Hardware
SafeAir M-30 Parachute System Drone safety system for DJI M-30 & M-30T
The ParaZero SafeAir parachute safety system The drone parachute system enables safe recovery even when triggered at very low altitudes, and features an integrated black box that stored data for post-flight analysis. The compact and lightweight system can be installed for the first time within ten minutes, with subsequent removals and reattachments taking under a minutefor DJI’s M-30 and M-30T drones provides reliable and effective protection of aircraft and payload as well as bystanders, utilizing an ultra-fast autonomous triggering mechanism backed by real-time sensing and data analysis. With a built-in flight termination system that stops the drone rotors to prevent entanglement and injuries, it allows your UAS to descend safely to the ground with minimal impact energy.Specifications: Weight 190g (0.4 lbs) Minimum Safe Altitude 20 m (65.6 ft) Average Descent Rate 4 m/s (13.1 ft/sec)
beXStream Remote Control & Management Software Cloud-based remote control platform for drone fleets
beXStream is a cloud-based platform that allows you to remotely control and manage your drones from anywhere in the world. The versatile all-in-one software provides a wide variety of essential features including: Real-time 2D map and 3D point cloud generation for enhanced decision-making Simplified autonomous mission creation and management Drone fleet management and comprehensive mission history Beyond Vision offers a range of beXStream packages to suit requirements ranging from individual pilots up to large-scale enterprises....beXStream Basic Plan beXStream Advanced Plan beXStream Ultimate Plan Automatic Flight Logs Automatic Flight Logs Automatic Flight Logs Team Management Team Management Team Management Support Support Support Roles Management Roles Management Live Remote Piloting Live Remote Piloting Live Telemetry Info Live Telemetry Info Real-Time Video Real-Time Video Asset Management Mission Planning Private Cloud Access
Rugged UAV Ground Control Station Dual-screen drone control station in military-grade case
Fly Dragon's rugged UAV GCS is a dual-screen station with 18.5” HD displays, enclosed within an IP67-rated military-grade carrying case. Based on Windows 10, it features an industrial-grade keyboard and mouse, plus a variety of buttons, switches and joysticks. Specifications: Dimensions (L x W x H) 968 x 406 x 155 mm Weight 20 kg CPU Intel i5 6200T RAM 8GB SSD Storage 128GB Endurance 4 hrs with standard battery
Ground Control Station Rugged, military standard command center for unmanned aircraft
Specifications Handheld Ground Control Station Dual Screen Ground Control Station Tri-Screen Ground Control Station Battery 3h 6h 6h Operating Temperature -20°C ~ +55°C -20°C ~ +50°C -20°C ~ +50°C Storage Temperature -25°C ~ +60°C -25°C ~ +60°C -25°C ~ +60°C Battery Capacity 6400mAh 10050mAh 16850mAh Energy 97.72wh 148.74wh 247.9wh I/O Interface Network port*2; USB*4; HDMI*1; COM*1; Audio*1; SIM*1; 19V power supply*1 Network port*2; USB*4; HDMI*1; SIM*1; COM*1; Audio*1; 19V power supply*1 Network port*1; USB*4; HDMI*1; SIM*1; audio*1; WIFI/4G antenna*2; BNC antenna*4; 19V power supply*1 Number of Channels 17 channel 16 channel 16 channel
Herelink George V2 Expandable & portable drone ground control station
The Herelink George V2 is an expandable portable drone control station that can be optionally connected to a detachable computer tablet with pre-installed mission planner software, enabling operators to control the drone and payload and seamlessly switch between FPV and camera footage with a single device. Featuring a 3D-moulded carbon fiber casing for enhanced ergonomic comfort, the lightweight unit includes quick-release harness attachments and a tripod mount, as well as joystick gaskets for dust and water ingress protection. George utilizes hot-swappable V-lock batteries, allowing you to tailor the unit’s battery endurance to your mission requirements. Mesh ventilation vents on the rear of the controller prevent overheating and ensure trouble-free operation under all temperatures. 16 km datalink range Two-way AES128 encryption
