AstroInspect Z2 Industrial Inspection Drone
"Precision Inspections for Modern Manufacturing & Infrastructure"
Product Summary
The AstroInspect Z2 Industrial Inspection Drone is engineered specifically for detailed industrial and infrastructure inspections. Combining ultra-high resolution imaging with advanced sensor technologies, the AstroInspect Z2 delivers precise defect detection and asset health analytics in real time. Ideal for manufacturing plants, power plants, and critical infrastructure, it streamlines inspection processes and reduces downtime while ensuring maximum safety.
Send Us a Message
Fill out the form below and a member of our team will get back to you as soon as possible.
Key Features
High-Precision Imaging
Equipped with 8K cameras and high-fidelity thermal imaging for detailed visual inspections of equipment and infrastructure.
Advanced Sensor Array
Integrates LiDAR, ultrasonic sensors, and environmental monitors to capture comprehensive asset data.
Automated Analytics
On-board machine learning algorithms analyze structural integrity and detect potential issues before they cause failures.
Enterprise-Ready Integration
Offers secure APIs, real-time data streaming, and cloud connectivity for seamless integration with enterprise maintenance systems.
Robust Design
Engineered for challenging industrial environments, with enhanced durability and safety features for reliable operation.
Detailed Specifications
Hardware
Imaging & Sensors
- 8K Ultra-High Definition Camera: Captures minute details for in-depth inspections
- Thermal Imaging Sensor: Detects temperature anomalies and hidden structural issues
- LiDAR: Provides accurate 3D mapping of industrial assets with sub-meter precision
- Ultrasonic & Environmental Sensors: Measure vibration, humidity, and air quality
Power & Endurance
- Flight Time: Up to 35 minutes per charge, optimized for intensive inspection tasks
- Recharge Cycle: Fast-charge capability with a complete cycle in approximately 75 minutes
- Backup System: Dual-battery redundancy to ensure safe mission completion
Payload & Construction
- Payload Capacity: Supports additional sensor modules up to 1.5 kg
- Chassis Material: Constructed with high-strength, lightweight composites and aerospace-grade aluminum
- Durability: IP68-rated for enhanced protection against dust, water, and industrial contaminants
Software
Inspection & Analytics
- Automated Defect Detection: Uses AI-driven image analysis to flag anomalies and structural defects
- Predictive Maintenance: Machine learning models predict asset wear and schedule maintenance alerts
- Real-Time Data Processing: Immediate processing of sensor data to deliver actionable insights
Integration & Connectivity
- API Suite: Secure RESTful APIs and WebSocket streams for integrating with enterprise asset management systems
- SDK: Customizable software development kit for extending capabilities and integrating third-party applications
User Interface
- Inspection Dashboard: A web-based portal offering real-time monitoring, data visualization, and historical trend analysis
- Mobile Companion App: Provides remote access and notifications for on-the-go monitoring
- Cloud Integration: Seamless connectivity with cloud platforms for secure data storage and advanced analytics
Operational Parameters
Operational Range & Altitude
- Communication Range: Up to 8 km line-of-sight, extendable with networked relay stations
- Altitude Limit: Optimized for low to medium altitude inspections (up to 300 meters)
Performance Metrics
- Speed: Maximum speed of 50 km/h with precision maneuvering for detailed inspections
- Operating Conditions: Designed to operate between -15°C and 45°C, with stability in moderate industrial wind conditions
Safety & Reliability
- Obstacle Avoidance: Advanced obstacle detection with dynamic path correction
- Geo-Fencing: Configurable boundaries to ensure compliance with safety and regulatory standards
- Emergency Protocols: Automated return-to-base and safe landing features in case of system anomalies
Use Cases & Integration
Industrial Plant Inspections
Routine Maintenance: Scheduled inspections to detect early signs of wear in machinery and infrastructure, preventing costly breakdowns.
Safety Audits: Comprehensive surveys for compliance with industrial safety standards without putting personnel at risk.
Predictive Analysis: Using thermal and vibration data to forecast potential failures before they disrupt operations.
Infrastructure Monitoring
Bridge & Tunnel Inspections: High-definition imaging and LiDAR mapping for structural assessments of hard-to-reach infrastructure.
Power Grid Monitoring: Inspection of substations, transmission lines, and utility corridors without service interruption.
Environmental Compliance: Monitoring air quality and other environmental parameters in industrial zones to ensure regulatory compliance.
Integration Diagram
+---------------------------+ +---------------------------+ +--------------------------+
| AstroInspect Z2 Drone | ---> | Inspection Dashboard & | ---> | Enterprise Asset |
| - Sensors & Imaging Unit | | Mobile Companion App | | Management Systems |
+---------------------------+ +---------------------------+ +--------------------------+
| ^ | ^
| | | |
v | v |
+-----------------+ +-------------------------+
| Communication | <------------ | Notification & Alert |
| & Data Modules | | Management System |
+-----------------+ +-------------------------+
Setup and Configuration
Pre-Deployment Checks
Hardware Inspection: Confirm the calibration of cameras, sensors, and battery health before deployment.
Software Update: Ensure the dashboard and mobile app are running the latest firmware for optimal performance.
Network Verification: Verify stable connectivity (Wi-Fi/4G/5G) for uninterrupted data transfer during inspections.
Deployment Process
Initiating Flight: Launch via the inspection dashboard with step-by-step on-screen guidance for optimal mission parameters.
In-Flight Monitoring: Utilize the dashboard for real-time telemetry, image feeds, and sensor data visualization during the inspection.
Emergency Procedures: Activate automated return-to-base protocols if battery or system anomalies are detected during the mission.
System Integration
API Setup: Configure secure API endpoints as per the SDK guidelines for seamless enterprise system integration.
Data Mapping: Align sensor outputs and inspection data with the enterprise asset management framework for cohesive analysis.
Security Configuration: Enable data encryption, geo-fencing, and compliance measures for operational security during inspections.
Support & Troubleshooting
FAQs
Q1: How do I calibrate the imaging and sensor systems?
A1: Calibration is integrated into the pre-flight checklist, with options for manual adjustments via the inspection dashboard if needed for specific inspection tasks.
Q2: What are the optimal operating conditions?
A2: The AstroInspect Z2 performs best in environments between -15°C and 45°C; extreme conditions may require supplemental climate controls for optimal sensor performance.
Q3: How are firmware updates managed?
A3: Firmware is updated over-the-air (OTA) using an automated wizard accessible through the inspection dashboard, ensuring minimal downtime during maintenance.
Contact Information
Support Hotline: +1-800-ASTR-OFLY (278-767-359)
Email: support@astroflyrobotics.com
Live Chat: Available on the Inspection Dashboard
Support Portal: www.astroflyrobotics.com/support