.png)
.png)
.png)
.png)
.png)
.png)
.png)
BLASTER 4
A short-range quadcopter loitering munition drone with a modular warhead payload option
BLASTER 4
A short-range quadcopter loitering munition drone with a modular warhead payload option
BLASTER 4
A short-range quadcopter loitering munition drone with a modular warhead payload option
BLASTER 4
A short-range quadcopter loitering munition drone with a modular warhead payload option
Adaptive swarm system
This "Detect-Engage-Command" cycle - reconnaissance, precise strikes, and battlefield analysis - starts with mission planning and finishes when the target is confirmed to be eliminated.
Operational Efficiency
This system significantly reduces the number of operators needed to manage UAV platforms, allowing a single operator to control multiple UAVs simultaneously, thereby enhancing operational efficiency and reducing manpower requirements on the battlefield.
Communication and Navigation
With self-healing, interference-avoiding mesh networks and GNSS-denied navigation, the system remains resilient in challenging conditions. The enhanced onboard computing, tracking, and targeting capabilities further improve its reliability.
Dynamic Operational Retasking
The swarm system features automatic vehicle retasking based on real-time operational conditions, ensuring adaptability for optimal performance and responsiveness to evolving mission requirements.
Advanced Object Recognition
The swarm system excels in object recognition and tracking, ensuring precise identification and monitoring of targets. This capability enhances situational awareness and operational effectiveness across all layers of the command chain for system users, starting at the platform level and finishing deep into the core of the control system.
Main Features
Autonomous Swarm Control System
The system enables automatic mission takeover, where a new UAV seamlessly replaces one that is running low on power or encountering issues, ensuring continuous mission execution without interruption.
Automated Continuity System
The system enables automatic mission takeover, where a new UAV seamlessly replaces one that is running low on power or encountering issues, ensuring continuous mission execution without interruption.
NATO Synchronization Matrix
The NATO Standard Synchronization Matrix ensures that UAVs operate within specified timeframes and designated areas, with real-time information provided by the operator's Battle Management System (BMS). This gives command centers full awareness of vehicle locations and flight schedules, ensuring coordinated and compliant operations.
Overview
The BLASTER 4 is designed for versatility, integrating with various explosive payloads. After target acquisition, it locks onto its flight path without relying on continuous radio communication or GNSS signals, delivering powerful and precise strikes, even in complex battlefield conditions.
.png)
Features
.png)
Technical specifications
Contact us to request a demo and discover the full range of technical specifications
Detect
Stealthy deep-penetration operations for real-time intelligence, fire support, and target acquisition.
Engage
Execute precise strikes and prepare to re-engage effectively at long range.
Command
UAV swarming for reconnaissance and strikes, featuring analysis capabilities, self-healing networks, GNSS-denied navigation, and real-time retasking.
Baseline product extras
Military-Grade Rugged Tablet
.png)
Modular Ground Station Kit
Edge Computing Module - sMatrix
.jpg)
Role in the system
Capable of eliminating heavy and high-mass targets at mid to long distances from the launch site
Detect
Map the battlefield, identify and focus on targets, ensuring reliable visual tracking
.png)
Engage
Evaluate targets, analyze the battlefield, and facilitate faster tactical decisions
Command
Execute precise strikes and prepare to re-engage effectively
Baseline product configuration
Military-Grade Rugged Tablet
Modular Ground Station Kit
Edge Computing Module - sMatrix
Integration with SwarmC2 System
Autonomous Swarm Control System
The system enables UAV swarms to operate autonomously and efficiently, with built-in collision avoidance and self-adjusting capabilities. The vehicles can independently modify their altitude, flight path, and formation without human intervention, allowing for seamless operation and reduced operator workload.
.png)
Automated Mission Continuity System
The system enables automatic mission takeover, where a new UAV seamlessly replaces one that is running low on power or encountering issues, ensuring continuous mission execution without interruption.
.png)
NATO Standard Synchronization Matrix
The NATO Standard Synchronization Matrix ensures that UAVs operate within specified timeframes and designated areas, with real-time information provided by the operator's Battle Management System (BMS). This gives command centers full awareness of vehicle locations and flight schedules, ensuring coordinated and compliant operations.
