ASX-UV10 Drone Corona Camera

See corona.
Inspect with context.

The AerosenX ASX-UV10 is a drone corona camera for aerial inspection of high-voltage electrical equipment. It combines solar-blind UV imaging, visible imaging and target distance measurement in a stabilized UAV payload.

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AerosenX ASX-UV10 UAV UV corona imaging payload with its complete gimbal

One stabilized system.
Complementary sensing.

The AerosenX ASX-UV10 brings a solar-blind UV sensor, an 8 MP visible camera and a ToF laser rangefinder together on a three-axis stabilized gimbal. Designed for UAV-based electrical inspection, it visualizes corona discharge emissions that reach the sensor, places detected activity in visual context and measures target distance. With 10× visible-camera optical zoom and photon counting, the payload supports closer examination of electrical equipment while keeping UV activity, visible detail and ranging information within one inspection workflow.

View specifications

Product key features

AerosenX ASX-UV10 UV corona imaging payload with its complete stabilized gimbal — **ASX-UV10**UV · VISIBLE · ToF

Solar-Blind UV Imaging

Detects accessible corona discharge emissions in the 240–280 nm spectral band.

Photon Counting

Supports observation of detected UV activity through photon counting.

UV/Visible Overlay

Places detected UV activity in the context of the visible scene.

UV Image Resolution

720 × 576 UV imaging for discharge visualization.

8 MP Visible Imaging

3264 × 2448 visible-camera resolution for examining target details.

10× Optical Zoom

Visible-camera optical zoom, adjustable in 17 steps.

ToF Laser Ranging

A 905 nm time-of-flight rangefinder measures target distance.

Three-Axis Stabilization

Pitch, roll and yaw stabilization on a DJI X-Port gimbal.

Controllable Pitch

A −120° to +30° pitch range supports target pointing.

Specifications

UV Camera
Resolution	720 × 576
Spectral range	240–280 nm
UV sensitivity	3 × 10⁻¹⁸ W/cm²
Minimum discharge sensitivity	5 pC at 10 m

Visible Camera
Resolution	3264 × 2448
Effective pixels	8 MP
Optical zoom	10×

Laser Rangefinder
Type	ToF
Wavelength	905 nm
Rated ranging distance	1,200 m*

These draft values assume the retained components keep their reference specifications. They do not represent independent testing of the complete AerosenX ASX-UV10 system.

*Reference test conditions are unspecified. The 1,200 m rating is not guaranteed for every target or operating environment.

UV activity.
Visible detail.
Distance context.

01Observe electrical equipment from an aerial inspection position.
02Locate visible UV activity within the target scene.
03Examine visible details with adjustable optical zoom.
04Add target distance to the inspection context.
05Direct the stabilized payload toward the equipment under inspection.

UAV-mounted AerosenX equipment in an aerial electrical inspection scene

Electrical inspection contexts

Applications

High-voltage transmission-line insulators and conductor fittings

Transmission-Line Insulators & Fittings

Inspect suspension insulator strings, corona rings and conductor fittings along overhead power lines. Use UV/visible image overlay to relate detectable corona emissions to specific external components.

Outdoor high-voltage substation switchyard with insulators and exposed electrical connections

Substation Bushings & Exposed Connections

Survey transformer bushings, busbar connections and disconnector insulation from suitable aerial viewpoints. Solar-blind UV imaging helps visualize exposed corona emissions and place them within the visible equipment scene.

Electrified railway overhead catenary, support structures and feeder infrastructure

Railway Catenary Insulators & Feeder Connections

Inspect accessible catenary insulators, sectioning equipment and feeder connections at electrified railway sites. Examine optically accessible UV activity during targeted aerial inspection, with deployment planned for the actual site and aircraft.

Discharge in visual context

Visible + UV Overlay

IMG-UV01 · Genuine ASX-UV10 capture required
1920 × 1080 px · 16:9
Preserve the original screenshot, measurements and legends.

01 / CORRELATE

See where UV activity occurs.

UV/visible image overlay relates detected discharge emissions to the visible target, helping the operator interpret activity within the inspection scene.

Final software support, display modes and interface behavior are pending verification.

Payload integration

DJI Matrice 300 RTK aircraft — M3001 / 4

SUPPORTED AIRCRAFT

Compatible DJI platforms

Integrate the ASX-UV10 with the following DJI aircraft platforms for UAV-based UV inspection.

M300
M400
M350 RTK
M400 RTK

The payload mounts at the aircraft's gimbal connection and communicates through the DJI Payload SDK (PSDK). View live UV imagery and access payload controls in DJI Pilot 2, without a separate payload app.

DJI RC Plus remote controller with its display, control sticks and physical function buttons — DJI RC Plus · M350 RTK controller

CONTROL & INSTALLATION

Mount. Connect. Operate.

Use the remote controller matched to your aircraft to view detected UV activity and operate the payload in DJI Pilot 2.

Mount & lock
Align the gimbal connectors, rotate the locking ring and verify that the payload is securely attached.
Initialize & connect
Power on, allow gimbal initialization and confirm payload recognition in DJI Pilot 2.
Control & capture
Adjust gimbal pitch and yaw with the controller dials. Use the shutter and record buttons to capture images and video.

Bring UV activity into
your inspection picture.

Discuss how the ASX-UV10 could fit your aerial electrical inspection workflow, from target observation to payload integration.

Talk about your application

Contact AerosenX

Let's discuss
your inspection needs.

Tell us about your electrical assets, preferred aircraft and integration requirements for the AerosenX ASX-UV10.

ASX-UV10 product datasheet

Available when the approved AerosenX ASX-UV10 document is released.

ASX-UV10 Drone Corona Camera

One stabilized system.
Complementary sensing.