Aeromac Dynamics
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Aeromac Dynamics — Commanding the Skies. Innovating today. Securing tomorrow.

IndigenousTechnology.MissionFocused.SeamlessIntegration.Tested.Trusted.Secure byDesign.Built in Indiafor the World.
Aeromac UAV family around a rugged ground control station: VTOL fixed-wing, long-endurance fixed-wing, delta-wing and quadcopter drones, and the AI-Ceptor interceptor

01— UAV

Unmanned. Unmatched.

From reconnaissance to high-altitude endurance: one family of UAVs.

Aeromac long-wing UAV flying over a desert river valley

01

ISR & Reconnaissance UAVs

Aeromac octocopter carrying a cargo box over a misty pine forest

02

Logistics & Cargo UAVs

Aeromac fixed-wing UAV flying above the clouds

03

Loitering Munition Systems

Long-endurance turboprop UAV with a nose sensor turret flying high above the clouds

04

High-Altitude UAVs (HALE)

Aeromac quadcopter with a gimbal camera flying in front of snow-capped mountains

05

AI-Enabled Autonomous UAVs

Aeromac flightDesk running on a rugged laptop beside a UAV controller and radar display, at night

02— Command & Control

Command. Control.

Command anywhere. Control everything.

Ground Control Station

Rugged. Reliable. Mission ready.

Rugged tactical Aeromac command console with fleet dashboard, multi-video feed, keyboard and joystick

Advanced Ground Control Station for seamless command, control, and communication with UAV platforms — with an encrypted, jam-resistant data link between UAV and ground for real-time command, control, telemetry, and intelligence.

Operator using the rugged portable Aeromac ground control station, a hard case with joystick, controls and keyboard

Rugged & Portable

MIL-grade rugged design for harsh environments and field operations.

Aeromac rugged GCS with twin screens showing mission control, telemetry and a four-way live multi-video feed

Multi-Display Interface

Real-time video, telemetry, maps, and mission data on high-resolution screens.

Operator at a bank of command-centre screens linked to a UAV overhead through a network of connection points

Secure C2 Link

Encrypted, frequency-hopping communication for secure command and control.

  • Mission Management

    Plan, execute, and monitor missions with advanced mission management tools.

  • Data Recording

    Mission data recording, playback, and analytics for post-mission analysis.

  • Modular Architecture

    Configurable and scalable architecture for diverse mission requirements.

  • 01Real-time C2 Link
  • 02Secure Communication
  • 03Live EO/IR Video Feed
  • 04Telemetry & Health Monitoring
  • 05Mission Planning & Control
  • 06Data Recording & Playback
  • 07Multi-UAV Operations
  • 08Integrated Mapping & Situational Awareness

flightDesk GCS Software

Command. Control. Complete awareness.

Aeromac flightDesk software showing telemetry and a moving map

A proprietary Ground Control Station (GCS) software suite designed by Aeromac Dynamics for seamless mission control, real-time data fusion, and intelligent decision making.

Operator running Aeromac flightDesk on a rugged laptop with a joystick, beside a tripod antenna, as a fixed-wing UAV flies over a valley

Real-Time Command & Control

Live control of UAV systems with low-latency command and telemetry.

Aircraft instrument panel with altitude, attitude and heading gauges lit in the dark

Live Telemetry & Data Fusion

Integrates data from all sensors and subsystems for a unified view.

Topographic map with a planned area outlined

Mission Planning & Management

Plan, simulate, and execute missions with precision and flexibility.

  • EO/IR & Payload Integration

    Seamless integration with EO/IR, radar, and third-party payloads.

  • Secure & Encrypted Communication

    End-to-end encrypted links for secure data transmission.

  • Intelligent Alerts & AI Assistance

    AI-powered threat detection, alerts, and decision support for mission success.

  • 01Real-time Telemetry Monitoring
  • 02Live EO/IR Video Streaming
  • 03Mission Planning & Waypoint Navigation
  • 04Geofencing & No-Fly Zone Management
  • 05Multi-UAV Control & Swarm Management
  • 06Auto Return, Failsafe & Health Monitoring
  • 07Data Logging, Playback & Export
  • 08Role-Based Access & User Management
  • 09Custom Alerts & AI-Powered Insights
  • 10Cross-Platform Compatible

03 — Counter-UAS & Surveillance

Tracks acquired

00 / 00

Low-flying.
Fast. In swarms.

Not over our borders.

Standalone EO/IR and radar systems that detect, track and classify intruder drones and aerial threats in real-time — day or night, in any environment.

Aeromac C-UAS · Transmitting

Always aware. Always ready.

AI-Ceptor

Aeromac AI-Ceptor counter-drone interceptor: a black quadrotor with a rocket-shaped body and yellow-tipped propellers

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AI-Ceptor on a tripod launch tube in the desert at sunset
Land Deployment
Armoured vehicle carrying a six-tube AI-Ceptor launcher and a radar mast
Vehicle Deployment
Six-tube AI-Ceptor launcher on the deck of a naval ship
Marine Deployment

  • Threat Detection

    Layered sensor detection enables operational redundancy, real-time threat validation and reliable aerial surveillance across complex environments. Multi-source correlation improves detection confidence while maintaining continuous awareness of emerging aerial threats.

