RCV Engines Ltd’s Post

Intelligent remote control for UAVs.

Just simulated a swarm of four drones using the Dronekit-python code in conjunction with Gazebo classic and ROS noetic. 🛸💻 🔧 Technical Details: Environment: Gazebo Simulator ROS Integration: Seamless integration for swarm communication and control. Pattern Movement: Implemented precise pattern movements with dynamic waypoint updates. Code Adaptation: Modified the code for simultaneous takeoff and coordinated movements. This demonstrates the capability to control multiple drones simultaneously in a simulated environment, showcasing the potential for real-world swarm applications. Excited about the endless possibilities for autonomous drone systems! 🌐✨ Stay tuned for more! Future plans include: Advanced swarm behaviors. Integration with real-world hardware. Enhanced autonomy and adaptive formations. #Drones #ROS #Simulation #DroneSwarm #AutonomousSystems #TechInnovation #FutureTech #gazebo #dronekit

Explore our latest webinar on "Identifying Aerodynamics of Small Fixed-Wing Drones Using Inertial Measurements for Model-Based Navigation." Watch it now on our YouTube channel @ionavigation! #drones #navigation #gnss #research

Unmanned Aerial Vehicles are fast becoming a game changer in warfare, delivery and communications, the implementation of autonomous energy generation by means of onboard solar cells promises unlimited flight times. This study researches the modelling, simulation and control of a 34m wingspan High Altitude Long Endurance (HALE) drone. https://lnkd.in/ehyZvCSm

🚁 Drone Control System | Vol 1 Recently we developed a drone control system using our simulation platform. We aim to build a simulation of a simple quadcopter with a common cascaded PID control strategy. This will serve as a starting point for more sophisticated control strategies and more complex vehicles, such as a VTOL quadplane. For a detailed guide, check out the full blog post: https://lnkd.in/gHK_QHyM #aerospace #aerospaceengineering #drone #drones #dronecontrolsystem #simulation #simulationplatform #quadcopter #VTOL #controlsystem

When it comes to the world of GNSS and UAV PPK technologies, Labrosse Consulting stands out as a dynamic company offering a wide array of services. Among these, our expertise in PPK modifications for UAVs is a key component. Read the blog to know more about the critical question many in the industry face: Copter Repair vs. Replacement. We'll explore the factors you should consider when making this crucial decision. https://bit.ly/46mdUSc

Ensuring safety of autonomous systems while executing tracking tasks of dynamically changing targets, characterized by variations in size and shape can be a tough one! Our latest paper with Associate Prof. George Karras and Prof. Kostas Kyriakopoulos that was presented on the 32nd Mediterranean Conference on Control and Automation that was held during June 11-14 in the KAM Center of Mediterranean Architecture at Chania is up on IEEE Xplore. This paper presents a control system for un-manned aerial vehicles (UAVs) that track deformable objects. Using Event-Triggered (ET) principles and Image Moments-Based Nonlinear Model Predictive Control (NMPC), the suggested approach improves flexibility by triggering control changes in response to specific occurrences. The incorporation of Barrier Functions (BFs) enforces safety requirements, which are critical for negotiating uncertain terrains. The framework's implementation and testing on a UAV tracking deformable coastlines are intended to demonstrate its effectiveness in adapting to dynamic situations while adhering to safety limitations. Find out more about the proposed method: https://lnkd.in/dhCpkNjS

Implementing idroneimages - IDIPLOYER IDI Docks (drone-in-a-box systems) at Water Infrastructures represents a cutting-edge solution for efficient monitoring and maintenance. In the context of Water Infrastructure, such as Reservoirs, Dams, or Treatment plants, this technology offers several advantages. ✔ Drones can swiftly inspect large water bodies and critical infrastructure, detecting potential issues like leaks, structural damage, or environmental changes. ✔ The automated nature of these systems ensures timely and regular inspections without the need for manual intervention. ✔ Additionally, real-time data collection capabilities enable quick decision-making and proactive maintenance, ultimately contributing to the resilience and reliability of water management systems. 🌐 The Blog covers step by step guide on achieving Automation. 🌐 https://www.idiployer.com/ The Resident Drone Company - Automate your UAV workflow #innovation #automation #uav #dronetechnology #droneinabox #dockingstation #software #drones #cloud #network #ai #inspection #surveying #security #hotels #hotelsandresorts #solarenergy #solarfarms #farming #agricultureandfarming #agriculturetechnology #contruction #agriculture #constructionindustry #securityindustry #emergencyservices #telecom #telecommunications #powerlines #waterinfrastructure #oilindustry #gasindustry #oilandgasindustry #miningindustry #transport #communication #energy #publicsafety #criticalinfrastructure #telecommunications #golfcoursemanagement #golfcourse #realestate #refinery #refineryoperations #miningindustry

💡RiFF is #HighGreat #droneshow The latest development of a new crossover multi-functional formation drone series. It is innovative for traditional formation UAVs and supports multiple mounted devices, such as #lights, #lanterns, lasers, #fireworks, gimbals, smoke spraying, etc. It is easy to assemble and disassemble, and is a rapidly deployable multi-purpose performance and learning UAV. ✨It is easy to assemble and disassemble, and is a rapidly deployable multi-purpose formation performance and #learningUAV. #RiFF #HighGreat #drone #Lightshow #Programminglanguages #LightShowDesign #DroneChoreography