Professional UAV L1

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Professional Light Show Drones Performance Drones


MMC L1 is an professional light show drone, its an autonomous light-show drone system engineered for large-scale aerial spectacles, combining centimeter-level RTK positioning, 900-lumen RGBW lighting and AI-based swarm control. The system automates case deployment, flight choreography and precision return/docking to reduce setup time and operational complexity.


Key features

• Supports mega swarms of 5,000 drones for large synchronized 3D performances
• Centimeter-level RTK positioning for tightly coordinated formations (±5 cm horizontal accuracy)
• 900-lumen RGBW light unit per drone for high-visibility full-color displays
• Integrated automatic case deployment and retrieval with one-button activation
• Autonomous take-off, precision return and secure docking to cases (docking vertical accuracy ±6 cm)
• AI-powered swarm choreography and intelligent swarm control for complex formations
• Operational workflow optimized for rapid deployment and recovery (approx. 10-minute deployment time)
• Robust avionics with anti-interference capability and sensor redundancy for reliable outdoor operation
• Commercial options: trade-in program, flexible rental mode and dealer distribution

Technical specifications

• Brand: MMC
• Model: L1
• Maximum swarm size: 5,000 drones
• Positioning system: RTK (centimeter-level)
• Positioning accuracy: ±5 cm horizontal (RTK); ±6 cm vertical (docking/return)
• Light module: RGBW, 900-lumen output per drone
• Automatic deployment: integrated automatic case deployment system
• Automatic return/docking: precision return sequence with case alignment and secure docking
• Deployment speed: ~10-minute rapid deployment (reference on product page)
• Resilience: anti-interference capability and sensor redundancy
• Primary use cases: major events, brand activations, cultural celebrations, mega concerts and large public spectacles
• Packaging/logistics: designed for repeated large-scale shows with automated retrieval to minimize human intervention