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  • Water Quality Sampling Monitoring Unmanned Surface Vessel Boat USV
  • Water Quality Sampling Monitoring Unmanned Surface Vessel Boat USV
  • Water Quality Sampling Monitoring Unmanned Surface Vessel Boat USV
  • Water Quality Sampling Monitoring Unmanned Surface Vessel Boat USV
  • Water Quality Sampling Monitoring Unmanned Surface Vessel Boat USV
  • Water Quality Sampling Monitoring Unmanned Surface Vessel Boat USV
Water Quality Sampling Monitoring Unmanned Surface Vessel Boat USV

Water Quality Sampling Monitoring Unmanned Surface Vessel Boat USV

  • 1 - 50 Pieces
    $2,000
  • 51 - 100 Pieces
    $1,600
  • >= 101 Pieces
    $1,400

Customization:

Customized logo（Min.Order: 50 pieces）
Customized packaging（Min.Order: 50 pieces）
Graphic customization（Min.Order: 50 pieces）
View product details

Water Quality Sampling Monitoring Unmanned Surface Vessel Boat USV

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Water Quality Monitoring & Sampling: Equipped with modular sensors for real-time data collection on pH, temperature, turbidity, and contaminants, enabling precise environmental analysis.
  • Remote-Controlled Navigation: Operates via a user-friendly remote system, allowing safe and precise deployment in hard-to-reach aquatic environments.
  • Multi-Task Capabilities: Supports customizable sensor attachments (e.g., GPS, sonar, water-quality probes) for diverse applications like pollution tracking, hydrological surveys, or recreational water safety checks.

Key features

  • 1. Corrosion-Resistant Material Technology

    • With a corrosion-resistant plastic body, ensure long-lasting durability in harsh aquatic environments. ~30% lighter than traditional metal boats, reducing operational costs over time.*

  • 2. User-Friendly Interactive Design

    • With a user-friendly remote control and modular electronics, operate precisely and customize sensors for tailored monitoring. Easily upgrade components compared to fixed-system models.

  • 3. Aerodynamic Performance Efficiency

    • With an aerodynamic low-profile design, achieve faster navigation speeds and energy efficiency, outperforming bulkier competitors by up to 20% in speed under similar conditions.

  • 4. Versatile Scenario Adaptability

    • With a versatile modular design, adapt seamlessly from recreational activities to professional tasks like environmental monitoring or search and rescue. Suitable for both casual use and industrial applications.

  • 5. Eco-Friendly Material Compliance

    • With eco-friendly materials and design, meet environmental safety standards for water-based operations. Certifications pending confirmation with the manufacturer.

Product details

Water Quality Sampling Monitoring Unmanned Surface Vessel Boat USV

The Water Quality Sampling Monitoring Unmanned Surface Vessel (USV) is a versatile remote-controlled boat designed for precision water-based tasks. Built with durable materials and advanced electronics, it combines efficiency, adaptability, and robust performance for both recreational and professional applications.

Technical specifications

FeatureSpecificationBenefit
MaterialBody: Durable polyethylene composite; Deck/Controls: Reinforced metal-composite hybridLightweight yet corrosion-resistant for long-term use in harsh aquatic environments.
ElectronicsModular GPS navigation, sonar, and water quality sensors (pH, temperature, turbidity)Real-time data collection and remote monitoring for accurate environmental analysis.
DesignSleek low-profile shape with yellow/black visibility-enhancing color schemeReduced water resistance and high visibility for safe operation in crowded or open waters.
Remote Control SystemLong-range, user-friendly interface with customizable control modesEnables precise maneuvering for tasks like fishing, surveying, or emergency response.
Modular Electronics DeckInterchangeable sensor pods and control modulesAdaptable to specialized missions (e.g., adding sonar for underwater exploration).

Customization guide

Adjustable sensor configurations and control modules allow customization for specific needs:

  • Environmental Monitoring: Add pH and turbidity sensors for water quality analysis.
  • Search and Rescue: Integrate thermal imaging or sonar for sub-surface scanning.
  • Recreational Use: Simplify the setup with basic GPS and depth sensors.

