NEO
Robotic System for Remote Detection of Explosive Hazards and Demining
Integrated Mobile Robotic Solutions for Humanitarian Demining
A Unified Ecosystem for Demining Specialists and Engineering Units
NEO
Robotic System for Remote Detection of Explosive Hazards and Demining
Contact UsIntegrated Mobile Robotic Solutions for Humanitarian Demining
A Unified Ecosystem for Demining Specialists and Engineering Units
UGV
Multifunctional hardware and software robotic system for remote metal detection
«NEO‑1»
UGV
Remote Mobile Demining Robot
«NEO‑2»
UAV
«NEO‑3»
UAV
«NEO‑4»
Українсько-швейцарська розробка
NEO‑1
A robotic all-wheel drive platform on four wheels that can easily move in conditions of increased cross-country ability.
NEO‑1 can be controlled remotely or move independently in a defined area.
The robot is equipped with metal detectors to detect metal objects and a visual system to transmit images to a ground station.
Ukrainian-Swiss development
NEO‑2
A mobile robotic all-wheel-drive platform with remote control capability.
The robot is equipped with a detachable percussion-rotary module designed for convenient transportation and intended for ground preparation and neutralization of anti-personnel mines, tripwires at various height levels, and booby traps.
The system is equipped with a remote control unit featuring real-time video streaming to the display for improved navigation and operational awareness.
It can also be used as a logistics platform with enhanced autonomy and off-road mobility.
Ukrainian-Swiss development
NEO‑3 та NEO‑4
UAVs featuring both manual and autonomous navigation within designated areas, designed for mission execution. They are integral components of the unified “NEO” ecosystem for demining specialists.
The systems include a remotely operated module for the deployment of pyrotechnic elements (detonation charges, etc.) and marking indicators for explosive ordnance identification.
They are equipped with an interactive marking system for the localization of explosive hazards on a digital map via the ground station interface, enabling the identification of areas requiring inspection by EOD personnel.
A visual monitoring system provides real-time transmission of high-resolution photos and videos to the operator’s ground station from a remote distance. The drones can be customized through the integration of additional modules and equipment.
“NEO‑3” and “NEO‑4” are capable of operating jointly with other units of the system, including the “NEO‑1” robotic platform for remote explosive hazard detection and quality control, as well as the impact-rotary “NEO‑2” system.
“NEO‑4” is supplied with either digital or analog communication systems.