Veronte Autopilots, Control Stations, Software, Payload & Accessories

Veronte Autopilot 1x

UAVs, multirotors, helicopters, airplanes, hybrid VTOL, even blimps — the Veronte Autopilot 1X is designed to control any unmanned vehicle. With custom flight phases and control channels, the Veronte Autopilot 1x can support any aircraft layout, performance requirement and payload. Most common applications of the Veronte Autopilot 1x include mapping, firefighting, surveillance, agriculture, defense and delivery.

Veronte Autopilot 4x

When the risk of casualties in civilian applications or the failure of military operations is not an option, the redundant Veronte Autopilot 4x is the optimal choice for your critical application. With a dissimilar arbiter that includes advanced voting algorithms for selecting the control module, the redundant Autopilot 4x eliminates single points of failure. With this fail-safe design the redundant Veronte Autopilot 4x is best for applications like Urban Air Mobility (UAM), populated areas, MALE/HALE, restricted airspace, critical operations, and law enforcement.

Veronte Autopilot 1x Kit

The ideal autopilot kit for UAS/RPAS professionals seeking an advanced integration environment to configure, fine-tune and test. The 1x Kit includes the Hardware-in-the-loop (HIL) Simulator, whereby your UAS/RPAS will fly in a simulated virtual environment. This simulated environment allows for adjustments, like controlling PID gains on the fly. Common applications include first integration, real HIL, testing, fine tuning, training and a wide variety of unmanned vehicles.

Veronte LCS Station

Control Station for UAVs and drones.LCS is a ready-to-use system designed for high-performance autonomous vehicle operations. Thanks to its built-in battery and robustness for outdoor use, the LCS is positioned as a fully adaptable option for operators’ most emanding needs.

Veronte PCS Control Station

Veronte PCS Control Station includes all the necessary components to perform a wide range of operations. The embedded Veronte Autopilot enables navigation and communications between the onboard autopilot and control station computer. The expansion bay allows operators to add additional devices to the system. Veronte AP plus mast is designed to be installed in a Tracker, but can be used alone.

Veronte Tracking Antenna T28

The T28 is a high-performance antenna designed for long-range communications in harsh environments. With auto-tracking capabilities, it can autonomously point the antenna to the drone. Equipped with embedded control actuators and precision encoders for optimal performance. This antenna allows for a wide range of datalinks in the designated expansion bay, regardless of frequency or manufacturer. Compatible with Veronte PCS, it offers long-range communications in Line Of Sight (LOS) and versatility.

Veronte Gimbal 10z Series

Small. Lightweight. Compact. The Veronte Gimbal 10z series offers dual visibility and a thermal camera with onboard video processing. Capable of detecting, recognizing and identifying vehicles and people day or night. With a Veronte Autopilot, the Veronte Gimbal 10z series does even more: Geo-location, fly-by-camera, and target follow! Simply choose between the more basic Veronte Gimbal 10z SC and the more advanced Veronte Gimbal 10z. Or talk to us about customization!

Veronte Gimbal 30z Series

For the most demanding applications. The Veronte Gimbal 30z series offers outstanding visibility, a powerful optical zoom, and gyro stabilization with two degrees of freedom. With a highly sensitive infrared camera and advanced video processing on board, detect, recognize and identify vehicles and people from several kilometers away, day or night. Simply choose between the more basic Veronte Gimbal 30z SC and the more advanced Veronte Gimbal 30z. Or talk to us about customization!

Veronte CEX Avionics

Veronte Avionics CEX is a peripheral to ease the reduction of wire in autonomous vehicles at the time it permits to increase the number of devices in the system, enhancing the I/O connectivity and bus protection. Its user-friendly design ensures a quick and efficient integration process for improved overall performance. It is highly durable and resistant to electromagnetic interference. It is compliant with DO160 and MIL-STD-810 environmental test for aircraft certification.

Veronte CEX Avionics Data Sheet

Veronte MEX Avionics

The MEX magnetic compass is a powerful peripheral that includes functionalities to enhance the I/O connectivity in the Veronte Autopilot, reducing wiring in autonomous vehicles and increasing the number of devices in the system. Offered in two different versions: Veronte MEX (protected by an enclosure made of anodized aluminum 6061-T6) and Veronte MEX OEM (smaller & lighter, requires mechanical protection when installed). DO178C / ED-12 and DO254 /ED 80 aviation design standards are followed during the Veronte Avionics MEX development.

Veronte MEX Avionics Data Sheet

Veronte SDL Avionics

SDL data link is a radio module for devices with RS-232 with Autopilots 1x or 4x. It stablishes wireless serial communications with high performance and reliability. This product can be employed to build point to point and multipoint applications. Data Link connects devices with RS-232 ports to RF communications through external antennas. In addition, Data Link sends RSSI to monitorize the RF signal strength.

Veronte HIL & SIL Simulators

The ability to test is an essential part of the development process for drones or eVTOL systems. Verification of the many elements ensures that all configurations are correct. A simulation of the System before the flight is vital, particularly in the UAS industry, where mission-critical success is imperative. These factors make simulations a valuable and powerful tool.

HIL SIMULATOR uses the hardware to simulates specific environments and situations and monitors the autopilot, taking into account responses of the real Hardware’s performance in real-time. With HIL hardware simulations, some environmental conditions are hard to predict; this is where the power of the SIL software simulation comes in.

SIL SIMULATOR allows the operator to simulate the operation of the drone or eVTOL with the use of software and without the need for the real Hardware. The software system can be programmed to simulate and control the flight (start, restart, etc.) and record detailed analysis of the system’s navigation and control algorithms that are not available using the HIL Simulator. Recent updates incorporate many improvements to the SIL Simulator and allow SIL to connect with Veronte PIPE software..