For the researchers
We are dedicated to empowering researchers with adaptable and innovative robotics solutions for groundbreaking research. Whether you're harnessing the power of robotics to gather data or engaging in robot building, programming, and testing, our robotic solutions seamlessly integrate into the academic landscape, offering enhancement for your research from the start.
Showcase your project
with precision and confidence
The vertex One drone platform is meticulously crafted with researchers such as you in mind. Our drones empower you to explore, experiment, and advance your work, providing unparalleled precision, modularity, and adaptability.
The ultimate droneFor your research
The Vertex One is the perfect drone to research aerial applications. It enables you to customize the drone as you desire, thanks to the open and accessible way it is built. With full access to the computing module, running Linux and supporting ROS2, accelerating the pace of your research.
PowerPackMore than just a battery
The Vertex One PowerPack contains a battery management system (BMS) to guarantee a safe and reliable operation whilst providing you information on the battery state of charge (SoC). In addition, it can be split into two modules, making it possible for you to take it in your your carry-on luggage on any commercial flight.
FoldableUltimate flexibility
Experience unparalleled flexibility and versatility with our drone's foldable arms. Easily transport and store your drone wherever you go. No need to sacrifice performance for portability – our design ensures stability and precision during every flight.
ControlAutonomous stability
The advanced Avular flight controller ensures the drone's stability at a specified height and location. With the help of a wide variety of sensor configurations, the drone can be equipped for outdoor and even indoor localization and navigation allowing for full autonomy. With the Avular flight controller, you no longer need to worry about the drone’s stability.
Hybrid AutonomyIndoor to outdoor
Jump start your research with our proven platform. The Origin One acts as the perfect off-the-shelf base for ground-based robotic research. It is suitable for a wide range of indoor-to-outdoor experimentations, whereas its open and modular design allows for rapid modifications.
SensorsThe basis for autonomy
The Origin One is fully compatible with our Indoor and Outdoor Autopilots. No matter which Autopilot you choose, each Origin One is packed with sensors: six ultrasonic sensors, four wheel encoders, IMU, magnetometer, current & voltage sensors, and an Intel RealSense depth camera. All sensory data is readily available for you to use.
InterfaceControl at your fingertips
Made to connect external sensors and payloads, as the Origin One features a range of electrical and mechanical interfaces to easily mount your specific hardware. The display features two buttons for navigation. Utilise our autonomy or program your own. Ethernet and USB ports allow you to plug in your own PC to run your own algorithms.
ModularFit to disassemble
The mounting rails on top along with the numerous mounting points along the front, sides and top of the vehicle means you can attach any payload or sensor hassle-free. Said sensors can then be connected straight to the onboard computer via the many ports in it’s interface.
4 Step Guide to choosing
the right robotic platform
Do you want to learn more about what you need to consider before choosing the right platform for your academic or corporate research? Download our 4-step guide now!
Avans University of
Applied Sciences
Avular delivered one Origin One platform to the vocational university’s Breda campus where it will be used to research sustainable and regenerative production of food.
De Graafschap College
Avular delivered one Vertex One platform to De Graafschap College and it’s partners for use within their research. The drone will be used to test different scanning techniques as well as battery technology.
Agrobots
In this project, we and Loop Robots joined forces to create an autonomous disinfection robot for specifically for arable potatoes.
Blooming Business
Monitoring crop growth and crop health in greenhouses using autonomous drones.
Deep Forestry
We developed a drone that can autonomously navigate in the forest, between the trees, under the canopy.