Airframe and propulsion system
The frame, motors, ESCs, propellers, battery, and power distribution system provide the flight platform.
High-End Configured Drone
Aeroniti SkyCore UAV Platform
A configured autonomous platform, not a toy drone.
Built for serious delivery, surveillance, search, inspection, payload interaction, and autonomous field missions, SkyCore combines a safety-first Pixhawk 6C flight controller, ArduPilot firmware, telemetry radio, onboard Jetson Orin Nano AI computer, high-range video link, and modular sensors.
Mission connected
Safety bounded
Equipment
Flight safety, onboard AI, communication, video, sensors, and payloads.
Frame
Motors
ESCs
Propellers
Battery
Power distribution
Pixhawk 6C
ArduPilot firmware
GPS + compass
Telemetry radio
Jetson Orin Nano
Depth camera
360 LiDAR
Thermal camera
RGB / AI camera
High-range video Wi-Fi transmitter
Autonomous gripper
Payload mount
Assembly
How the drone is assembled.
Flight controller layer
Pixhawk 6C running ArduPilot manages stabilization, motor control, GPS navigation, flight modes, failsafes, geofence, and return-to-launch.
Communication layer
Telemetry radio connects the drone to Aeroniti Command One ground controller for mission commands and live telemetry.
AI compute layer
Jetson Orin Nano is installed onboard as the AI brain. It reads cameras, LiDAR, thermal data, mission state, and telemetry.
Sensor layer
Depth camera measures distance, 360 LiDAR detects surrounding obstacles, thermal camera identifies heat signatures, and RGB/AI camera supports visual detection.
Video layer
High-range video Wi-Fi system transmits live high-quality video to the ground controller.
Payload layer
Optional gripper or payload hardware enables pickup, drop, delivery, retrieval, and field interaction tasks.
Safety layer
ArduPilot handles core flight safety. Human operator can monitor and override from the ground controller.
Mission operation
How the Aeroniti SkyCore UAV Platform works during a mission.
Operator creates or selects mission
Mission data is prepared on the ground controller.
Mission is sent through telemetry radio
Command One sends mission data and command intent to the drone.
Pixhawk 6C verifies flight readiness
Core flight safety and readiness states are checked before execution.
Drone arms and takes off
Takeoff happens under safe flight control.
Jetson Orin Nano starts AI processing
Onboard AI and sensor pipelines begin evaluating mission context.
AI identifies mission targets
The system detects objects, humans, intruders, animals, heat signatures, obstacles, or target payloads.
Onboard computer calculates intent
AI evaluates decisions and safe movement intent.
MAVLink commands are sent
Commands are sent to Pixhawk 6C for safe execution.
ArduPilot executes behavior safely
The flight controller manages stabilization, motor control, failsafes, RTL, and geofence.
Live video and telemetry return
Command One receives mission video and flight data.
Operator supervises
The operator can pause, change, or override the mission when required.
Mission completes
Mission ends with landing, RTL, payload completion, or the next scheduled task.
Drone variants
Three configurations for delivery, surveillance, and full mission work.
Delivery and object interaction drone
Aeroniti CargoLift
Configured for depth-aware object pickup, payload drop, delivery, and field payload movement.
Best for
Delivery, pickup, retrieval, sample collection, and emergency supply drop.
Configuration
- Depth camera
- 360 LiDAR
- Autonomous gripper
- Jetson Orin Nano
- Pixhawk 6C
- Telemetry radio
Capabilities
- Pick object
- Drop object
- Deliver payload
- Measure target distance
- Avoid obstacles
- Follow planned mission
Surveillance and thermal intelligence drone
Aeroniti Sentinel
Configured for perimeter patrol, night monitoring, thermal intelligence, and human, intruder, or animal detection.
Best for
Intruder detection, perimeter security, industrial surveillance, farm monitoring, and night patrol.
Configuration
- Depth camera
- High-range thermal camera
- RGB/AI camera
- Jetson Orin Nano
- Pixhawk 6C
- Telemetry radio
Capabilities
- Human detection
- Intruder detection
- Animal detection
- Night monitoring
- Heat-signature detection
- Perimeter patrol
Full mission autonomous drone
Aeroniti Titan
Configured as the full multi-sensor platform for advanced autonomous missions requiring intelligence and payload action.
Best for
Search and rescue, disaster response, industrial inspection, security plus payload action, and advanced autonomous missions.
Configuration
- Depth camera
- 360 LiDAR
- Thermal camera
- RGB/AI camera
- Autonomous gripper
- Jetson Orin Nano
Capabilities
- Delivery
- Surveillance
- Search and rescue
- Obstacle-aware autonomy
- AI detection
- Thermal analysis
Safety-first architecture
The AI brain requests actions. Pixhawk executes flight safely. The operator remains in control.
SkyCore is designed around layered safety. The onboard AI computer makes decisions and requests actions. Pixhawk 6C running ArduPilot remains responsible for stabilization, motor control, failsafes, RTL, geofence, and pilot override.
Comparison
Choose the configuration around the mission.
| Feature | Aeroniti CargoLift | Aeroniti Sentinel | Aeroniti Titan |
|---|---|---|---|
| Best for | Delivery, pickup, retrieval, sample collection, and emergency supply drop. | Intruder detection, perimeter security, industrial surveillance, farm monitoring, and night patrol. | Search and rescue, disaster response, industrial inspection, security plus payload action, and advanced autonomous missions. |
| Depth camera | Included | Included | Included |
| Thermal camera | Optional | Included | Included |
| 360 LiDAR | Included | Optional | Included |
| Gripper | Included | Optional | Included |
| AI detection | Object and payload | Human, intruder, animal | Full multi-sensor detection |
| Video transmission | Video link | High-quality video link | High-range video Wi-Fi |
| Telemetry | Telemetry radio | Telemetry radio | Telemetry radio |
| Delivery | Primary | Optional | Supported |
| Surveillance | Limited | Primary | Advanced |
| Search and rescue | Payload support | Thermal search | Advanced |
| Industrial inspection | Payload movement | Security inspection | Full mission inspection |
| Payload operation | Primary | Optional | Advanced |
| Recommended customer | Logistics teams, disaster response groups, field operators, agriculture teams, and research programs. | Security companies, public safety teams, industrial sites, farms, warehouses, and site operators. | Emergency operators, industrial inspection teams, research institutions, enterprise automation teams, and advanced drone programs. |
Request demo
What do you want to automate?
Bring us your mission. We will help design the AI, control logic, sensors, and operator interface to automate it.