Flying a Virtual Rocket with a DJ Controller: How One YouTuber Did It

In an unconventional crossover between DJ culture and space simulation, YouTuber Scott Manley demonstrated how a Numark DJ2GO2 controller could be used to fly a virtual rocket in Kerbal Space Program. The experiment, which involved mapping MIDI inputs to game commands via Python, succeeded in landing the rocket on a virtual moon—proving that even niche technical challenges can be tackled with creative thinking.

The Experiment

YouTuber Scott Manley, known for his content on space and rocketry, recently conducted an unusual experiment: attempting to fly a virtual rocket in Kerbal Space Program using a DJ controller. According to Gizmodo, Manley used a Numark DJ2GO2, a compact, USB-powered DJ mixer that outputs MIDI signals, to control the game.

Manley mapped the MIDI inputs from the DJ controller to Kerbal Space Program commands using Python code. This allowed him to translate the physical movements of the DJ controller’s knobs, buttons, and faders into in-game actions typically executed via keyboard or mouse.

The experiment began with a less successful attempt to fly a plane within the game. Manley reported that the DJ controller’s controls were ill-suited for aviation, leading to a challenging take-off and landing. However, the controller proved more effective for rocketry, as its inputs aligned better with the precision required for spaceflight.

Success and Implications

Manley ultimately succeeded in landing a virtual rocket on a virtual moon, answering the experiment’s central question: yes, a DJ controller can fly a rocket—at least in a simulation. The achievement highlights the flexibility of consumer hardware when paired with custom software and creative problem-solving.

For those interested in replicating the experiment, Manley has made his Python code available on his Patreon. The project serves as an example of how niche technical challenges can be addressed with off-the-shelf tools and open-source software.

While the experiment may seem like a novelty, it underscores the potential for repurposing everyday technology in unexpected ways. It also reflects the growing trend of DIY tech experimentation, where hobbyists and creators push the boundaries of what’s possible with available tools.

What this means

LazyFounders analysis — our interpretation, not reported fact.

This story is a fun but practical example of how creative problem-solving and DIY technology can intersect. For founders and operators, it underscores the value of experimentation—whether in gaming, hardware repurposing, or software development. While flying a rocket with a DJ controller may seem like a novelty, it highlights how open-source tools, modular hardware, and code can be combined to solve unconventional challenges. It’s a reminder that innovation often starts with asking, "What if we tried this differently?"

Key takeaways

• Scott Manley used a Numark DJ2GO2 DJ controller to fly a virtual rocket in Kerbal Space Program.
• The DJ controller’s MIDI outputs were mapped to game commands using Python code.
• Manley initially struggled to fly a plane but succeeded in landing a rocket on a virtual moon.
• The experiment proved that DJ equipment can be repurposed for technical simulations.
• Manley’s Python code for the project is accessible via his Patreon.

FAQ

Why did Scott Manley use a DJ controller for this experiment?

Manley, who is both a space enthusiast and a DJ, wanted to explore whether a DJ controller’s MIDI outputs could be repurposed to control a virtual rocket. The experiment was driven by curiosity and a desire to test the limits of hardware flexibility.

How did the DJ controller interface with Kerbal Space Program?

The Numark DJ2GO2 outputs MIDI signals, which Manley mapped to specific commands in Kerbal Space Program using Python code. This allowed the controller’s physical inputs to trigger in-game actions.

Can anyone try this experiment?

Yes, Manley has made his Python code available on his Patreon. However, replicating the experiment requires basic knowledge of Python, MIDI mapping, and the Kerbal Space Program game.

Why was flying a plane more difficult than landing a rocket?

The DJ controller’s inputs were better suited for the precise, incremental adjustments required in rocketry. Flying a plane in Kerbal Space Program demands more nuanced control, which the controller’s layout and sensitivity did not support as effectively.

What does this experiment mean for DIY technology?

The experiment demonstrates how consumer hardware can be repurposed for technical applications with the right software and creativity. It’s a testament to the flexibility of DIY tech and the potential for innovation outside traditional use cases.

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