Explore mission payloads, ground supply, tethered power, cleaning equipment, firefighting systems, and emergency-response technology configured to work with the selected aircraft.
Individual products are only one part of the system. Final selection should account for aircraft model, working height, payload mass, supply distance, power conditions, control method, and the operating environment.
01 / CLEANINGFacade and photovoltaic cleaning equipment designed for controlled spray, stable positioning, and integration with continuous water supply.
Explore cleaning systems ↗02 / GROUND SUPPLYVehicle-integrated and portable equipment for water, pressure, power, storage, and continuous mission support.
Explore ground supply ↗
03 / SPRAY EQUIPMENTMission-specific spray assemblies for direction control, working distance, flow characteristics, and aircraft integration.
Explore spray equipment ↗
04 / TETHERED SYSTEMSGround and airborne power, tether management, and continuous-supply equipment for long-duration UAV missions.
Explore tethered systems ↗05 / FIREFIGHTINGWater guns, deployment systems, buckets, and dry-powder payloads configured around the fire scenario and aircraft.
Explore firefighting payloads ↗
06 / EMERGENCY RESPONSERappelling, delivery, public-address, and multi-function payloads for rescue, logistics, monitoring, and public safety.
Explore response payloads ↗
07 / LIGHTING & COMMUNICATIONFloodlights, searchlights, public-address equipment, and integrated systems for night operations, scene illumination, search, monitoring, and field coordination.
Explore lighting & communication ↗A deployable system depends on how each component connects to the next—from the aircraft and payload to supply, control, and field support.
Lift capacity, endurance, weather tolerance, mounting, and mission profile.
Cleaning, firefighting, delivery, lighting, observation, or communication.
Water, pressure, power, tethering, cable, and working media.
Remote operation, telemetry, communications, and safety functions.
Installation, compatibility confirmation, testing, and operating guidance.
Begin with the mission and aircraft. Technical specifications then narrow the compatible equipment and supply configuration.
Identify the target, operating result, environment, height, distance, and duration.
Mission requirementReview model, payload capacity, mounting space, power, and control interfaces.
Compatibility reviewCalculate water, pressure, power, tether length, cable, and ground-support needs.
System configurationVerify installation, response, stability, safety logic, and field operating method.
Deployment readiness