MQ-tech drone—Aerial Hercules, Carrying Hope for the Hometown
Aerial Hercules · Making Mountain Transportation Easier—MQ-tech drone, using drones to improve our hometown.
MQ-tech drone is a local drone team from Leshan, specializing in high-load, low-altitude logistics solutions. Our independently developed third-generation "Aerial Hercules" can stably lift loads of up to 150 kg in harsh mountainous environments, significantly improving the efficiency of mountain material transportation. It has been applied in water conservancy, power grids, and fruit and vegetable transportation, helping farmers increase income and speed up construction projects, bringing the value of the low-altitude economy to every mountain village.
In the deep mountains of Leshan, moving a 6-meter water pipe once took four strong men six hours. Now, an MQ-tech drone "Aerial Hercules" can complete the task in 15 minutes, reducing costs, doubling efficiency, and bringing more smiles to the faces of villagers. This isn't a gimmick; it's the result of our team's perseverance and dedication to technology. A carbon fiber-reinforced fuselage, dual-mode navigation (GPS + vision), millimeter-wave rain-penetrating detection, and a wind-resistant design allow our drone to carry 150 kg and withstand force 8 winds. We're not just machines; we're tools that improve life in our hometown. #MQtech #LowAltitudeEconomy #AirHercules
MQ-tech Drone was founded in a small workshop in my hometown by a group of post-90s individuals who grew up in model airplane fields. Returning to Leshan, they witnessed the harsh realities of mountain transportation: lifting water pipes, carrying fruits and vegetables, and carrying power grid upgrades—all on their backs. These challenges sparked an idea: Could flying make this arduous task of transporting simple and replicable?
From its initial prototype to its third-generation, high-load-carrying design, MQ-tech Drone has brought engineering solutions back to the mountains. Our third-generation drone is known as the "Aerial Hercules": it features a carbon fiber-reinforced metal fuselage, a self-weight design that balances wind resistance, a six-rotor layout for increased redundancy and stability, and dual-mode navigation (GPS + visual/millimeter-wave radar), enabling accurate cargo delivery even in moderate rain and complex terrain. With a payload capacity of 150 kg, it has proven its effectiveness in water conservancy projects, agricultural product cold chains, and power grid upgrades: increasing water pipeline transportation efficiency by three times, significantly reducing fruit transport damage rates, and reducing power grid material transportation time by 70%.
The road to innovation is never smooth. A test flight accident caused the team significant losses, but it also deepened their understanding of safety and robustness. Consequently, MQ-tech Drone is continuously optimizing not only its products but also steadily advancing its systems, test flight compliance, and industry-university-research collaborations. We collaborate with universities on fluid mechanics and work with local airports to designate test flight zones. Our goal is simple: not to build the coolest drone, but to create the most practical "air mule" that best serves the needs of counties.
Today, MQ-tech Drone is both a technical team and an industry service provider. We hope to transform our ability to "penetrate mountains at low altitude and provide easy delivery" into a new engine for sustainable development in mountainous areas.
"We come from a place with mountains, water, and people. Standing on the ridge of a field and seeing the faces of those straining to keep a water pipe working, we know that technology should serve people." - MQ-tech Drone co-founder Leojim.
"From the model aircraft field to the factory floor, we didn't think about building a flashy aircraft, but rather solving a real problem: putting weight on the machine and time on the people. Behind this aerial powerhouse is a generation's dedication and a confession of love for their hometown."
Large-capacity design: 150 kg rated load, 85 kg body weight provides enhanced wind resistance.
Weatherproof: Stable flight in moderate rain, equipped with millimeter-wave radar for rain penetration detection.
Dual-mode navigation: GPS + visual positioning, landing accuracy < 0.3 m (test flight data attached).
Modular Maintenance: Carbon fiber structure + quick-release power pod facilitates on-site maintenance and transportation.
Scenario-Specific Adaptation: Standardized operating procedures for various lifting devices, including water pipes, fruit and vegetable cold chain equipment, and power transmission accessories.
Safety Redundancy: Multi-rotor redundancy and power failure landing strategies, thermal runaway protection, and flight log auditing.
Improve efficiency in mountainous engineering and agricultural operations, saving labor and time costs;
Reduce transportation losses (such as for fruits and vegetables), directly increasing farmers' income;
Provide replicable county-level solutions for the low-altitude economy, revitalizing local employment and industrial chains.
We are bringing technology back to rural areas, transforming aviation into a public service. If you are a township government, agricultural cooperative, or power construction unit, please contact MQ-techdrone: leojim@mqtech1.com. Together, we can make delivery more stable, faster, and more impactful.