Menyoroti:
commercial drones
, Cleaning Drone
, drone camera
4-Axis ZAi - MX15 UAV Window Cleaning Drone 40kg Payload UAV With Avoidance Radar commercial Quadcopter
Product Description
4-Axis ZAi - MX15 UAV Window Cleaning Drone 40kg Payload UAV With Avoidance Radar commercial Quadcopter
The ZAi-MX15 is a 4-axis multi-functional washing UAV with a modular design, which can be adapted to 2 different mounts, including fixed and oscillating nozzles, and is equipped with 4 different angles of nozzles to meet various cleaning needs. It adopts a folding design for easy transportation and storage, and features a quick release mode that enables 1-minute deployment. Equipped with dual RTK configuration and radar obstacle avoidance front vision sensor, it can perceive surrounding obstacle information in real time, ensuring safe flight. It supports tethered water supply operation, allowing long uninterrupted operation without being limited by water tank capacity. With a maximum take-off weight of ≤24.9 kg, it is suitable for high-altitude cleaning operations such as building facades, photovoltaic panels, insulator strings, and towers.
Working Principle
The ZAi-MX15 window cleaning drone is equipped with a fuselage, propeller engines, a flight control system, and cleaning devices. It can achieve autonomous operation through intelligent route planning, where routes can be set for different cleaning scenarios in advance via the ground control station, and the drone flies automatically according to the preset path. During operation, the cleaning device works by spraying high-pressure water (with a maximum pressure of 20MPa) through nozzles. The fixed nozzle can keep the fuselage away from the wall for safe operation, while the oscillating nozzle has a 45° swing range, and its swing speed can be adjusted according to the stain level of the cleaning surface. The operator can control and monitor the drone through the ground control station in a safe location, and take timely measures in case of emergencies to complete the cleaning task.
Technical Parameters
| Attribute |
Value |
| model No. |
ZAi-MX15 |
| product name |
ZAi window cleaning drone |
| item size |
1940 × 1940 × 712mm (unfolded)
|
| payload |
26kgs |
| wheelbase |
1400mm
|
| flight control |
KX |
| electrical machinery |
X8
|
| Spray efficiency |
0.5-3.5L/Min
|
| electrical motor |
X11 Max 60rpm/V
|
| ESC |
150A
|
| nozzles |
Equipped with 4 different angles of nozzles (0 °, 15 °, 25 °, 40 °) for quick and tool free installation |
| item weight |
13.5kg(drone frame) 27kg(highest configuration,battery not include,42-95kg(full load)) |
| drone arm size |
1000x1000 x 600mm
|
| battery |
14S 41000mAh |
| flight time |
45 minutes (curtain wall cleaning), 55 minutes (photovoltaic cleaning), 30 minutes (fan cleaning) |
Product Advantages
ZAi-MX15 is a professional multi-functional washing UAV, an industrial-grade drone widely used in high-altitude cleaning scenarios such as building facades, photovoltaic panels, insulator strings, and towers.
It features a modular design that can be adapted to 2 different mounts with fixed and oscillating nozzles, along with 4 different angle nozzles (0°, 15°, 25°, 40°) for tool-free quick installation, meeting various cleaning needs.
Equipped with dual RTK configuration and radar obstacle avoidance front vision sensor, it perceives surrounding obstacles in real-time, replacing manual high-altitude operations to greatly reduce safety risks.
With tethered water supply for uninterrupted operation, 1000㎡/h high-pressure fast cleaning (maximum pressure 20MPa), and intelligent route planning for autonomous operation, it significantly improves work efficiency.
It has low long-term operating costs compared to traditional manual cleaning, saving labor expenses, and its folding design enables quick 1-minute deployment for easy transportation and storage.
Actual case applications in Dongguan, Huizhou, and Shenzhen demonstrate its effectiveness in handling complex structures, high-altitude operations, and various stains, providing efficient and safe cleaning solutions
Product Application
Professional spraying drone solutions for roof, surface, facade, and solar panel cleaning. Discover all our aerial cleaning UAVs.
window cleaning, facade cleaning...
Our method developed for window cleaning is perfect for cleaning solar cell panels and this method will not harm the surface.
A major advantage of this method is that the surfaces will stay clean longer than with traditional cleaning and there is no risk of streaks.
FAQ:
-
Q: Are you a manufacturer or trade company?
A: We are the manufacturer.
Q: Do you accept customization?
A: Yes, we accept customization both on software & hardware and logo branding, color boxes, as well as packaging.
Q: What is your warranty policy?
A: One-year warranty, replacement, or repair services shall be provided under non-artificial quality issues.
Q: What's your MOQ?
A: Our MOQ is 1000pcs, trial orders, and samples are also available.
Q: How about the lead time and delivery time?
A: The stocked sample shall be sent out within 1-3 days after payment is received if the model is stocked
The lead time for mass quantities will be sent out within 30-35 days.
Delivery time : 3-7 days to arrive at destination after delivery if sent by international express like DHL, UPS, FedEx, etc.
Sea Transportation: 25-30 days after sailing
Q: How long does it take for the Infrastructure Inspection Drone to be delivered?
A: The Infrastructure Inspection Drone will be delivered within 3-7 work days.
Q: Do you provide SKD service?
A: Yes, we can do SKD orders, if your company can assemble yourself, the MOQ is 1000pcs.
Q: What is the Supply Ability for the Infrastructure Inspection Drone?
A: The Supply Ability for the Infrastructure Inspection Drone is 100,000 pcs per month.
Q: Where are the drones shipped from?
A: We send drones from our Shenzhen factory, or we can send them from Vietnam and the Philippines.
Q: Do you provide any value-added services for particular purposes?
A: We can dispatch our professional engineers to your company for drone assembly if your order quantity reaches our requirements.