Get inspired

Transform your水上作业 with this USV! Whether tracking pollution, mapping coastlines, or exploring hidden underwater features, its modular design and advanced electronics make it a reliable partner for professionals and enthusiasts alike.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Battery Life4 hours6 hours (+50%)10 hours (+150%)*
Payload Capacity5 kg8 kg12 kg
Sensor SuiteBasic (pH, temp)Advanced (sonar + turbidity)Premium (full suite + AI analytics)
Speed5 km/h7 km/h (+40%)9 km/h (20% faster than traditional models)

Supplier's note

  1. Technical Breakthroughs:

    • Modular Electronics Deck: Enables rapid sensor upgrades without full system replacement.
    • Triple-Layer Corrosion Protection: Extends operational lifespan in saltwater environments.
    • AI-Powered Data Analytics (Pro Model): Processes real-time water data 30% faster than manual methods.

  2. Optimal Version Selection:

    • Base Model: Ideal for casual users or small-scale monitoring (e.g., hobbyists, schools).
    • Advanced Model: Best for mid-tier professionals needing extended battery life and sub-surface scanning (e.g., environmental agencies).
    • Pro Model: Designed for heavy-duty use (e.g., oil spill response teams) with its 12 kg payload and AI-driven analytics. With the Pro’s triple-standard chemical resistance, operators can safely deploy in contaminated waters while leveraging its 9 km/h speed for rapid response.

Frequently asked questions

  • Which Water Quality Sampling USV model is best for small-scale environmental monitoring?

  • How do I maintain the sensors on a Water Quality Sampling USV?

  • Why is the USV made of plastic instead of metal for water sampling?

  • Can the USV be customized with additional pollution detection sensors?

  • Is the material of the USV FDA-approved for water sampling?

  • Does the USV support real-time data transmission for monitoring?

  • How does the USV handle rough water conditions during sampling missions?

  • Can this USV be repurposed for search and rescue operations?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Material CompositionMarine environments, chemical exposureIndustry Standard: Fiberglass (ASTM D2794 flexural strength 100 MPa)
Our Base: Polyethylene (ASTM D543: Withstands 50+ chemicals)
Our Advanced: Composite (ISO 12215: 20% lighter than fiberglass)		Base: Cost-effective corrosion resistance ▲ Advanced: Lightweight for extended missionsBase: Limited UV resistance ▲ Advanced: UV stabilization (ASTM G154)
Remote Control RangeLakes, coastal surveysIndustry Standard: 300m (IPX7)
Our Base: 500m (IP68)
Our Advanced: 1,000m (IP69K)		Base: Sufficient for small bodies of water ▲ Advanced: Large-scale operationsBase: Signal lag in dense foliage ▲ Advanced: Dual-band抗干扰技术
Electronics SuiteEnvironmental monitoring, search missionsIndustry Standard: Basic GPS (10m accuracy)
Our Base: GPS + Sonar (50m depth)
Our Advanced: RTK GPS (2cm accuracy) + Multibeam Sonar (100m depth)		Base: Affordable for routine sampling ▲ Advanced: Precision mapping for researchBase: Limited data resolution ▲ Advanced: Higher power consumption
ModularityCustomizable missionsIndustry Standard: Fixed sensor mounts
Our Base: 3 modular slots (ISO 9001 certified)
Our Advanced: 6 slots + AI payload integration		Base: Quick mission adjustments ▲ Advanced: AI-driven payload optimizationBase: Limited payload options ▲ Advanced: Complex setup required
DurabilityHarsh weather, rough seasIndustry Standard: 5m impact resistance (ASTM D3763)
Our Base: 8m (ASTM D3763)
Our Advanced: 12m + UV resistance (ASTM G151)		Base: Survives moderate impacts ▲ Advanced: Extreme environment resilienceBase: Heavier frame ▲ Advanced: Cost premium for advanced materials
Navigation AccuracyPrecision sampling, obstacle avoidanceIndustry Standard: Manual steering
Our Base: Auto-pilot (±1m drift)
Our Advanced: LiDAR + AI避障 (±0.1m drift)		Base: Reduces human error ▲ Advanced: Autonomous path optimizationBase: Requires line-of-sight ▲ Advanced: Requires cloud connectivity

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