QY-MT | AI-Powered Subsea Precision Measurement System for ROV

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Smart Measurement Tool

Auto Terrain Scanning | Multidimensional Data Visualization | One-Click Calculation

Why Choose
QY-MT?

QY-MT, the world's first AI-powered non-destructive underwater measurement system by QYSEA, delivers unmatched precision, seamless integration, and real-time data analysis. Designed for underwater infrastructure, hydropower, bridge, and ship hull inspections, it redefines standards for accuracy, safety, and efficiency.

Trial Application: Before applying for a trial, ensure you own a FIFISH underwater robot. Then, download the software and contact us with your ROV model and serial number. After review, an activation code will be emailed to you. Each user may apply once; batch applications are not allowed. The license is bound to a single PC and cannot be transferred during the trial. Please activate the code within three days, or it will expire. The trial period will be stated in the confirmation email.

AI Adaptive Measurement

AR Ruler
Real-time Measurement

AI Vision Lock

Linear & Angle Measurement

Area & Perimeter Measurement

Automated Reports

High-Precision Non-Destructive Measurement

Comprehensive Reports in an Instant

Enhance Operational & Working Efficiency

QY-MT | Three Key Features

AI Adaptive Measurement

The smart measurement system leverages 4K+ AI technology to effortlessly adapt to different shapes and targets in post-processing sytem. It identifies voids, peeling, and corrosion, providing precise and intuitive underwater data with non-destructive accuracy.

AR Ruler

QY-MT excels in identifying underwater targets and adapting to various measurement ranges, offering real-time, centimeter-level precision with customizable virtual rulers through the FIFISH app, boosting efficiency across industries.

AI Vision Lock

AI Vision Lock feature stabilizes the system against currents, enabling accurate "lock and measure" functions. This reduces body vibration, ensuring smooth and efficient underwater measurements, significantly improving operational performance.

Linear & Angular Measurement

Length Measurement

Select a target object to instantly display its length, height, and other dimensions. Switch effortlessly between centimeters and feet for added convenience.

Curve & Arc Measurement

Measure curved objects in a plane with precision using QY-MT’s intelligent curve and arc drawing capabilities, ensuring efficient operations.

Angle Measurement

Simplify underwater angle measurement—select "Angle Measurement," choose the target, and get precise angle data with a single click.

Area & Perimeter Measurement

Rectangular Area & Perimeter Measurement

Analyze a target's outline to measure the area and perimeter of rectangular objects with minimal effort.

Polygonal Area & Perimeter Measurement

Measure polygonal underwater objects easily. Select "Polygon Area & Perimeter Measurement" and retrieve accurate data instantly.

Adaptive Measurement Unique Shapes

For complex shapes, QY-MT’s AI-powered system captures the area and perimeter of irregular objects, delivering high-precision data in one click.

High Precision & Low Error

Actual Work Environment

Non-destructive measurement of polygonal cracks on a bridge:

Length: 14.20 cm

Height: 3.74 cm

Perimeter: 32.38 cm

Area: 40.26 cm²

The actual work environment provides high-precision measurement data.

Control Environment

Target Object ①

Actual Distance: 15 cm

Measured Distance: 15.04 cm, Error: 0.3%

Target Object ②

Actual Distance: 46 cm

Measured Distance: 46.18 cm, Error: 0.4%

In a laboratory environment, accuracy reaches up to 99.7%.

Automated Measurement Reports

Using the quick export report feature, the system generates measurement reports

based on your mission data, enabling quick decision-making.

Application Scenarios

Confined Space Inspections

Water Tanks Inspections

Pipeline Inspections

Ship Hull Inspections

Access Free Trial

You can leave your contact information to apply for a trial of the QY-MT intelligent measurement system or inquire about related purchases.

Trial Application: Before starting your trial application, please ensure you own a FIFISH underwater robot and confirm the specific model with our staff. Once confirmed, please complete the form below and submit it. After system review, an activation code will be sent to you via email. The trial license period will be subject to the official email. Each user is limited to one application, and batch applications are prohibited. Each trial license can only be bound to one PC device and cannot be unbound during the trial period. Please activate the code within three days of receipt, or it will expire.

Purchase Inquiry: If you need to purchase related versions or solutions, please complete the form below and submit it. Our staff will contact you as soon as possible.

Submit Inquiry

Frequently Asked Questions (FAQ)

What is the learning curve for the QY-MT system?

A: The QY-MT system has an intuitive and straightforward interface, integrating multiple AI functions. It is easy to use after 1-2 hours of practice.

What size range can the QY-MT system measure?

A: Designed for precise measurements, the QY-MT system can measure objects ranging from 5cm to 120cm within a distance of 30cm to 200cm.

What is the accuracy range of the QY-MT system?

A: Lab tests show that at a distance of 62cm, the accuracy error is ±0.3%. For practical applications within 30-200cm, the maximum error is less than 2%.

Which models are compatible with the QY-MT system?

A: The QY-MT system currently supports FIFISH W6, E-GO (with laser ruler), E-Master, V6 Plus, and more. Contact official support for additional models.

What tools are compatible with the QY-MT system?

A: The QY-MT system can be paired with tools such as the U-INS underwater positioning system, 2D imaging sonar, Q-DVL sonar module, compass ruler, and more. Contact support for details.

Does the QY-MT system support mobile devices or offline use?

A: The QY-MT Intelligent Measurement System currently supports only PC devices (Windows 10 and above, 64-bit system). It does not support mobile devices at this time. For environments without internet access, the QY-MT system supports offline measurement mode.

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