USV Ground Control Station Rugged portable GCS for USVs and autonomous vessels
Our rugged purpose-built GCS (ground control station) for uncrewed and autonomous vessels enables intuitive and user-friendly ship- or shore-based control in an easily-transportable package. Based around Windows 10 and an Intel i7 processor, it features dual 21.5" Full HD touchscreens, a throttle lever and 3-axis joystick, and configurable switches and keyboard. The GCS is built to withstand harsh marine and maritime environments, with IP65-rated construction and enhanced shock resistance. The system is radio-agnostic, and provides long battery life to support extended-duration missions. Specifications: Dimensions (L x W x H) 181 x 1175 x 410 mm (lid closed) Weight 28.2 kg Battery Life 6-8 hrs Computing Specs Intel i7 10700T 16GB RAM 1TB SSD Windows 10 Professional Display Specs Dual 21.5” Full HD screens 60 Hz, 5 ms refresh rate I/O Interfaces 4x USB 2.0 1x USB 3.0 3x RJ45 1 Gbit Ethernet 1x HDMI 1x AUX 4x SMA Controls T-bar throttle joystick 3-axis joystick 4x push button 12x toggle switch
Ground Control Systems Portable military-grade GCS for secure command and control
Arctic Horizons’ military-grade Ground Control Systems (GCS) are designed to provide secure and intuitive command and control for UAVs and robotic systems, featuring seamless map integration, real-time telemetry and reduced cognitive load. They are based on the STANAG 4586-compliant UNIFY OS, a hardware-agnostic platform that has been designed specifically for UAVs and robotic systems, supports a wide range of airframes and payloads, and can be tailored towards specific mission requirements. Tactical GCS options include: Large Tablet: Designed for highly complex missions with enhanced data control Small Tablet: Portable unit for simpler UAV operations and rapid deployment Universal Remote Control: Compatible with both tablets Group 1 UAV Datalink: Secure radio link with frequency hopping for short to medium range communications Group 2 UAV Datalink: Advanced digital link with phased-array antennas for long-range operations
Scorpion UAV Catapult Launcher Portable, elastic-powered drone catapult launcher
The ElevonX Scorpion is an elastic-powered UAV launcher that can be transported and set up by a single operator. Designed from the ground up with safety, durability and ease of use in mind, the catapult provides redundant safety features and can undertake hundreds of launches with only minimal maintenance. All elastic is enclosed within the launcher tube to eliminate risk to operator or equipment in case of band failure. The system has been constructed from industrial-grade CNC-machined aluminium and stainless-steel components, with a marine-grade pulley system as well as powder coating for increased protection. The carriage and foldable arms have been designed as standard to support our SkyEye modular UAV system, but we can modify the system to support your unmanned aircraft, even providing a custom-machined adapter to connect the UAV to the carriage. The Scorpion launcher is provided with a checklist, “remove before launch” tags and a comprehensive user guide. We can also deliver operation and maintenance training to give users all the knowledge they need to confidently operate the system. Track Length 2.4 m Weight < 20 kg Launch Energy Up to 2kJ Take-off Velocity 20 m/s with 10 kg UAV
SafeAir Mavic 3 Parachute System ASTM F3322-22 Approved parachute safety system for DJI Mavic 3 drones
ParaZero's SafeAir Mavic 3, offers the quickest Parachute Recovery System (PRS) for the DJI's Mavic 3 Series. With ASTM F3322-22 compliance, obtaining a waiver to operate over human beings just made simpler!
