# DJ Flies Rocket in Kerbal Space Program Using MIDI Controller Scott Manley combines DJ skills with rocketry simulation in unprecedented experiment - **Source:** [Gizmodo](https://brifing.si/source/63382431-cef0-4c41-883e-2f88dc21351e) - **Published:** 2026-09-26 - **Original article:** - **On Brifing:** https://brifing.si/s/b4a38407-3ec2-4847-ace6-75131ee94e2c ## Unconventional control scheme Scott Manley, known for his rocketry and space content, attempted to control Kerbal Space Program using a Numark DJ2GO2 MIDI controller. The USB-powered two-channel device typically used for DJing was mapped to game controls through Python code. This marks the first known attempt to fly virtual spacecraft with DJ equipment. ## Technical implementation The project required converting MIDI signals from the DJ controller into game inputs. Manley's custom Python script translated fader movements and knobs into precise thrust and directional controls. The Numark DJ2GO2's sensitivity initially caused issues during aircraft tests, proving too responsive for stable flight. ## Rocket vs aircraft performance Initial attempts with aircraft resulted in catastrophic takeoffs and landings due to the controller's sensitivity. Surprisingly, the same controls worked better for rockets, where precise throttle adjustments matter more than continuous flight corrections. Manley successfully achieved orbit on his rocket attempt. ## Lunar landing achievement After reaching orbit, Manley executed a textbook lunar landing using only the DJ controller. The precision required for touchdown demonstrated the controller's capability for fine adjustments. This successful landing answered whether musical equipment could handle complex aerospace maneuvers. ## Community code sharing Manley made his Python conversion code available via Patreon, enabling others to attempt similar experiments. The open approach allows the Kerbal Space Program community to explore unconventional input methods. This follows Manley's history of pushing the game's boundaries through creative challenges. ## Physics simulation accuracy Kerbal Space Program's realistic physics engine made this experiment meaningful. The 2015 simulator accurately models orbital mechanics and spacecraft dynamics. Its reputation for accuracy means controller limitations reflect real-world piloting challenges rather than game limitations. ## Input device versatility The experiment demonstrates how specialized input devices can be repurposed through software mapping. MIDI controllers offer precise analog control that differs from traditional gamepads or keyboards. This opens possibilities for using musical equipment in other simulation contexts. ## Creative boundary pushing Manley's project exemplifies how content creators combine niche expertise to produce novel experiments. By merging his DJ skills with rocketry knowledge, he created unique educational entertainment. Such projects expand what audiences expect from both gaming and science communication content. ## Sources covering this story - https://gizmodo.com/watch-a-dj-discover-whether-you-can-fly-a-rocket-with-a-mixer-2000817537 — --- _Summary written by Brifing from the original reporting. Copyright in the original article belongs to its publisher; read the full piece at the link above._