The E-Patrol G2 by Hubble Technology is an AI-powered autonomous surveillance robot designed for round-the-clock patrolling and real-time threat detection in outdoor environments like campuses, warehouses, and gated communities.
Product Description
The E-Patrol G2 by Hubble Technology is a fully autonomous security robot engineered for smart surveillance and patrol in urban, industrial, and commercial spaces. Designed to reduce manual security workloads, it combines real-time video analytics, AI-based threat detection, and autonomous navigation to deliver consistent, reliable perimeter monitoring. The E-Patrol G2 supports 24/7 operations with minimal maintenance and integrates easily into existing security networks.
🔑 Key Features:
-
Autonomous Patrolling
Uses GPS and obstacle avoidance to navigate fixed or dynamic patrol routes. -
AI-Driven Threat Detection
Identifies anomalies, intrusions, and unauthorized activities using smart video analytics. -
360° Surveillance Coverage
Equipped with PTZ cameras, thermal sensors, and environmental monitoring tools. -
Remote Communication & Alerts
Sends real-time alerts, live video, and status updates to control centers or mobile devices. -
Weatherproof & Durable Build
Engineered for year-round, all-terrain operation in outdoor environments. -
Cloud-Based Integration
Easily links with security management platforms and supports remote firmware updates.
Form Factor
Attribute
Value
Description
Why It Matters
Height
10
Total standing height (cm)
Human-scale enables use of tools, navigation of spaces
Width
20
Shoulder-to-shoulder width (cm)
Affects balance, door/passage fit
Weight
52
Total mass (kg)
Impacts mobility, safety, power usage, transportability
Power System
Attribute
Value
Description
Why It Matters
Battery Type
Alkaline Battery
Li-ion / LiFePO4 / etc.
Determines energy density, safety
Battery Capacity
Wh or Ah
Impacts range and operating time
Operating Duration
Hours under normal load
Key for logistics, shift planning
Performance
Attribute
Value
Description
Why It Matters
Payload Capacity
Maximum carrying capacity (kg)
Determines real-world utility
Speed
Maximum operational speed
Task completion rate & productivity
Precision
Positioning accuracy (mm)
Quality of work & application suitability
Repeatability
Consistency of positioning (±mm)
Manufacturing quality & reliability
Cycle Time
Time per standard operation
Productivity & throughput calculations
MTBF
Mean Time Between Failures (hours)
Reliability & maintenance planning
Service Life
Expected operational lifespan (years)
ROI calculations & replacement planning
Connectivity
Attribute
Value
Description
Why It Matters
Communication Protocol
Wi-Fi / Ethernet / 5G / Bluetooth
Network integration capabilities
Remote Control
Web / App / Joystick / API
Needed for manual override or remote training
Programming Interface
Drag-drop / Code / Visual / Teach pendant
Ease of deployment and customization
Integration APIs
Available software interfaces
System integration capabilities
Cloud Connectivity
Cloud platform compatibility
Data analytics & remote monitoring
Security Features
Encryption & authentication methods
Cybersecurity compliance
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