TrakkaBeam TLXc Combined high-intensity searchlight & EO/IR camera system
The TrakkaBeam TL-Xc is a powerful UAV searchlight that incorporates LWIR and EO cameras to provide an industry-first multispectral situational awareness solution, delivering higher intensity with half the power draw of previous products. The system also features embedded absolute encoders, instant position recognition, and faster and more responsive movement. The TL-Xc is equipped with up to six different filters that can be selected in real time, including NVG-compatible covert IR, and visible red, green, amber and white. The rugged unit is certified to DO-160G standards and compliant with DO-178. Specifications: Assembly Envelope Size H 18.98” (482mm) W 17.52” (445mm) min H 23.39” (594mm) W 17.52” (445mm) max Weight 46.3lbs (21kg) searchlight/gimbal 56.3lbs (25.5kg) total system weight including S/L, PCIU, filters, grip Input Power 22-32 VDC, 35-40A Output 800W Total Lumens 22.5k Beam Width (focus) 5° - 14° Diameter @ 3300’ 311ft (95m), 40% of peak illuminance Rotation Azimuth: +190º/-190º (non-continuous) Elevation: +35°/-175° Variable Slew Rate Azimuth: 0-60º per second Elevation: 0-60º per second EO/IR Cameras 32° Fixed FOVs NTSC/PAL & H.264
GAJT-710ML Anti-Jam Antenna Single Enclosure GPS Anti‑Jam Technology (GAJT) for Land Applications
NovAtel’s GPS Anti-Jam Technology (GAJT) is a battle-proven assured positioning, navigation and timing (APNT) solution that protects your systems from radio frequency (RF) interference and jamming. The GAJT-710ML is a commercial off-the-shelf (COTS) system suitable for land-based platforms and fixed installations. RF interference and jamming are growing threats to military vehicles and platforms, networks and timing infrastructure, requiring an added level of protection and resiliency. With jammer direction-finding capabilities, GAJT provides situational awareness for users to better characterise their RF environment. A silent mode feature reduces its thermal signature to aid in avoiding detection. The GAJT-710ML provides high-performance system protection in both benign and GPS jammed environments, including protection of GPS L1 and L2, Galileo E1, QZSS L1 and L2 and SBAS L1 signals. It is also compatible with and enables protection of M-code signals with a wide bandwidth to ensure future compatibility. GAJT is easily integrated onto new platforms or can be retrofitted with existing GPS receivers and navigation systems on existing and legacy fleets. NovAtel’s lean manufacturing techniques and approach to quality enable the delivery of high-performance products with minimal product and delivery times. Reliability is assured by NovAtel’s industry-best low return rate. GPS Anti-Jam Technology (GAJT®) Benefits Commercial off-the-shelf (COTS) Low cost anti-jam protection for land vehicles Easy to integrate, ideal for retrofitting Anti-jam protection in dynamic multi-jammer scenarios Compatible with legacy and modern GNSS receivers, including M-Code Provides situational awareness Reduced thermal signature Features Affordable protection for GNSS position, velocity and time 40 dB of interference suppression Single enclosure system Simultaneous GPS L1/L2, QZSS L1/L2, SBAS L1 and Galileo E1 protection Supports M-Code on GPS L1 and L2 Adaptive digital nulling Jammer direction-finding Silent mode capability How it works GAJT mitigates GNSS interference by creating nulls in the antenna gain pattern in the direction of jammers, providing significant anti-jam protection even in dynamic multi-jammer scenarios. The output of the GAJT-710ML is a standard radio frequency (RF) feed, making it suitable for input to legacy as well as modern GPS receivers. Built for the future GAJT protects M-Code on L1 and L2 GPS signals. With a wide bandwidth, we ensure future compatibility with M-Code GPS.
Drone Fuel Cells Hydrogen fuel cells for long-range drones
Honeywell's long range hydrogen fuel cells provide commercial UAVs with up to three times more endurance than batteries, with enhanced reliability and lower maintenance costs compared to fuel engines. Available in 600-watt and 1200-watt versions, the drone fuel cells produce only water as emissions and are virtually noise-free. The liquid-cooled fuel cells need no recharging, significantly cutting downtime between missions with only a quick and easy hydrogen storage tank change required. The cells provide excellent cold-weather and high-altitude performance, and are ideal for empowering a variety of advanced drone applications such as ISR (intelligence, surveillance and reconnaissance), search and rescue, law enforcement, and precision agriculture. 600U 600U-HV 1200U Dimensions (LxWxH) 9.5 x 6.7 x 5.5” 9.1 x 6.1 x 5.4” 17 x 10.5 x 6.5” Weight 1.8 kg 1.9 kg 4.0 kg Continuous Net Output Power 0 - 600W 0 - 600W 0 - 1200W Max Net Output Power (with battery) 30A continuous 50A peak 60A continuous 100A peak 60A continuous 100A peak Output Voltage 12 – 33.6V 8 – 58.8V 18 – 84V Net Hydrogen Consumption Rate 53 g/kWh @ 200 W 63 g/kWh @ 650 W 53 g/kWh @ 200 W 63 g/kWh @ 650 W 53 g/kWh @ 400 W 63 g/kWh @ 1300 W Ambient Temperature 5 to 45˚C 5 to 45˚C 5 to 45˚C Standard Operating Altitude 0 to 15,000 ft 0 to 15,000 ft 0 to 15,000 ft
