Drone-in-a-box inspection with thermal and visible imaging for solar plants, roofs, tanks and confined spaces. Imagery and coordinates open work orders automatically.
UAV & FPV Drone Inspection | MOTRIX
CORE INTEGRATION · 01 / 10
Aerial & FPV Systems
Unmanned Aerial Systems UAV/FPV
Heights, wide areas and confined spaces are the hardest places for people to reach. Sending people to climb is slow and risky, and results are hard to compare run to run.
APPROACH
UAVs suit wide areas and fixed routes; FPV drones suit close range and tight spaces. We match aircraft and routes to site conditions, build automated inspection workflows and connect them to your platform through open interfaces, with imagery and coordinates going straight to the back office.
From route planning and docking stations to image upload and work orders, every step is built around flight safety and long-term maintenance.
Automated route inspection, FPV close inspection, image upload and work-order integration
Capabilities
Automated route inspection
Waypoint missions without manual piloting
Waypoints and altitudes are planned from site maps. The UAV takes off, inspects and returns on its own, flying the same route every time so results can be compared.
FPV close inspection
Into spaces people struggle to reach
FPV drones pass through pipe racks, trusses and indoor confined spaces to confirm faults up close from a first-person view.
Imagery and work orders
Find a fault, open a ticket
Thermal and visible-light-light imagery is uploaded with coordinates, compared against previous runs, and a maintenance work order is created automatically.
Made in Taiwan
Designed and built in Taiwan, with a traceable supply chain
How it works
A routine inspection on a rooftop solar site. The UAV's thermal camera finds a hot spot, an FPV drone confirms it up close, and the platform opens a work order.
Industries
Industries
01
Energy site inspection
UAVs fly set routes and thermal imaging finds faults.
02
Plant piping and storage tanks
Heights and dense pipe racks make climbing risky.
03
Indoor and confined spaces
FPV drones fly through trusses and ducts for close inspection.
Drone-in-a-box dock
UAVs take off, land and charge on their own from a drone-in-a-box dock, with no crew sent to site.
Airspace and regulatory assessment
We help assess airspace classification, operating rules and any waivers or authorizations your site and routes require.
Thermal and visible-light
Dual-sensor recording pinpoints faults in one pass.
Inspection record comparison
Every flight follows the same route, so imagery can be compared run to run.
Brand lineup
Integrated brands
Process
STEP 01
Confirm inspection area, airspace and regulatory conditions.
STEP 02
Plan routes, aircraft and docking station locations.
STEP 03
Test-fly and calibrate, then connect the platform and work-order system.
STEP 04
Functional verification, permission setup and operator training.
STEP 05
Scheduled aircraft maintenance after go-live, with routes updated to the site.
FAQ
FAQ
It depends on airspace class, altitude and whether flights go beyond visual line of sight. We help assess the rules that apply and prepare any waiver or authorization applications.
UAVs suit fixed routes over wide areas; FPV suits close range and tight spaces. Most sites use both.
Imagery is written to the platform with coordinates and time, stored by retention policy, and comparable with past runs.
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