New Vim 9.1 port brings modern editing to classic Commodore Amiga computers

Sometimes the retro computing world manages to surprise even long-time enthusiasts. In March 2026, a new package quietly appeared on Aminet that immediately caught the attention of Amiga users: Vim 9.1 for classic AmigaOS 3.x. At first glance it might not sound like headline-worthy news. After all, Vim is a text editor, and one that has existed for decades. But for people still using or experimenting with classic Amiga systems, this release is actually something special. It represents the first modern version of Vim available for the original 68k Amiga platform in well over 25 years. What makes this even more fitting is that Vim itself has strong historical ties to the Amiga. The editor was originally created by Dutch programmer Bram Moolenaar in the early 1990s as an improved version of the Unix editor vi. Early versions were distributed through the well-known Fred Fish disk collections, which many Amiga users from that era will remember fondly. Over time Vim grew far beyond its early beginnings and became one of the most widely used editors in the programming world. Developers across Linux, BSD, macOS and Windows adopted it for its speed, flexibility and powerful keyboard-driven workflow. While Vim continued evolving on modern platforms, the Amiga version eventually fell behind. Development for classic systems effectively stopped in the late 1990s, leaving Amiga users with Vim 5.8 from 1998 as the last real option for decades.

The newly released port of Vim 9.1 finally brings things up to date. This version runs on AmigaOS 3.x systems equipped with a Motorola 68020 processor or newer, which means it can work on many classic Amiga setups that enthusiasts still use today. The port was created by developer Duncan Bowring, who used a toolkit called amiport to help adapt the source code to the Amiga environment. Considering how large Vim has become over the years, the result is quite impressive. The project consists of hundreds of thousands of lines of C code spread across dozens of files, yet only a relatively small number of changes were needed to make it run on the aging operating system. Much of the original code compiled without major alterations, which speaks volumes about how carefully Vim was designed and how portable its codebase remains.

Despite running on hardware that many people would consider ancient by modern standards, the editor still delivers a surprisingly complete experience. Features such as syntax highlighting, split windows, multiple editing buffers, visual selection mode, code folding and built-in scripting support are all present. There is also spell checking, unlimited undo and redo, swap file recovery and even Blowfish encryption for files. In practical terms this means that developers who still enjoy working on classic Amiga machines now have access to a powerful editing tool that feels very similar to the Vim experience found on Windows and such. Of course there are a few limitations, but most of them stem from the operating system rather than the editor itself. AmigaOS 3.x predates many technologies that modern software assumes are available. As a result, features that rely on things like pseudo-terminal support or full Unicode text handling are not present. Capabilities such as job control, terminal channels and UTF-8 processing therefore remain unavailable.

Even so, for everyday editing, coding and scripting tasks the editor still offers far more functionality than most tools traditionally available on classic Amiga systems. Another pleasant surprise is how modest the requirements are. Vim 9.1 runs on a Motorola 68020 or better processor with AmigaOS 3.x and roughly four megabytes of RAM. The compiled binary itself is only a little over two megabytes in size. By modern standards that footprint is tiny, yet the editor delivers an impressive amount of capability. More than anything, this release highlights the enduring spirit of the Amiga community. Decades after the platform’s commercial heyday, people are still developing software for it, still porting modern tools, and still discovering new ways to push these machines further than anyone expected. Seeing a modern editor like Vim 9.1 running on hardware designed in the late 1980s feels both nostalgic and quietly remarkable. It serves as a reminder that good software and passionate communities can keep old systems alive far longer than anyone might have predicted. For many retro computing fans, that is exactly what makes the Amiga world so fascinating even today.

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