GAJT-710MS Anti-Jam Antenna for Marine Single Enclosure GPS Anti‑Jam Technology (GAJT) for Marine Applications
Interference, jamming and spoofing are growing threats in the marine sector. Whether intentional or unintentional, interference can seriously degrade PNT availability, even to the point of total solution denial. Jammers create excessive radio frequency (RF) noise, overpowering the low power GPS signals and saturating electronics in a GPS receiver front end. Protection of GPS and GNSS signals is necessary for applications requiring assured positioning, navigation and timing (APNT) for continuous and dangerous operations. GPS Anti-Jam Technology (GAJT) provides a layer of defense against RF interference and jamming attacks. With jammer direction-finding capabilities, enhanced performance and a silent mode feature to avoid detection, the GAJT-710MS is an industry-leading APNT solution. Features Affordable protection for GNSS position, velocity and time 40 dB of interference suppression Single enclosure system Simultaneous GPS L1/L2, QZSS L1/L2, SBAS L1 and Galileo E1 protection Supports M-Code on GPS L1 and L2 Adaptive digital nulling Jammer direction-finding Silent mode capability Marine-hardened enclosure Benefits Commercial off-the-shelf (COTS) Low cost anti-jam protection for marine vessels Easy to integrate, ideal for retrofitting Anti-jam protection in dynamic multi-jammer scenarios Compatible with legacy and modern GNSS receivers, including M-Code Provides situational awareness Reduced thermal signature How it works GAJT mitigates GNSS interference by creating nulls in the antenna gain pattern in the direction of jammers, providing significant anti-jam protection even in dynamic multi-jammer scenarios. The output of the GAJT-710MS is a standard radio frequency (RF) feed, suitable for input to legacy GPS receivers. Built for the future GAJT protects L1 and L2 GPS signals. The wide bandwidth of the GAJT-710MS ensures future compatibility with M-Code GPS. 5000W Power Combiner Critical power redundancy with 5000W max output Company Products Articles Documents Contact 5000W Power Combiner Critical power redundancy with 5000W max output VISIONAIRtronics / 5000W Power Combiner Visit Website Contact Save The 5000W Ideal Diode Power Combiner allows you to couple two separate power sources to create a redundant system, while only dissipating minimal energy as heat. The highly efficient system typically drops less than 100 mW at 80A, compared to regular power diodes that may drop a volt or more at the same current, and is ideal for a variety of applications such as powering a drone ESC from two batteries. The Power Combiner is housed in a robust mechanical enclosure with integrated cable strain relief, and the electronics PCB is potted to ensure maximum ingress protection against dust and water. It offers reverse polarity protection and tolerance of transient voltages of up to +100V. Specifications: Dimensions: 92.5 x 86 x 22 mm Weight: 290g Voltage: Operational: +12 to +65 VDC Absolute max.: -65 to +66 VDC Current: 80A continuous Forward Power Handling: 5000W continuous Forward Voltage Drop: 200 mW max Quiescent Current: 8 mA typical
Pixy SM Precision Mapping Gimbal for M300 Fully compatible with SONY α7R IV
Pixy SM is specially designed to integrate the leading professional M300 RTK drone with the full-frame mirrorless Sony α7R IV camera, offering an unbeatable combination for precision aerial mapping missions. With Pixy SM, the most powerful drone and superior sensor are now perfectly combined for industrial operations, making your entire system clean and easy to deploy. Pixy SM is optimized to work perfectly with the 61-megapixel Sony α7R IV, ensuring that you can get high-resolution imagery for creating accurate maps. Specifications: Dimensions (H x W x D) 190 x 147 x 157mm Weight 1.26 lbs (0.57 kg) Angular Vibration Range ± 0.02° Maximum Controlled Rotation Speed Pan axis: 100°/s Tilt axis: 100°/s Roll axis: 100°Mec