Drone Autopilots

Showing all 5 results

Showing 1 – 5 of 5 results Showing all 5 results Showing the single result No results found
Search by Location
Sort by Date Added
Showing 1 – 5 of 5 results Showing all 5 results Showing the single result No results found
Filters Sort results
Reset Apply
Professional Autopilot 4x is a redundant control system for critical operations such as UAM, eVTOL or MALE, HALE & Tactical drones. Fail-operational redundant autopilot  architecture has been designed for avoiding single point of failure, all this included in a miniaturized autopilot managed by a dissimilar arbiter board. Configurable control software makes Veronte Autopilot 4x compatible with all kinds of vehicle or aircraft layout. DO178C / ED-12 & DO254 aviation standards compliance is maintained in all configurations, enabling UAV, RPAS & UAM…
Last Updated:
14-03-2022
Company / Seller:
Location:
Alicante
Europe
Spain
Drone HIL Simulator
Veronte Hardware In the Loop (HIL) Simulator package is a powerful tool for Veronte Autopilot integration, development & operator training; permitting to extensively operate the system in a safe environment, prior to conducting real flight operations. HIL simulator module enables communications between Veronte Autopilot & Veronte HIL Simulator running on a PC. For the autopilot, it is as if it were flying, taking simulated data as real sensor input. Safe environment operation & testing Training & development Real actuator movement Full Hardware in the…
Last Updated:
14-03-2022
Company / Seller:
Location:
Alicante
Europe
Spain
Drone Autopilot SIL Simulator
The Veronte Software In The Loop (SIL) simulator is contained in a Simulink model that replicates the behaviour of the Veronte Autopilot system, permitting to perform advanced UAV & eVTOL simulations without having the physical devices connected. It is possible to add as much complexity as desired, also the drone integrator is able to simulate different kinds of sensors. Compared with Hardware In The Loop (HIL), that can only perform real-time simulations, the Veronte Autopilot SIL Block can run faster than…
Last Updated:
14-03-2022
Company / Seller:
Location:
Alicante
Europe
Spain
Drone Autopilot 1X
Veronte Autopilot for drone 1x is a miniaturized avionics system for the advanced control of autonomous vehicles. This high reliability control system can be easily customized for controlling drones, UAV, USV, eVTOL or UGV by the end user, at the time it maintains the high reliability needed in professional systems. This unique UAV autopilot is developed in compliance with the aviation standards DO178C / ED-12, DO254 & DO160, providing the reliability evidence needed for UAV certification. It embeds a state-of-the-art suite…
Last Updated:
14-03-2022
Company / Seller:
Location:
Alicante
Europe
Spain
Veronte Drone Autopilot 1X Kit
The Veronte Autopilot 1X Kit is the perfect solution for professionals wishing to perform their first Veronte Autopilot integration within their vehicle. It includes fully operational Veronte Autopilot Advanced, compatible with: UAVs, Drones, RPAS, UGV, USV, Hybrid... Advanced Autopilot HIL Simulation kit Wiring & Antennas Advanced support Integration & testing  
Last Updated:
14-03-2022
Company / Seller:
Location:
Alicante
Europe
Spain

Drone Autopilots For Sale on AvPay
AvPay has a range of UAV Autopilots For Sale in the US, Europe, Australia, South Africa and throughout the world. Contact Drone Equipment Sellers directly on AvPay to compare prices through the Aviation Directories here: https://avpay.aero/directory/

AvPay is a global aviation marketplace that lets you browse a wide selection of Drone Equipment For Sale. View all of our Drone Equipment Listings and discover other related Aviation Products & Services here: https://avpay.aero/marketplace/

Can’t find the Drone Autopilot you’re looking for? Check-out the Aviation Directories to find an Aviation Company that offers the service you’re looking for: https://avpay.aero/directory/

AvPay: Connecting Drone Pilots with Drone Equipment Sellers Worldwide!

 

A drone autopilot can be a valuable tool for drone pilots operating in built-up areas. Autopilot systems allow drone pilots to predefine flight paths by setting waypoints on a digital map. This feature is particularly useful in built-up areas where there may be specific routes or areas of interest to survey or inspect. Autopilot systems can automatically guide the drone along the defined waypoints, ensuring accurate and repeatable flight paths. Many advanced drones equipped with autopilot systems incorporate obstacle avoidance sensors and algorithms. These sensors can detect and avoid obstacles such as buildings, trees, or power lines. In built-up areas with numerous potential obstructions, autopilot systems can help prevent collisions and enhance flight safety. Autopilot systems are designed to provide precise control over drone movements. They can help stabilize the drone’s flight, maintain a constant altitude, and adjust for wind or other external factors. Smooth and stable flight is crucial in built-up areas to avoid disturbances or unintended movements that could pose a risk to people or property. Autopilot systems often incorporate geofencing features that allow drone pilots to define virtual boundaries or restricted areas. In built-up areas, where there may be no-fly zones or restricted airspace, autopilot systems can help enforce compliance with regulations and prevent unintentional flights in prohibited areas. Autopilot systems often include intelligent flight modes that enable automated flight operations for specific purposes. For example, there may be modes designed for capturing cinematic shots, performing accurate surveys, or inspecting infrastructure. These modes can assist drone pilots in carrying out their tasks efficiently and precisely in built-up areas. In the event of signal loss, low battery, or other critical situations, autopilot systems can be programmed to initiate predefined emergency procedures. These procedures may include returning the drone to the takeoff location or performing a controlled landing in a designated safe area. Autopilot systems can help ensure the safe recovery of the drone in built-up areas, reducing the risk of accidents or damage. It’s important to note that while autopilot systems can provide significant assistance, drone pilots are still responsible for maintaining situational awareness, adhering to local regulations, and exercising good judgment during flights in built-up areas. Autopilot systems should be used as tools to enhance flight safety and efficiency, but pilots should always remain actively engaged and ready to take manual control when necessary.