In the KSA, AI-Powered drones are redefining Saudi Arabia's drone technology. At the forefront is a turnkey solution: scalable autonomous drone stations for 24/7 monitoring.

Known as drone-in-a-box systems, they are transforming how industries manage surveillance, security, inspections, and data collection. This includes borders, public safety, utility facilities, ports, smart cities and megaprojects. 
Drone-in-a-box stations withstand Saudi Arabia’s climate and deliver consistent coverage and rapid response across critical sites. They oversee vast areas and improve situational awareness for emerging events. 
Discover how this next‑generation technology can elevate your operations. 

What’s in Microavia
Drone-in-a-Box

Flight Time
Up to 60 min
Range
15 km radius
Battery Swap
2 min (automated)
Payload
Up to 3 kg
RTK Accuracy
20 mm
AI Tracking
≥10 targets (human/vehicle)
Camera
EO 4.17 MP, 30× optical, 12× digital zoom + IR 640×512
Environmental Range
–35 °C to +55 °C, wind up to 15 m/s
What’s in Microavia
Drone-in-a-Box
Flight Time
Up to 60 min
Range
15 km radius
Camera

EO 4.17 MP, 30× optical, 12× digital zoom + IR 640×512

Environmental Range
–35 °C to +55 °C, wind up
to 15 m/s
Battery Swap
2 min (automated)
Payload
Up to 3 kg
RTK Accuracy
20 mm
AI Tracking
≥10 targets (human/vehicle)

Why Microavia Drones
are Built for Saudi Arabia

Microavia’s autonomous UAV (Unmanned Aerial Vehicle) systems deliver 24/7 perimeter surveillance, inspection, and rapid response — even in extreme desert environments.
  • Up to 15 km
    operational radius per mission
  • 60  min
    flight time
  • Weatherproof docking station
    Dust‑sealed, water‑resistant, climate‑controlled
Why Microavia Drones
are Built for Saudi Arabia
Microavia’s autonomous UAV (Unmanned Aerial Vehicle) systems deliver 24/7 perimeter surveillance, inspection, and rapid response — even in extreme desert environments.
  • Up to 15 km
    operational radius per mission
  • 60  min
    flight time
  • Weatherproof docking station
    Dust‑sealed, water‑resistant, climate‑controlled

Payloads EO/Thermal Camera

  • Sensor
    1/2.8-type STARVIS 2 CMOS
  • Resolution / Frame rate
    1920 x 1080 / 60 FPS
  • Optical zoom / FOV H
    30x / 64.0°…2.4°
  • Digital zoom
    4x
EO
FOV H 47.7°
NETD 55mK
DRI - Person
7600 m / 1900 m / 950 m
DRI - Vehicle
18400 m / 4600 m / 2300 m
Wide
FOV H 47.7°
NETD 40mK
DRI - Person
1000 m / 250 m / 130 m
DRI - Vehicle
2430 m /610 m / 300 m
Thermal Tele
FOV H 9.8°
NETD 57mK
DRI - Person
5280 m / 1320 m / 660 m
DRI - Vehicle
12780 m / 3190 m / 1600 m

Integrated
intelligence

  • Object detection, tracking, and alerting
  • Target Types - Vehicles - Humans
  • Simultaneous detection - ≥ 10 targets

Use Cases

Security drones Saudi Arabia monitoring borders

Border Surveillance & Security Drones in Saudi Arabia

Microavia Drone‑in‑a‑Box systems provide continuous aerial monitoring for border and perimeter security. Each station houses an autonomous drone that can launch, land, and recharge without manual control. These border surveillance drones work in KSA’s climate and cover large areas with real‑time video and data.
Operators can plan patrols, set geofences, and receive alerts through centralized software. Live feeds and telemetry integrate with existing security systems. This setup helps border teams detect, track, and respond to activity quickly and with fewer resources.

Border Protection: AI-Powered Surveillance with Autonomous Drones and UAV Stations in KSA
For border security, UAVs are housed in weather‑resistant docking stations for continuous, unattended operation. Each station enables automated launch, landing, and rapid robotized battery swaps, allowing drones to patrol vast border areas, stream live video feeds, and integrate with existing security systems for reliable, round‑the‑clock coverage.

Real-Time Border Monitoring: AI-Powered Drones for Saudi Arabia
Microavia’s AI drones combine high‑resolution EO/IR imaging with onboard analytics to detect and track people, vehicles, and other targets in real time. Designed for 24/7 surveillance operations, the system’s mission control software supports automated patrols, instant alerts, and secure data streaming, giving operators immediate situational awareness.
UAVs for ports and utilities Saudi Arabia

Utilities, Ports, Energy Facilities: Drone-in-a-Box Surveillance for Saudi Arabia

By using drones for monitoring utilities and other critical infrastructure you achieve critical, uninterrupted oversight from every angle. The autonomous stations enable scheduled inspections, fast deployment, and integration with existing monitoring systems. Utility operators thus maintain network reliability and respond promptly to faults or security incidents.
UAVs are successfully deployed for monitoring ports, oil and gas, and other maritime and industrial hubs. They deliver real‑time video, thermal imaging, and AI‑based detection over large, complex sites. This supports continuous oversight of port perimeters, offshore facilities, pipelines, and storage areas.

Power Lines & Water Companies: AI-Powered UAV Surveillance in KSA
With scheduled flight paths, live video streaming, and integration into existing monitoring systems, drones make a safer tool for water and waterway utility inspection in Saudi Arabia. Drone-in-a-box stations are used for overseeing reservoir, pipeline, treatment, and other facilities with minimal manual intervention.

Ports & Maritime Security: UAV Solutions and Drones in Saudi Arabia
For coastal and harbor operations, drones deliver continuous perimeter patrols, vessel tracking, and integration with port security networks. All drones operate from weather‑resistant docking stations, offering real‑time EO/IR imaging and automated responses to security alerts across port facilities and surrounding waters.
UAVs for ports and utilities Saudi Arabia

Smart City & Megaproject Drones for Saudi Arabia

Autonomous drones are well-suited for monitoring Saudi Vision 2030 projects such as NEOM and the Red Sea Project, as well as smart cities. They deliver continuous aerial observation, automated inspections, and integration with existing infrastructure management platforms. 

Drone-in-a-box systems can be scheduled for routine patrols, triggered by alerts from external sensors, and provide high‑resolution EO/IR imaging for security, construction progress tracking, and environmental monitoring across large‑scale developments.
Enhance Saudi Arabia Infrastructure Security with Drone-in-a-Box Systems and Technology