OUR TECHNOLOGY
OUR TECHNOLOGY
At Alerion, we design and manufacture next‒generation drones purpose‒built for industrial inspections. Engineered to operate in complex environments, our platforms combine robust airframes with advanced sensors and high‒resolution imaging to capture consistent, high‒quality data—faster and safer than traditional methods. Integrated with our analytics workflows, they reduce total inspection time, improve traceability, and deliver reliable insights that teams can act on with confidence.
PATENTED TECHNOLOGY
Our next-generation drones—designed, manufactured, and patented by our R&D team—are equipped with advanced sensors and high-resolution cameras, delivering cutting-edge technology and unparalleled precision in every mission.
OUR DRONES
Purpose-built platforms designed, manufactured, and patented by Alerion — engineered
for safer, faster, and more precise industrial inspections.
Explore our fleet and the technologies behind each mission.
HYPERION
Hyperion is Alerion’s next‒generation aircraft designed for high‒performance wind turbine inspections. Its autonomous flight workflows and inspection‒optimized hardware deliver consistent blade data in minimal time, while the foldable carbon‒fiber airframe streamlines field logistics and reduces total inspection time.
With a front‒mounted 2‒axis gimbal, quick‒release payload system, and high‒resolution sensing (including a 60 MP camera with RTK GPS and LiDAR capability), Hyperion captures precise, repeatable datasets—supported by onboard compute for advanced inspection workflows. Built‒in health monitoring and safety logic enhance reliability in demanding operations.
Key highlights:
· Foldable, compact carbon‒fiber airframe for faster deployments
· Autonomous wind turbine inspection workflows
· Front‒mounted 2‒axis gimbal + quick‒release payloads
60 MP camera + RTK GPS, with LiDAR payload compatibility
· Integrated health monitoring (RC/GPS link, battery, telemetry,
distance to objects)
· Redundancy & safety features (FMEA‒driven actions, extra sensors,
frequency hopping, 360º collision avoidance, Remote ID)
With a front‒mounted 2‒axis gimbal, quick‒release payload system, and high‒resolution sensing (including a 60 MP camera with RTK GPS and LiDAR capability), Hyperion captures precise, repeatable datasets—supported by onboard compute for advanced inspection workflows. Built‒in health monitoring and safety logic enhance reliability in demanding operations.
Key highlights:
· Foldable, compact carbon‒fiber airframe for faster deployments
· Autonomous wind turbine inspection workflows
· Front‒mounted 2‒axis gimbal + quick‒release payloads
60 MP camera + RTK GPS, with LiDAR payload compatibility
· Integrated health monitoring (RC/GPS link, battery, telemetry,
distance to objects)
· Redundancy & safety features (FMEA‒driven actions, extra sensors,
frequency hopping, 360º collision avoidance, Remote ID)
EXDRONE
ExDrone is Alerion’s breakthrough platform for inspections in explosive atmospheres — the world’s first certified drone designed exclusively for this mission. Built from scratch to digitize hazardous zones, it provides safe, on-demand access to previously hard-to-reach areas, minimizing the risks of manual inspections while making the process up to 10x faster.
With ATEX & IECEx suitability for Zone 1 and Zone 2 (and Zone 0 only under safe work permits), ExDrone combines high-resolution visual and thermal imaging with modular sensing—gas detection, LiDAR, and NDT/UT-ready capabilities—to deliver traceable, actionable data for integrity and maintenance decisions.
OUR CLOUD PLATFORM: ORION
Centralize your inspection data, visualize asset condition, and turn it into actionable insights
— securely accessible from anywhere.
OUR CLOUD PLATFORM: ORION
Within a long-term strategy towards asset digitalization, Alerion has developed a cloud platform for life-cycle management. Built on Digital Twins generated from physics-based models, LiDAR, and photogrammetry. This platform transforms inspection data into a structured, traceable environment where diagnostics can be automated and insights can be shared across teams. The result: clearer visibility of asset health, faster reporting, and better-informed maintenance and performance decisions.
KEY HIGHLIGHTS:
DIGITAL TWIN
A Digital Twin is a high-fidelity virtual replica of an asset, built from physics-based models and real inspection data (LiDAR, photogrammetry, and sensor outputs). At Alerion, it becomes a living diagnostic layer — turning field data into automated insights that help owners and operators improve performance, reduce risk, and plan maintenance with confidence.
DIGITAL TWIN
Within a long‒term strategy towards digitalization of wind turbine operations, ALERION has deployed the ALMA platform, a life cycle management platform of wind assets. Based on Digital Twins generated using Aeroelastic Models , LIDAR and photogrammetry, this platform automates diagnostic operations of the windfarm in a systematic manner and provides information to the owners and operators for performance improvements.
KEY HIGHLIGHTS:
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