Spirit - Ascent AeroSystems | Unmanned Aerial Vehicle
The Ascent AeroSystems Spirit is a Coaxial Unmanned Aerial Vehicle that any U.S. government customer can now buy and operate without further technical review or approval. Spirit is ideal for mission critical enterprise level operations that require solutions which …
Design and build of a coaxial drone - Blog - ArduPilot Discourse
2020年4月27日 · Arducopter supports coaxial drones where the yaw control is provided by differential motor/propellor torque and pitch and roll is controlled by passing the downwash over control surfaces. However, I decided to go a different route and achieve pitch and roll control by independent thrust vectoring of the props.
The Best Coaxial Design for Drones 2024 - Tyto Robotics
2023年9月27日 · In this study we compared propeller size, speed, and inter-rotor distance. We found out which combination of characteristics makes the best coaxial UAV.
Modular coaxial drone with compact cylindrical airframe
The Spirit UAS is a unique VTOL UAS featuring a proven coaxial rotor design and a compact cylindrical body. With unmatched portability and modularity, the versatile drone can be carried in a backpack and quickly and easily deployed for a wide variety of mission-critical applications.
Coaxial Drone and Payloads to be Showcased at SOF 2024
2024年5月6日 · For 2024, Overwatch are focusing heavily on bringing its next-generation coaxial drone systems to global markets, and their solutions are particularly relevant to US military requirements.
Design, Modeling, and Control of a Coaxial Drone - IEEE Xplore
To address this challenge, we design a novel coaxial drone with two contra-rotating rotors for high thrust efficiency while enabling independent dual-axis rotor rotation to maintain maneuverability along the roll and pitch axes.
Coaxial Drone | Modular Backpack Drone | Ascent Aerosystems
The rugged, highly dependable coaxial drone delivers reliable operation even in the most challenging of situations, with the ability to withstand heavy wind and rain, snow, sleet and sand. Versatile modular payloads for multi-mission capabilities
T-DRONES MX860 Coaxial Multirotor Drone | UST - Unmanned …
2023年4月4日 · T-DRONES, a solution provider focused on long endurance flight platforms has launched the MX860, a breakthrough multirotor drone that extends the original quadcopter concept from 4 to 8 motors, arranged in 4 coaxial pairs. The advantage of this solution is increased lift and power, whilst maintaining a compact size and shape.
Ascent AeroSystems | US Manufacturer Coaxial Unmanned Aerial …
Ascent AeroSystems’ unmanned aerial systems proven coaxial UAS / UAV drone technology allows for mission-critical operations in any environment. From industrial to public safety (search and rescue, disaster, firefighting, law enforcement) and defense (military) markets.
Unlocking the Potential: Coaxial Drone Design Reshaping Aviation
Uncover the transformative power of coaxial drone design in aviation. Explore the unparalleled maneuverability and enhanced lift capabilities at Drones Plus Dallas.
Carrier HX8 - Heavy Lift Drones | UAV UAS | Harris Aerial
Harris Aerial began development on the Carrier Hx8 coaxial UAV in response to industrial, scientific, and military demand for an extremely foldable and safe unmanned drone capable of carrying heavy payloads not offered by typical commercial drones.
Coaxial Drone Motor vs. Traditional Drone Motor: A Comparative …
2023年10月26日 · The choice between coaxial drone motors and traditional drone motors depends on the specific requirements of your drone and the intended application. Coaxial motors offer advantages in terms of efficiency, redundancy, and compactness, making them ideal for heavy-lift and critical missions.
Design and Control of a Novel Coaxial Tilt-Rotor UAV
2021年5月3日 · In this article, the design and control of a new coaxial tilt-rotor unmanned aerial vehicle (CTRUAV) are presented. The CTRUAV is an electric-powered unmanned aerial vehicle with a special configuration, which is composed of two pairs of …
How Co-axial Drones are Redefining Aerial Capabilities - LinkedIn
2023年3月16日 · From an increased thrust-to-volume ratio to enhanced precision and maneuverability, coaxial drones are revolutionizing the drone industry with their unmatched capabilities.
Dual-Rotor Coaxial Drones Delivered to Launch Customer
2020年8月30日 · Ascent AeroSystems has completed the final delivery of its Spirit dual-rotor coaxial drones to launch customer Dynetics. The Spirit UAV (unmanned aerial vehicle) is a portable rugged system that features a unique cylindrical configuration with coaxially mounted rotors, and is designed for mission-critical operations in highly challenging ...
Pitch-Regulated Control Strategy for Coaxial Drone with Variable …
2024年11月25日 · This study investigates the impact of rotor spacing on the aerodynamic performance of a coaxialcopter and promotes an innovative regulated control strategy for the coaxial drone.
Modeling and Control of A Coaxial Pendulum Drone
2024年9月4日 · Abstract: Given the high energy utilization efficiency of coaxial drones compared to quadrotors, an inverted pendulum coaxial drone is designed with a focus on its modeling and control. Based on the Lagrangian modeling method, a 6-DoF dynamical model of the pendulum drone is established.
What Is A Single Rotor Drone - Robots.net
2023年10月20日 · A single rotor drone, also known as a traditional helicopter or a coaxial drone, is a type of unmanned aerial vehicle (UAV) that features a single main rotor.
The Best Coaxial Rotor Design for UAVs - Unmanned Systems …
Tyto Robotics has completed a study comparing the effect of inter-rotor distance, propeller size and relative propeller speed on total thrust and torque generated as well as propeller and propulsion system efficiency. Read the full study on the …
Analysis and optimization of coaxial propeller-driven drones
2021年1月4日 · According to this data, the report proposes a drone driven by a novel coaxial propulsion system that includes a variable-pitch propeller to optimize the performance in different flight regimes with a significantly higher response with respect to fixed-pitch propulsion systems.
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