFX3 chips: 7.15e 8x16kbits 0x0000 -> 8.15d 8x16kbits 0x4000 -> 9.15b 8x16kbits 0x8000 ->   PROMS chips: 4r.bpr 8x256bits 0x000 -> 4p.bpr 8x256bits 0x100 -> 5r.bpr 8x256bits 0x200 ->

m660b Mission 660 (bootleg)   CPU1 chips: m660-1.bin 8x16kbits 0x0000 -> 2.3d 8x16kbits 0x4000 -> 3.3f 8x16kbits 0x8000 ->   CPU2 chips: 14.4n 8x16kbits 0x0000 ->   CPU3 chips: 13.4j 8x16kbits 0x0000 ->   CPU4 chips: 660x.bin 8x32kbits 0x0000 ->   GFX1 chips: 4.7k 8x16kbits 0x0000 -> 5.6k 8x16kbits 0x4000 -> 6.5k 8x16kbits 0x8000 ->   GFX2 chips: m660-10.bin 8x8kbits 0x0000 -> b.16k 8x8kbits 0x2000 -> c.16m 8x8kbits 0x4000 ->   GFX3 chips: 7.15e 8x16kbits 0x0000 -> 8.15d 8x16kbits 0x4000 -> 9.15b 8x16kbits 0x8000 ->   PROMS chips: 4r.bpr 8x256bits 0x000 -> 4p.bpr 8x256bits 0x100 -> 5r.bpr 8x256bits 0x200 ->

alphaxz The Alphax Z (Japan)   CPU1 chips: az-01.bin 8x16kbits 0x0000 -> az-02.bin 8x16kbits 0x4000 -> az-03.bin 8x16kbits 0x8000 ->   CPU2 chips: 14.4n 8x16kbits 0x0000 ->   CPU3 chips: 13.4j 8x16kbits 0x0000 ->   CPU4 chips: 660x.bin 8x32kbits 0x0000 ->   GFX1 chips: az-04.bin 8x16kbits 0x00000 -> az-05.bin 8x16kbits 0x04000 -> az-06.bin 8x16kbits 0x08000 ->   GFX2 chips: az-10.bin 8x8kbits 0x00000 -> az-11.bin 8x8kbits 0x02000 -> az-12.bin 8x8kbits 0x04000 ->   GFX3 chips: az-07.bin 8x16kbits 0x00000 -> az-08.bin 8x16kbits 0x04000 -> az-09.bin 8x16kbits 0x08000 ->   PROMS chips: 4r.bpr 8x256bits 0x000 -> 4p.bpr 8x256bits 0x100 -> 5r.bpr 8x256bits 0x200 ->