MgAdptio is an autonomous mold scrubber drone that inspects, targets, and cleans mold on vertical and overhead surfaces. The drone scans surfaces, maps contamination, and applies cleaning agents with controlled spray and agitation. Facility managers, restoration crews, and industrial maintenance teams can use MgAdptio to reduce risk, lower labor time, and document results.
Key Takeaways
- The MgAdptio autonomous mold scrubber drone inspects and cleans mold on vertical and overhead surfaces with precise mapping and controlled chemical application.
- Equipped with a 2.2-liter solution tank and rotating microfiber pad, the drone achieves an average cleaning throughput of 1.4 square meters per minute, significantly reducing manual labor time.
- Its lightweight, corrosion-resistant design and hot-swap battery system enable continuous operation with quick battery changes, enhancing efficiency on large jobs.
- MgAdptio’s onboard sensors and software log cleaning data, chemical usage, and safety events, providing thorough documentation for clients and regulatory compliance.
- Safety features include obstacle avoidance, emergency tether port, and sealed chemical tank to protect operators and meet FAA and OSHA standards.
- Ideal for facility managers, restoration crews, and industrial maintenance teams, MgAdptio improves mold remediation consistency while minimizing worker exposure to spores.
What The MgAdptio Drone Is And Who It’s For
MgAdptio is an autonomous mold scrubber drone. It carries a cleaning head, onboard sensors, and a small chemical tank. The drone flies near walls, ceilings, and ducts. It scans surface conditions and logs locations with timestamps. Restoration technicians use MgAdptio to speed inspections and to limit worker exposure to spores. Building owners use MgAdptio to verify remediation and to keep digital records. Industrial maintenance teams use MgAdptio in warehouses and cooling towers where access is difficult. Contractors also use MgAdptio to prepare bids by showing contamination maps and estimated clean times. The device aims to cut manual scraping hours and to improve repeatability across sites.
Core Technical Specifications — Size, Power, And Cleaning System
MgAdptio measures 58 cm across its rotors and weighs 4.6 kg with an eight‑cell battery installed. The frame uses corrosion‑resistant aluminum and molded polymer panels. The drone uses brushless motors and variable pitch propellers for steady low‑speed flight close to surfaces. The standard battery gives 28 minutes of flight under full cleaning load. A hot‑swap battery system lets crews swap batteries in under 90 seconds. The cleaning system holds 2.2 liters of solution and uses a low‑pressure pump to deliver 0.12 liters per minute. The spray head integrates a replaceable microfiber pad that rotates at 120 rpm and applies measured pressure to the surface. The pad uses a quick‑change cartridge for different cleaning chemistries. MgAdptio supports neutral pH cleaners and EPA‑approved fungicides. The onboard controller limits spray duration per location and logs chemical use. The software exports usage reports for client invoices. The unit ships with a rugged case and charging station. The toolset includes spare pads, filters, and a calibration target for sensors.
Performance, Runtime, And Real-World Cleaning Throughput
MgAdptio cleans at an average net throughput of 1.4 square meters per minute when using the rotating pad and low‑pressure spray. In practice, throughput depends on surface type and contamination level. Painted drywall at light contamination shows 1.8 m²/min. Textured concrete at heavy contamination drops to 0.9 m²/min. A single battery cycle and one full tank typically cover 35–40 m² of moderate contamination. Crews using the hot‑swap battery and one spare tank can maintain continuous operation with short pauses for swaps. In field tests, a two‑person crew prepared, deployed, and completed a 150 m² wall run in 95 minutes compared with 6–8 hours for manual methods. The drone preserves surface finish by controlling pad pressure and dwell time. Data logs let teams track cleaned area per hour and compare costs against manual labor. MgAdptio supports scheduled maintenance passes and follow‑up scans to confirm regrowth status weeks after cleaning.
Maintenance, Safety Features, And Regulatory Compliance
MgAdptio includes daily and weekly maintenance checklists in the app. The drone runs a self‑test on sensors and motors at startup. The pad assembly requires inspection after 15 hours of use and replacement after 60 hours. The chemical tank uses a sealed quick‑connect to prevent spills. Safety features include a soft‑stop hover mode, redundant IMU sensors, and an emergency tether port for work at height. The obstacle avoidance system pauses cleaning and re‑routes when it detects people within a configured safety zone. The firmware logs safety events and flight parameters for audit. MgAdptio meets FAA small UAS rules for commercial operations when flown within line of sight and at approved altitudes. For indoor use, the unit follows OSHA guidance on confined space entry by reducing the need for personnel to enter the space. The drone carries MSDS links and a chemical usage log that helps teams comply with local environmental disposal rules. MgAdptio also ships with a compliance kit that includes signage templates, operator qualification checklists, and a calibration certificate for sensors.
