Autonomous Flight Systems
AI navigation, path planning and self-healing systems that let a platform complete its mission without a pilot in the loop.
Deep technical research drives everything we build. From autonomous flight systems to AI-powered scanning and next-generation defense platforms — this is the R&D behind Enestock's technology ecosystem.
Partner on a projectResearch fields & core competencies
AI navigation, path planning and self-healing systems that let a platform complete its mission without a pilot in the loop.
Custom drone sensors, modular payloads and hardware integration built around the mission rather than the airframe.
LiDAR, photogrammetry and real-time data processing that turn raw capture into measurable, decision-ready output.
Swarm robotics, autonomous engagement and threat detection — platforms that coordinate as a system, not as individuals.
Crop monitoring, precision spraying and yield analysis engineered for the scale and conditions of Indian farmland.
Project abstracts
Filter by discipline to explore what the team is building — across aerial platforms, counter-UAV systems, ground and naval vehicles, sensing hardware, and the infrastructure that ties them together.
Showing all 21 programs
A family of mission-specific UAVs for tactical strike, maritime surveillance, border security and autonomous defense operations. Integrates advanced avionics, autonomous navigation, secure frequency-hopping communication and modular payload systems.
An integrated unmanned aerial system enabling autonomous operations through intelligent docking, data management and centralized mission control — automated battery charging, telemetry transfer and secure communication across a field-deployable docking station, edge computing and a central server.
A fixed-wing vertical take-off and landing UAV (10 kg MTOW, 2 kg payload) combining multirotor hover capability with fixed-wing endurance. Autonomous navigation, precision positioning and mission planning for surveillance, mapping and logistics in confined areas.
A tethered UAV sustaining aerial operations via a 50-metre power and communication tether — persistent surveillance, communication relay and situational awareness without the endurance limits of battery power.
A heavy-lift UAV carrying up to 50 kg for logistics, surveillance and mission-critical operations — robust multirotor architecture, high-efficiency propulsion, autonomous flight control and redundant safety mechanisms.
An autonomous interceptor for counter-UAV and airspace protection — detects, tracks and intercepts unauthorised aerial systems via advanced sensing, autonomous navigation and real-time target tracking, with secure links and onboard decision-making.
An integrated counter-UAV solution combining interceptor drones, surveillance sensors, command-and-control infrastructure and AI-enabled threat analysis to detect, track, identify and neutralise aerial threats in real time.
A triple flight-controller architecture with majority-voting logic to detect, isolate and mitigate controller failures in flight. Health monitoring, fault detection and automatic switching improve availability for mission-critical platforms.
A stealth-enabled tactical mobility platform for rapid deployment, reconnaissance, casualty evacuation and logistics in challenging terrain — electric powertrain, low acoustic and thermal signature, terrain mapping and autonomous assistance.
A heavy-lift autonomous logistics drone transporting up to 70 kg over medium-range missions — redundant flight systems, secure communications, obstacle avoidance and fail-safe recovery for resupply and humanitarian aid.
Ultra-wideband radar and advanced signal processing for non-contact detection and 3D visualisation of human presence behind solid obstacles — portable, low-power and ruggedised for rescue and urban operations.
A high-endurance autonomous platform for precision strike missions — hybrid VTOL fixed-wing configuration, autonomous navigation, precision guidance, AI-assisted target recognition and encrypted beyond-line-of-sight communication.
A specialised aerial delivery platform for precision deployment of heavy cargo in remote, unprepared locations — automated release mechanisms, high-accuracy positioning, modular cargo integration and parachute-assisted recovery.
An unmanned naval platform for long-range maritime surveillance and precision strike — autonomous navigation, stealth-enhancing technologies, obstacle avoidance and minimal radar signature for coastal security and reconnaissance.
A high-endurance precision engagement system delivering persistent aerial surveillance and responsive target engagement — autonomous navigation, AI-assisted target recognition, extended loiter endurance and dynamic re-tasking.
An intelligent traffic-monitoring system integrating high-resolution imaging, 60 GHz radar-based speed measurement and automatic licence plate recognition — with centralised management software and REST-based integration.
An intelligent aerial platform that autonomously tracks and follows moving targets — AI-based vision tracking, obstacle avoidance and precision target-lock for defense, search-and-rescue and civilian monitoring.
An autonomous and remotely operated unmanned ground vehicle for reconnaissance, logistics support, surveillance and tactical missions — advanced mobility, obstacle avoidance and modular payload integration across difficult terrain.
A compact, collision-tolerant UAV for confined, obstacle-rich environments — rugged protective enclosure, autonomous navigation and real-time video transmission for indoor reconnaissance in GPS-denied environments.
An advanced UAV achieving sustained flight speeds up to 300 km/h for rapid reconnaissance, target acquisition and time-critical missions — high-efficiency aerodynamic airframe, secure communications and precision navigation.
A high-performance counter-UAV platform integrating autonomous target detection, tracking and interception with an onboard payload deployment mechanism — AI-enabled decision support, secure communications and redundant flight systems.
