Robotics - Air
ROBOTICS CENTRE – AIR
FLIR
SkyRanger R70
Black Hornet PRS
Airborne Personal Reconnaissance System (PRS) for Dismounted Soldiers, providing immediate covert situational awareness.
ROBOTICS CENTRE – AIR
Griff Aviation
Griff 135
ROBOTICS CENTRE – AIR
Exyn Technologies
ExynAero™
Built from the ground up for the completely pilotless flight, the ExynAero accesses impossible to reach data with maximum safety. No pilot. No GPS. No problem.
ExynPak™
ROBOTICS CENTRE – AIR
Kraus Hamdani
Kraus Hamdani K1000ULE
ROBOTICS CENTRE – AIR
C-Astral
Bramor C4EYE
The field proven BRAMOR C4EYE UAS line is suitable for operations where real-time or near real time video observation and surveillance capability is of utmost importance. With an endurance of up to 4 hours (200km), a standard data and payload link of up to 40km LOS, or the optional MANET digital communications capabilities.
Bramor sAR
The revolutionary BRAMOR sAR has been designed to accurately locate mobile phones in the challenging airborne SAR environment. The system is designed to identify and accurately geolocate mobile phones on the ground. The NSX module is a unique integration of the SAR system dedicated to a fast and accurate location of mobile phones.
Bramor mSX
A revolutionary multispectral, visible light and thermal remote sensing instrument is here. The industry leading Bramor mSX BVLOS long endurance UAS is is equipped with the advanced Micasense ALTUM sensor (MS-AL), capable of acquiring data for precision agriculture and multi mission remote sensing for 4 hours (200km flight).
Bramor ppX
The BRAMOR ppX (GNSS PPK – Post Processing Kinematic) UAS is ideally suited for surveying and remote sensing applications that need a fast high precision set of results, down to sub-centimetre GSD level also in the absence of a grid of ground control points.
Developed for the most demanding UAS operations, the SkyRanger R70 establishes a new benchmark for small UAS performance and reliability. With its expanded carrying capacity, open architecture, and advanced autonomy and artificial intelligence, the R70 is redefining what’s possible with a small VTOL UAS.
RESILIENT AND BATTLE-TESTED
R70’s carbon fiber and magnesium airframe is tested to IP-54/MIL-810G. Operating up to 15,000’ MSL and withstanding sustained winds up to 65 kph.
AUTONOMOUS AND INTELLIGENT
Advanced edge-of-network processing, enabling object detection and classification, semi-autonomous flight, and the ability to thrive in GPS- or comms-denied environments.
AN OPEN ARCHITECTURE
The R70’s open architecture, including the Payload Development Kit (PDK) supporting payloads up to 3.5lbs, allows end users and integrators to expand the capability set of their aircraft.
The FLIR Black Hornet PRS equips the non-specialist dismounted soldier with immediate covert situational awareness (SA). Game-changing EO and IR technology bridges the gap between aerial and ground-based sensors, with the same SA as a larger UAV and threat location capabilities of UGVs. Extremely light, nearly silent, and with a flight time up to 25 minutes, the combat-proven, pocket-sized Black Hornet PRS transmits live video and HD still images back to the operator. Sold to qualified purchasers.
SQUAD-LEVEL IMMEDIATE COVERT SITUATIONAL AWARENESS
Save lives and minimize collateral damage. Detect and identify threats day and night without being detected. Increase speed and expand maneuver options.
COVERT AIRBORNE SENSOR
Extraordinarily low visual and audible signatures and a light, small profile allow covert operation and increased security for dismounted soldiers.
BEYOND VISUAL LINE-OF-SIGHT CAPABILITY
Expand visual range in complex and urban environments. Rapidly engage targets beyond visual line-of-sight, and conduct real-time weapon effectiveness assessment.
Piloted by ExynAI
ExynAI identifies where to go, obstacles to avoid, and how much space it needs to fly safely. No (human) pilot or GPS necessary.
Easy to Fly
Set an location for the ExynAero to fly to and press “launch”. It will fly there safely, and return home with no additional direction.
Safety-First
ExynAero makes drone flights safe, even for first-time operators, with data and optimization from thousands of test flights.
Beyond-Line-of-Sight
No need to maintain visual line-of-sight or comms for safe operation. The ExynAero determines the safest route, and flies home, autonomously.
Highly Accurate
Survey grade, 3D SLAM (Simultaneous Localization and Mapping) builds high accuracy maps with LiDAR data.
Real-Time Mapping
Access and analyse data on the go, in real-time, through the ruggedized ExynView tablet.
Immediate Data
Output data is available with minimal post-processing in industry standard formats.
Flexible
Handheld or mounted, the ExynPak was built for flexibility and unlimited applications.
The GRIFF 135 has been built to the demands of the market – it can lift 30kg (66 lb) payload for 25-30 minutes, but will handle a maximum of 50kg (110 lb). It comes ready to fly with a dual battery set that can be charged in just one hour. With an optional second pack, you’ll be able to fly continuously. Its compact folded dimensions make transportation a breeze – it measures just 77cm wide x 144cm long in this state, with a height of 47cm. The GRIFF 135 expands to ready-to-fly dimensions of 226cm x 241cm x 47cm.
Key Features
- Air time (approx.) – 30 min (based on design fly weight of 30kg)
- Lifting capacity – Up to 50 kg (165 lb) maximum payload. (Designed for 30 kg.)
- Water-resistant motors – 11 kW x 4
Built to Satisfy any Concept of Operation, the K1000ULE is a long-range UAS specially designed for long-endurance by capitalizing on the thermal lift and dynamic soaring. With a flexible and open architecture, it supports multiple concurrent payloads. The UAS is invisible to most radar, has a low acoustic signature and supports fully autonomous runway independent operations.
An onboard GPU architecture facilitates Edge Processing for AI and advanced payload capabilities. It features a NextGen ADS-B for safe integration into highly congested airspaces and is capable of operating within GPS denied and highly contested Electronic Warfare environments.