Maximum load: 0 kg - 40 kg
Autonomy: 3 h
Maximum altitude: 3,000 m
... Born to be diverse. Our VTOL (Vertical Take Off and Landing) SDO 50V2" is a multi purpose, single engine unmanned helicopter system below 150 kg maximum take off weight, that can be operated within or beyond visual line of sight. The unique design features ...
The Vlinder Aerial Robotic Platform (ARP) illustrates how purpose-designed, electric turbines and Neva’s distributed thrust combine to create powerful and versatile aerial vehicles.Vlinder models will be custom-built to meet the challenges already identified ...
Maximum load: 10 kg
... Designed for both civilian and military use, the Capa-X UAV system meets the needs expressed by public decision-makers, armies, para-public forces and civilian players for a modular UAS in terms of missions, configurations ...
Maximum load: 5.5 kg
Autonomy: 4 h
... rapid reconfiguration between missions. COST EFFECTIVE It costs less to buy and less to run than manned aircraft or other UAVs in terms of fuel (vs battery), transportation, wages (for operation), and parts and maintenance. DEPENDABLE ...
Maximum load: 12 kg
... sensors are still large and heavy. In such cases a drone with just enough torque to carry a pocket camera is just not enough. This is exactly what the OnyxStar HYDRA was designed for. Heavy Lifter drone Designed ...
Maximum load: 1,850 kg
Autonomy: 25 h
Maximum altitude: 8,000 m
... future of aviation begins here and now. In line with this credo Singular Aircraft has created a tipping point in the world of UAV's in regard to the design and production of the FLYOX I. A combined system of aircraft and ground control ...
Autonomy: 110, 210 min
... to 300 linear km (version 340) with a wind resistance of 40 km/h. Lightweight and compact Dismountable structure for transport in a flight case. Rapid deployment VTOL ready to use in 1 minute without tools. Automatic Missions Dedicated ...
Drone Volt
6 expert tips
Prioritize platforms with existing FAA or EASA type certification to ensure immediate operational legality and reduce insurance premiums significantly.
Mandate a comprehensive lifecycle analysis focusing on battery degradation rates to accurately forecast the total cost of drone ownership.
Select modular airframes that allow for sensor and payload bay swappability to maintain technological relevance across evolving mission profiles.
Evaluate the ground control station interface for multi-uav fleet management capabilities to optimize operator-to-aircraft ratios for cost efficiency.
Ensure hardware compatibility with existing aerospace maintenance tracking software to maintain rigorous airworthiness standards and precise component traceability.
Maximum load: 250 g
Autonomy: 24 h
... packed, and ready for transport in minutes. The system includes an emergency backup power system that will safely return the UAS to the ground in the event of a primary power system failure. THE SHADOW PACKAGE INCLUDES: Shadow ...
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