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MADE IN INDIA
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SANH Systems develops scalable autonomous drone platforms designed for inspection, surveillance, industrial operations, training, emergency response, and mission-specific applications. Built on modular architecture and intelligent control systems, our platforms are engineered to adapt across operational environments and payload requirements.
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At SANH Systems, drone development is driven by operational relevance, engineering precision, and scalable platform architecture.
Our UAV ecosystem includes lightweight training drones, industrial inspection systems, VTOL platforms, and heavy payload aerial systems designed to support varied mission requirements.
Each platform is engineered with a focus on stability, modularity, intelligent integration, and real-world deployment adaptability.
From compact aerial systems designed for pilot familiarization to advanced autonomous platforms supporting industrial inspections and emergency response operations,
SANH develops drone technologies aligned with evolving operational demands.
Engineered on scalable modular architecture, allowing deployment across varied payload capacities.
100–200g Micro Quadcopter
Compact micro quadcopter platform designed for drone pilot training, indoor flying, basic aerial photography, and lightweight recreational operations.
Micro Quadcopter Architecture
Max Altitude: 80m–120m
Payload Capacity: 25–50g
Flight Time: 5–10 Minutes
Wi-Fi FPV Camera Support
Operating Range: 500m
FPV 3.5-inch Drone
Advanced quadcopter platform developed for photography, videography, and extended recreational aerial operations.
FPV Quadcopter Platform
Multi-Camera Payload Integration
Max Altitude: ~1000m
Payload Capacity: 100-250g
Flight Time: 10–15 Minutes
GPS Navigation Support
Thermal & Night Vision Payload Compatibility
FPV 7-inch Drone
High-speed FPV platform engineered for surveillance, cinematography, and defense-oriented operational applications.
Quadcopter Architecture
surveillance, cinematography, and defense-oriented operational applications.
Max Altitude: ~5000m
Approx. Weight: 1kg
Flight Time: Approx. 20 Minutes
Operating Range: 10-12 km
GPS + GLONASS
3.5kg Inspection & Surveillance Drone
AI-enabled industrial inspection platform designed for surveillance, mapping, payload operations, and advanced aerial monitoring.
Foldable ARMs, Landing gear
6-directional Obstacle Avoidance
Max Altitude: ~5000m
Flight Time: 30-41 Minutes
Operating Range: 10–20km
PPK GPS Navigation
3-in-1 Gimbal with Visible, Thermal & Laser Capability
VTOL Autonomous System
Vertical Take-Off & Landing platform engineered for defense surveillance, inspection operations, and long-range border patrol applications.
VTOL Aircraft Architecture
Defence Surveillance Applications
Max Altitude: 5000m
Flight Time: 100–120 Minutes
Operating Range: 25–30km
RTK/PPK GNSS Integration
30X Optical Zoom Payload
40–50kg Heavy Payload Platform
Heavy-duty multirotor platform designed for firefighting, agricultural spraying, suppression operations, and high-payload industrial missions.
Hexacopter Architecture
Firefighting & Agricultural Applications
Max Altitude: ~3000m
Flight Time: Approx. 20 Minutes
Operating Range: 10-20 km
RTK GPS + 4G/5G RF Link
Multispectral & Thermal Payload Support
SANH drone platforms are developed with scalable engineering architecture that supports modular payload integration, autonomous flight capability, AI-enabled processing, and mission-specific adaptability.
Integrated control systems
Modular Payload Configurations
Lightweight Structural Optimization
Autonomous operational capability
Embedded communication systems
Real-time telemetry and monitoring
This enables SANH platforms to evolve across operational classes while maintaining engineering consistency and deployment flexibility.
At SANH Systems, we design our drone platforms to function as part of a larger connected intelligence ecosystem rather than as standalone aerial systems. We integrate our autonomous drone technologies with Industrial IoT networks, AI-powered analytics platforms, command and control systems, immersive simulation environments, and centralized operational dashboards to create a unified operational framework. Through this connected approach, we enable real-time data flow, intelligent monitoring, and improved operational visibility across complex environments. By combining aerial intelligence with predictive analytics and integrated safety technologies, we help organizations move beyond traditional inspections toward proactive risk management, informed decision-making, and smarter operational oversight.
SANH's modular payload system supports mission shifts across industrial inspection, safety response, mapping, agriculture, and logistics workflows.
Reduce turnaround time when missions change across teams or environments.
Pair visual and thermal intelligence for richer field awareness and analysis.
Support emergency workflows with targeted intervention tools.
Extend platform utility into specialized field applications when required.
Capture terrain, perimeter, and infrastructure intelligence in one mission flow.
Engineer transport and support operations around payload class and mission constraints.
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View allWhether for training, inspection, surveillance, industrial operations, or mission-critical deployment, SANH develops intelligent drone systems engineered for operational relevance and scalable performance.
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