Technology
& Design
Unmanned aerial vehicles (UAVs) integrated with GIS technologies enhance surveillance, reconnaissance, and data analysis. Equipped with high-definition cameras and advanced telemetry systems, UAVs provide real-time monitoring and precise geolocation, supporting law enforcement and military operations. This integration ensures efficient response and decision-making in various operational contexts.
Unmatched Endurance
The UAV’s endurance, exceeding 40 hours for the RB(4) model, is crucial for missions like aerial photography, data acquisition, surveillance, and border security. Its efficient EFI engine optimizes fuel consumption and performs well in temperatures from -20°C to +35°C. Aerodynamic features enhance flight efficiency, making it ideal for continuous monitoring without frequent refueling. The ground control station (GCS) supports extended missions with robust control and data processing capabilities. The modular design allows quick assembly, minimizing downtime. This endurance offers significant advantages in operational efficiency, cost-effectiveness, and reliability.
Rapid and User-Friendly
The UAV system prioritizes quick assembly and user-friendliness. Its intuitive ground control station (GCS) features ultra-bright, anti-glare displays, precise 3-axis joysticks, a moisture-proof trackball, and a waterproof keyboard, ensuring ease of use in all conditions. The system’s modular design allows tool-free assembly and disassembly, facilitating easy upgrades and maintenance. It can be unpacked and launched in less than 30 minutes by just two people, using a mechanical catapult for take-off and a parachute landing system with an airbag for safe recovery. The lightweight, compact design and low MTOW enable quick handling and transport, ensuring swift deployment and maximizing operational efficiency.
Resilient
The UAV system is built for resilience, ensuring reliable performance in challenging conditions. Its ruggedized ground control station (GCS) includes moisture-proof components like a compact trackball and waterproof keyboard, functioning effectively in wet environments. Ultra-bright, anti-glare displays provide clear visibility in adverse weather. The UAV’s durable airframe resists impact and wear, with the ability to take off from unprepared surfaces and recover via a parachute with an airbag. Its modular design allows quick, tool-free part replacements, minimizing downtime. Advanced sensors and redundant systems ensure stable flight and real-time feedback, maintaining high reliability and operational efficiency in tough conditions.
SAR Technology
Synthetic Aperture Radar (SAR) technology integrated into RB UAVs provides a significant advantage in reconnaissance and surveillance missions. This advanced radar system enables RB UAVs to capture high-resolution images of the ground, even through clouds, foliage, or darkness, ensuring continuous monitoring capabilities in any weather condition. The SAR on RB UAVs allows for precise terrain mapping, detection of hidden objects, and identification of minute changes in the environment, making it an essential tool for intelligence gathering, border security, and disaster response operations. Its ability to deliver reliable data in real-time enhances the operational effectiveness of the RB UAV, ensuring mission success in complex and dynamic scenarios.
Cutting-Edge UAVs for Superior Military Performance
The advanced technology is tailored for military applications, offering cutting-edge unmanned aerial vehicles (UAVs) designed to excel in ISTAR (Intelligence, Surveillance, Target Acquisition, and Reconnaissance) missions. These UAVs are equipped with superior endurance, with the RB(4) providing over 40 hours of continuous flight, making them ideal for prolonged aerial operations. The UAVs feature modular designs for ease of customization, enabling them to carry various payloads, including loitering munitions and advanced sensors, to meet diverse combat requirements. Their rugged construction ensures resilience in harsh environments, while advanced avionics and communication systems, including encrypted telemetry links and anti-jamming features, guarantee reliable performance in the field. This technology has been battle-tested in Ukraine and is now proudly manufactured in Canada, integrating Bulgarian innovation with Canadian precision to deliver state-of-the-art military solutions globally.
Competitive Advantages
150 km
Video Data Link Range
40+ hrs
RB(4) Endurance
Up to 10 kg
RB (4) Payload Capacity
91+ octane
EFI Engine Power Supply
Systems
Advanced Systems
Control System Software
The UAVs utilize a ruggedized Ground Control Station (GCS) equipped with specialized software designed for autopilot control and telemetry data processing. The GCS software enables real-time data display, video recording, and comprehensive control of UAV operations. It includes features such as encrypted telemetry links, frequency-hopping spread spectrum for secure data transmission, and multi-frequency global navigation satellite system (GNSS) support.
