Building AI-Enabled Military Drones

Autonomous target recognition and autonomous homing

in the presence of electronic jamming in a complex military environment

Building

AI-Enabled

Military Drones

Autonomous target recognition and autonomous homing in the presence of electronic jamming in a complex military environment

What Are Next-Generation FPV AI-Enabled Drones?

The drone possesses an integrated AI system that enables it to recognize and secure a lock on a target.

Subsequently navigating itself to the target autonomously, without requiring guidance from the pilot. Once the drone has established a lock on its target, it becomes resistant to jamming, eliminating the necessity for further communication with the pilot.

AI Target Detection from 500m

Steehatch can recognize military targets using AI at a distance of 500m in a complex environment.

Unveiling of Concealed Targets

How many military vehicles do you see in the photo? Most people with untrained eyes see one vehicle only.

Autonomous Target Homing

Even After Signal Interruption

Steehatch can track the target without the operator piloting it even after the signal between the operator and the drone is interrupted.

Capable of Identifying 27 Military Objects

Including humans, armored vehicles, artillery, mobile and grounded anti-aircraft systems, helicopters, jet fighters, planes, boats, ships, civilian vehicles, and many more.

Powered by NVIDIA Jetson Nano

Our AI-enabled military drones are equipped with the powerful Nvidia Jetson Nano B01, integrating an ARM Cortex A57 quad-core processor running at 1.43 GHz and an Nvidia Maxwell graphics architecture. Complemented by 4 GB of RAM. The Jetson Nano B01 empowers Steehatch with real-time data processing and decision-making abilities, ensuring rapid, accurate responses in critical missions.

Target AI Recognition, ID Tracking, Locking & Autonomous Homing

AI-enabled drones can recognize objects on their own even at a great distance, they can lock the target outside of the jamming dome and navigate to the target autono- mously, even the signal between an operator and the drone is jammed. One operator can control several drones at the same time and they can attack several targets at the same time. When hitting the targets, AI drone can make such zig-zag movements that operators can never imitate.

Steehatch can

Recognize

Humans

– Soldiers
– Civilians

LIGHT ARMOR

– Light Tanks

– Infantry Fighting Vehicles
– Armored Personnel Carriers
– Artillery

– Self-Propelled Artillery

– Mobile Anti-Aircraft Weapons

– Grounded Anti-Aircraft Systems

– Reconnaissance Vehicles
– Repair & Recovery Vehicles
– Ambush Protected Vehicles
– Armored Bulldozers
– Armored Cars

HEAVY ARMOR

– Main battle tanks
– Heavy Infantry Fighting Vehicles

– Self-Propelled Guns

– Armored Engineering Vehicles

MILITARY TRUCKS

ARTILLERY TRACES

HELICOPTERS

JET FIGHTERS

PLANES

BOATS

SHIPS

CIVILIAN VEHICLES

– Cars
– Trucks
– Motorcycles
– Delivery vehicles
– Buses
– Tractors, harvesters

Building AI-Enabled Military Drones

Building

AI-Enabled

Military Drones