NEO‑3, 4

Pyrotechnic quadcopters «NEO‑3» and «NEO‑4»

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NEO-3, 4

Pyrotechnic quadcopters «NEO‑3» and «NEO‑4»

Contact us

Payload capacity

up to 4 kg

Manual and autonomous navigation within a designated area 

Remote-controlled deployment of pyrotechnic elements and marking indicators for explosive ordnance identification, with targeting centering functionality

Українсько-швейцарська розробка

NEO‑3 та NEO‑4

«NEO‑3» and «NEO‑4» are UAV platforms featuring both manual and autonomous navigation capabilities within designated operational areas and mission execution functionality. They are components of the integrated «NEO» ecosystem developed for EOD and 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 incorporate an interactive marking system for the localization of explosive hazards on a digital map via the ground station interface, enabling operators to identify areas requiring inspection by EOD personnel.

A visual monitoring system provides real-time transmission of high-resolution photo and video data 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 available with either digital or analog communication systems.

Our Solution

Two UAV versions

Unique Capabilities

Integrated into a single solution

Pyrotechnic module

Digital or analog communication system 

Multifunctionality

High level of autonomy 

Customization capability 

Modular design

Main Specifications

Basic

Model:

NEO – 3 (V 1.0)

Color:

Black or green

Speed:

Up to 80 km/h

Endurance:

Up to 30 minutes

Weight:

3 kg

Payload capacity:

4 kg

Dimensions:

500 × 500 mm

Communications

Navigation:

RTK GPS

Connectivity:

Wi-Fi transmission, digital communication (2.4 GHz)

Communication range:

Up to 10 km | optional up to 15 km

Protection

Protection rating:

IP63

Operating temperature:

From –10°C to +40°C

Equipment

Battery:

Rechargeable modular Li-ion battery Capacity: 12 Ah Energy: 288 Wh

Camera:

4 MP QHD camera with 10× optical zoom / 3× digital zoom, mounted on a 320° gimbal Resolution: 2560×1440 HDR with night vision capability 3-axis stabilizer

Additional Equipment

Additional modules:

Remote-controlled pyrotechnic drop module
Payload mounting system
Tail attachment for deploying pyrotechnic elements
Optional thermal imaging camera

Lighting:

Rear indicator light

Ground Station

Display: Protected 10.1-inch screen with 1000 nits brightness
Processor: Intel Core i5 CPU
Memory: 16 GB RAM | 512 GB ROM
Connectivity: 4G support

Specifications

Basic

Model:

NEO – 4 (V 1.0)

Color:

Black

Speed:

Up to 100 km/h

Endurance:

With payload (6S1P, 4000 mAh): 10–12 min
Without payload (6S2P, 8000 mAh): 20–25 min

Weight:

1.9 kg | analog communication
2.0 kg | digital communication

Payload capacity:

1 kg

Dimensions:

280 × 339 mm

Communications

Navigation:

GPS

Connectivity:

2.4 GHz (video: 5.8 GHz)

Дальність підключення:

Up to 3 km | optional up to 15 km

Protection

Protection rating:

IP63

Operating temperature:

From –10°C to +35°C

Equipment

Battery:

Rechargeable modular Li-ion battery Capacity: 8 Ah Energy: 192 Wh

Camera:

1200 TVL | analog communication
4K 8MP Ultra HD 6X Digital Zoom Gimbal Camera | digital communication

Additional Equipment

Additional modules:

Remote-controlled pyrotechnic drop module
Payload mounting system
Tail attachment for deploying pyrotechnic elements
Optional thermal imaging camera

Lighting:

Rear indicator light

Ground Station

FPV 4.3-inch display, 800 × 480 | analog system
Protected 10.1-inch display with 1000 nits brightness Intel Core i5 CPU 16 GB RAM 512 GB ROM 4G connectivity | digital system