Advanced Autonomous Underwater Inspections

Revolutionizing Underwater Inspections with Full Autonomy, Reliability & Unmatched Precision.

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Reduce costs, minimize downtime, and improve sustainability with AI-driven underwater inspections.

Our proprietary Relative Object Navigation (RON) technology ensures high-precision 3D scanning for ports, ship hulls, and subsea infrastructure - with zero manual intervention.

5x
FASTER INSPECTIONS
Completed in hours, not days
50%
LOWER EXPENSES
Cut inspection cost in half
833M
TONS OF GHG EMISSIONS REDUCTION
Globally with hull efficiency
Robotics as a Service

Industry-Specific Solutions

AI-powered inspections tailored for: Ports & Terminals, Ships & Fleets, and Subsea Critical Infrastructure.

P.dron

Ports & 
Terminals

Prevent infrastructure failures with precise port wall assessments.
V.dron

Ships & Fleet Management

Optimize fuel efficiency with biofouling detection & hull mapping.

Subsea Critical Infrastructure

Ensure the integrity of critical subsea infrastructure.
Competitor Comparison

subdron vs. Traditional Methods

Autonomy
Speed
Cost Efficiency
Data Accuracy
Down Time
Traditional Divers
Autonomy
Requires manual operation
Speed
Slow & labor-intensive
Cost Efficiency
Expensive (divers, support vessels)
Data Accuracy
Subjective, error-prone
Down Time
Requires shutting down port areas
ROV Scanning
Autonomy
Requires human pilot
Speed
Limited by cable tether
Cost Efficiency
Costly deployment
Data Accuracy
Limited accuracy
Down Time
Limited Flexibility
subdron
Autonomy
Fully autonomous
Speed
5x faster
Cost Efficiency
50% lower cost
Data Accuracy
10,000+ points/m²
Down Time
Zero disruption

Revolutionizing Underwater Inspections

Port operators, fleet managers, and offshore energy companies trust subdron to optimize inspections, lower costs, and improve compliance.

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Trusted by our Clients
The subdron solution revolutionizes the conduct of structural inspections, can make maintenance work more predictable, and contributes to reducing the associated costs and time.
Dipl.-Ing. Wilfried Schmeling
Ingenieurberatung Bröggelhoff GmbH

For the structural inspection of a 300-meter-long quay, subdron supported us in the underwater area by creating a high-resolution 3D scan of the underwater structure. The scan enables a qualified and rapid inspection of larger structures.
The evaluation of the 3D scan is positionally accurate and in a resolution that makes it possible to detect defects or deviating deformations. If necessary, these damaged areas can then be inspected closely by divers.

The subdron solution revolutionizes the conduct of structural inspections, can make maintenance work more predictable, and contributes to reducing the associated costs and time.
Dipl.-Ing. Wilfried Schmeling
Ingenieurberatung Bröggelhoff GmbH

For the structural inspection of a 300-meter-long quay, subdron supported us in the underwater area by creating a high-resolution 3D scan of the underwater structure. The scan enables a qualified and rapid inspection of larger structures.
The evaluation of the 3D scan is positionally accurate and in a resolution that makes it possible to detect defects or deviating deformations. If necessary, these damaged areas can then be inspected closely by divers. For the structural inspection of a 300-meter-long quay-.

The subdron solution revolutionizes the conduct of structural inspections, can make maintenance work more predictable, and contributes to reducing the associated costs and time.
Dipl.-Ing. Wilfried Schmeling
Ingenieurberatung Bröggelhoff GmbH

For the structural inspection of a 300-meter-long quay, subdron supported us in the underwater area by creating a high-resolution 3D scan of the underwater structure. The scan enables a qualified and rapid inspection of larger structures.
The evaluation of the 3D scan is positionally accurate and in a resolution that makes it possible to detect defects or deviating deformations. If necessary, these damaged areas can then be inspected closely by divers. For the structural inspection of a 300-meter-long quay-.