Communication Links
The UAV systems employ advanced communication links, including both digital data links and telemetry control data links, capable of operating up to 150 km. These systems use encrypted transmissions to ensure secure data exchange. The communication infrastructure supports autonomous flight modes and is equipped with anti-jamming features for reliable operation in challenging environments.
Avionics
The avionics suite in these UAVs includes an EFI engine for enhanced performance and efficiency, operating with a 95 Octane oil mix. The avionics support a wide range of environmental conditions with operating temperatures from -20 to +35 °C. The UAVs are designed for rapid deployment with tool-free assembly, and they feature advanced navigation systems with inertial navigation capabilities.
Accessories
Related Systems
Catapult launcher
Our catapult-type mechanical launcher ensures quick, safe UAV deployment at any time, in any conditions. Crafted from durable materials, it functions in adverse weather or low visibility. The launcher features safety mechanisms and is easy to set up and operate.
Antenna system
Our proprietary antenna system offers data transmission up to 150 km, featuring advanced protection and encryption for secure communication channels. It ensures reliable, long-range connectivity while safeguarding against unauthorized access.
Autonomous ground control station
Designed for transportation, deployment, monitoring, and management of UAS and data processing in field conditions, the system supports a crew of up to 5 people, including a UAV pilot, payload operator, driver, and assistant.
Types of Payload
Radars and sensors for targeted use
Our radars and sensors are meticulously designed for targeted applications, offering precise and reliable detection capabilities. Whether for security, navigation, or environmental monitoring, these advanced technologies ensure accurate data collection and analysis. They excel in various conditions, providing critical insights and enhanced situational awareness. Tailored for specific needs, these radars and sensors are essential tools for achieving mission success and operational efficiency.
Aerial photo camera
The aerial photo camera is a cutting-edge device engineered to capture high-resolution images from above with exceptional clarity and detail. Ideal for mapping, surveying, and environmental monitoring, this camera delivers stunning aerial photographs that are crucial for accurate analysis and decision-making. Its advanced optics and robust design ensure consistent performance in diverse conditions, making it an invaluable tool for seeking precision and reliability in aerial imaging.
FPV Copters
FPV (First-Person View) copters can carry various payloads like high-resolution cameras, Synthetic Aperture Radar (SAR), and advanced sensors for detailed imaging, surveillance, and target tracking. These payloads enhance the copters' capabilities for tasks such as aerial photography, mapping, and real-time monitoring, making them versatile tools for both commercial and military uses.
Loitering Munition
Loitering munitions, or suicide drones, combine reconnaissance and precision strikes. Their payloads include high-explosive warheads and advanced guidance systems like GPS and infrared sensors. They feature telemetry links for real-time control and use electric or combustion engines for endurance. These munitions are versatile, used in military operations, counter-terrorism, and border security, providing precise and effective solutions for various missions. Ministry of Defence procurement only.
Synthetic Aperture Radar (SAR)
The advanced Synthetic Aperture Radar (SAR) payload delivers high-resolution imaging, even in challenging conditions such as heavy cloud cover, rain, or darkness. This cutting-edge technology ensures the collection of detailed and accurate data, making it indispensable for aerial, maritime, and land-based missions. The SAR payload is essential for long-range surveillance, detailed mapping, disaster assessment, and search and rescue operations, providing reliable and precise imaging where it matters most.
Gyro-stabilized multisensor gimbal
The Gyro-stabilized multisensor gimbal is an advanced imaging solution designed for precision and stability. Equipped with multiple sensors, it delivers high-quality imagery and accurate data in a variety of conditions. Its gyro-stabilization technology ensures smooth, jitter-free footage, making it ideal for aerial, maritime, and land-based applications. Whether used for surveillance, mapping, or search and rescue operations, this gimbal provides unparalleled performance and reliability.
Epsilon 140/140Z | Epsilon 175
The EPSILON 140/140Z and EPSILON 175 are advanced EO/IR surveillance systems with superior image stabilization, long-range imaging, and high precision GPS/INS. The EPSILON 140/140Z features exceptional LWIR performance and the EPSILON 175 offers enhanced MWIR capabilities with 15x optical zoom. Both systems include automatic object tracking, moving target indicators, and onboard video recording, ensuring reliable operation in demanding environments with rugged, fully sealed designs.