Long-Endurance, Fully Autonomous Inspection with Dual-Payload Precision: Droneyee Tech ZAS-H300 Powers the Next Leap in Industrial Inspection

Droneyee Tech
March 18, 2026, Beijing

The rapid rise of the low-altitude economy is accelerating a fundamental shift in industrial inspection toward intelligence and automation. Across sectors such as environmental protection, urban governance, and energy infrastructure, the demand for efficient, precise, and scalable inspection solutions is growing rapidly. Traditional inspection methods are no longer sufficient to meet the requirements of modern, high-quality operations.

Against this backdrop, Droneyee Tech introduces the ZAS-H300 Fixed-Wing Autonomous Inspection System—a next-generation solution designed to redefine how industrial inspections are conducted. With core strengths in ultra-long endurance, dual-payload capability, and fully autonomous operation, the ZAS-H300 delivers a smarter, more efficient inspection paradigm.

Targeting Industry Pain Points: Four Core Challenges of Traditional Inspection

Traditional inspection modes have long been hindered by four key bottlenecks, failing to adapt to the industry’s high-quality development needs:

1. Low Efficiency & Limited Coverage: Traditional multi-rotor wing UAVs have short flight times and small coverage, requiring frequent take-offs and landings for battery replacement—greatly reducing efficiency for long linear facilities (e.g., power lines, highways) and wide-area scenarios (e.g., large forests).

2. Single Data Type & Insufficient Precision: A single payload cannot collect multi-dimensional data synchronously. Separate flights for visible light inspection and high-resolution imaging are time-consuming, labor-intensive, and hinder data fusion.

3. Poor Adaptability & Many Restrictions: Manual operation is risky in complex terrain and harsh weather, while on-site deployment is limited by site conditions, making all-weather, full-scenario inspection impossible.

4. High Costs & Difficult Large-Scale Deployment: Rising manual inspection costs and the need for professional on-site operators drive up O&M expenses, making unified scheduling and large-scale deployment challenging.

The ZAS-H300 directly addresses these bottlenecks with an integrated full-process technical architecture, providing an efficient, reliable intelligent inspection solution.

A Game-Changing Solution: ZAS-H300 Redefines Unmanned Inspection

The ZAS-H300 is not a single UAV, but a comprehensive unattended inspection solution integrating a flight platform, intelligent aircraft library, task scheduling system, data processing system, and remote management platform. Centered on the ZV15E fixed-wing VTOL UAV—combining fixed-wing endurance with multi-rotor vertical take-off/landing capabilities—it works with the intelligent aircraft library and Droneyee Lingxi Cloud Platform to build an integrated "air operation + ground support + cloud management" system, achieving full-process unmanned, intelligent inspection. Its four core advantages set a new industry standard:

1. 4-Hour Ultra-Long Endurance for Large-Scale Coverage

The ZV15E fixed-wing VTOL UAV’s aerodynamic design delivers up to 4 hours of single-task endurance and a coverage radius exceeding 50 kilometers, enabling continuous inspection of entire power lines, highways, or forests without frequent energy supplements. Made of high-performance aerospace carbon fiber, it resists winds of Grade 6+ and operates stably in temperatures from -20℃ to +45℃, ensuring all-weather, full-scenario coverage.

2. Dual-Payload Simultaneous Operation, Double Value in One Flight

Breaking the single-payload limitation, the ZAS-H300 supports dual-payload mounting without task switching. Its tri-sensor pod integrates 40x visible light, thermal imaging, and laser ranging, transmitting real-time HD video, temperature data, and distance measurements. The 61-megapixel full-frame orthophoto camera generates survey-grade orthophotos with 2cm GSD accuracy.

One flight synchronously captures video, temperature, distance, and orthophoto data—all time-synchronized and spatially registered—providing rich, accurate support for business analysis. Real-time inspection and orthophoto collection can be completed in the same sortie, reducing O&M costs and improving efficiency.

3. Intelligent Aircraft Library + Cloud Platform: Truly Unattended Operation

The ZAS-H300’s core breakthrough is unattended operation, enabled by deep collaboration between the intelligent aircraft library and Droneyee Lingxi Cloud Platform. Maintenance personnel only need to schedule tasks and set parameters on the cloud; the system automatically monitors weather and equipment status to decide whether to take off. After the task, the UAV lands precisely (centimeter-level via RTK and visual fusion positioning), charges automatically, and uploads data to the cloud.

The Lingxi Cloud Platform integrates AI target recognition, change detection, temperature analysis, and automatic report generation—no manual intervention is required, enabling 7×24-hour uninterrupted unattended operation.

4. Multi-Aircraft Library Networking for Wider Coverage

For large-scale, multi-station scenarios, the ZAS-H300 supports networking of multiple aircraft libraries, forming a distributed inspection network. Each library covers 50 kilometers, and networking easily extends coverage to hundreds of kilometers. The Lingxi Cloud Platform dynamically dispatches UAVs for collaborative operation, with unified data upload and global management.

For remote areas without municipal power, off-grid deployment with wind-solar complementary energy relay stations ensures stable power supply, breaking geographical restrictions.

Scenario Implementation: Empowering High-Quality Industrial Development

Focused on core fields, the ZAS-H300 provides customized solutions to transform technological strength into industrial momentum:

1. Ecological Environmental Protection

Guided by the "lucid waters and lush mountains" concept, the ZAS-H300 supports straw burning monitoring (real-time fire point identification via thermal imaging), water pollution inspection (high-precision orthophotos for abnormal water conditions), solid waste monitoring (regular aerial photography and image comparison), and ecological damage identification (detecting illegal mining, deforestation, and wetland occupation).

2. Urban Inspection

The system boosts refined urban governance by identifying illegal construction (via regular aerial photography and image comparison), urban appearance issues (real-time 40x visible light video for road occupation, random stacking), municipal facility hidden dangers (road damage, manhole cover loss), and construction site dust pollution (thermal imaging for bare soil and dust).

3. Oil and Gas Pipeline Inspection

As a national energy artery, oil and gas pipelines require rigorous inspection. The ZAS-H300 identifies pipeline abnormalities (exposure, deformation via visible light; anti-corrosion layer damage via thermal imaging), monitors third-party construction threats, detects oil and gas leaks (thermal imaging for temperature abnormalities), and identifies geological hazards (landslides, collapses via image comparison).

Innovation Leads the Future, Technology Guards Safety

With long endurance, dual payloads, unattended operation, multi-aircraft library networking, and wind-solar complementary off-grid deployment, the ZAS-H300—empowered by the Lingxi Cloud Platform’s AI capabilities—meets low-altitude economy and ecological civilization development needs. Proven in multiple scenarios, it is becoming a reliable force for industrial inspection upgrading.

In the future, Droneyee Tech will continue to innovate, deepen its layout in industrial UAVs, and contribute to ecological protection and people’s safety with more intelligent, reliable unattended solutions, helping industries achieve an intelligent inspection leap.

http://www.droneyee-tech.com
Beijing Zhuoyi Intelligent Technology Co., Ltd.