  • Track & Classify

    AI-enabled object detection, classification and autonomous tracking continuously analyse aerial threats, maintaining target identity, trajectory and movement throughout the engagement cycle.

  • Engage & Intercept

    Rapid interceptor deployment enabling high-speed pursuit, precision engagement and decisive neutralisation of time-critical aerial threats.

  • Swarm Response

    Scalable networked interception architecture delivering coordinated multi-vector response against simultaneous aerial threats.

Platform
Counter-Drone Interceptor UAS
MTOW
Up to 3 kg
Max speed
300 km/h
Endurance
10–15 min
Range
15 km
Ceiling
4500 m
Optics
Day and Night capabilities
Configuration
Quadrotor (FPV-based)
Macro close-up of a dark circuit board with processors and components

04— Indigenous Electronics

Engineered. In India.

Onboard intelligence, imaging and flight control.

AI Module

Onboard Intelligence. Real-Time Awareness.

Aeromac AI chip with glowing circuit traces

An integrated AI computing platform designed to bring advanced perception and intelligent processing capabilities to unmanned aerial systems. It enables real-time image analysis, object recognition and onboard decision-support processing.

Aeromac flightDesk showing a night-time aerial city view with AI detection boxes around each vehicle, beside live telemetry

Real-Time Intelligence

Onboard AI processing for rapid visual analysis and mission awareness.

Close-up of an NPU chip on a circuit board with gold pins and traces

Low-Latency Processing

Edge computing reduces reliance on external processing infrastructure.

Close-up of a dark blue circuit board with gold contact pads

Mission Adaptability

Flexible AI architecture supporting multiple perception models and UAV applications.

  • AI-Based Object Detection

    Real-time identification and classification of objects from onboard camera feeds.

  • Multi-Object Tracking

    Continuous tracking and visual monitoring of multiple objects across video frames.

  • 01AI Processing Architecture
  • 02Supported AI Frameworks
  • 03Communication Interfaces
  • 04Power & Operating Requirements

EO/IR Camera

See Beyond Visibility. Operate Without Limits.

Aeromac EO/IR gimbal camera with its interface module

An advanced electro-optical and infrared imaging payload engineered for aerial surveillance, reconnaissance and mission-critical observation. Combining visual and thermal imaging capabilities with precision stabilization, it delivers enhanced situational awareness across diverse operating environments.

Two soldiers wearing night-vision goggles under a starry sky

Day & Night Surveillance

Visual and thermal imaging capabilities for observation across varying lighting conditions.

Precision Stabilization

Stabilized imaging for clear and consistent footage during UAV operations.

Infrared false-colour image of a forest, with trees glowing red against blue

Multi-Spectral Imaging

Combines optical and infrared sensing for enhanced aerial awareness.

  • Electro-Optical Imaging

    High-resolution visual imaging for detailed observation and identification.

  • Thermal Imaging

    Infrared imaging for heat signature detection and low-light surveillance.

  • Multi-Axis Gimbal

    Stabilized camera positioning for smooth aerial imaging.

  • Optical Zoom

    Detailed observation of distant subjects through optical magnification.

  • 01EO Sensor Resolution
  • 02Thermal Sensor Resolution
  • 03Optical Zoom Range
  • 04Thermal Spectral Range
  • 05Gimbal Stabilization Axes
  • 06Field of View
  • 07Video Output Interface
  • 08Payload Weight

Flight Controller

Precision Control. Autonomous Flight.

Aeromac flight controller board with blue heat-sink and labelled connectors

An advanced flight control system engineered to deliver precise UAV stabilization, navigation and mission management. Integrating onboard sensors, intelligent control algorithms and multiple communication interfaces, it serves as the central intelligence unit governing aircraft flight operations.

Close-up of an aircraft autopilot panel with altitude select and flight controls

Precision Flight Control

Real-time attitude estimation and control for stable and responsive flight performance.

Navigation compass laid on a topographic map

Intelligent Navigation

Integrated sensor and positioning data for accurate navigation and flight path management.

Macro view of a densely populated circuit board

Mission Reliability

Configurable failsafe mechanisms and system monitoring for dependable UAV operations.

  • Advanced Sensor Fusion

    Combines inertial sensor data for accurate flight-state estimation.

  • Autonomous Flight Modes

    Supports multiple flight modes and automated mission operations.

  • Navigation & Waypoint Control

    Enables GPS-assisted navigation and programmable flight paths.

  • Failsafe & Telemetry

    Provides system monitoring, communication and configurable failsafe functionality.

  • 01Flight Controller Processor
  • 02IMU & Sensor Configuration
  • 03GNSS Compatibility
  • 04Supported Flight Firmware
  • 05Communication Interfaces
  • 06PWM / Motor Outputs
  • 07Operating Voltage
  • 08Dimensions & Weight