Planning laboratories

We can help define the infrastructure needed to prototype, manufacture and test your drones and robotic systems!

Aerodynamic testing laboratory

This specific laboratory will be the heart of your drone development and testing centre

We advise how to integrate different devices to:

Perform drag and lift measuring tests,
Test drone dynamic flights in wind gusts,
Perform precise tracking and navigation of drones,
Test the efficiency of drone propulsion systems.

We assemble components from diverse sources to create the ideal system for your needs.

Key Components of Aerodynamic Drone Testing Laboratory

Windshaper
wind wall

Windshaper is designed to generate variable wing gusts of different intensities to simulate real-world situations for drones.

Motion capture
system

Ultra-precise real-time tracking system technology is used to record and analyze the movements and positions of objects, living beings and drones.

Robotic
arm

A robotic arm automatically tilts an aircraft to various angles of attack within a wind tunnel to measure its drag and lift forces.

Testing drone
propulsion systems

Setup for testing efficiency of aircraft propulsion system (motors and propellers).

Wind tunnel

A wind tunnel is a controlled environment used for testing and analyzing the aerodynamic properties of objects by simulating airflow conditions.

Airspeed sensor

3D real-time flow system to precisely measure and control the airspeed, ensuring accurate and repeatable testing conditions.

Smoke generators

Provides vital visibility of airflow around aircrafts, aiding in aerodynamic analysis and design optimization.

Noise sensors

Noise sensors are employed to quantify and assess the acoustic emissions generated by an aircraft.

Power supplies

High voltage and current power supplies to power and test high-power motors and big propellers.

Force and torque sensor

Quantify the aerodynamic forces
(e.g., lift and drag) and moments (torque) acting on a model, aiding in the assessment of its aerodynamic characteristics and performance.

Computers and software

We carefully choose computers and software to ensure seamless compatibility and support for all devices within a unified system.

Examples of aerodynamic drone testing laboratories.

To understand the capabilities offered by the Aerodynamic Testing Laboratory, we invite you to attend our course, 'Aerodynamic Drone Testing Laboratory,' providing detailed insights into the system and the range of achievable tests in this exceptional facility.

Check courses!

Exemplary drone laboratories,
workshops and multimedia studios

We recognize the significance of tailor-made solutions, so we diligently tailor the machine specifications to precisely match the unique demands of the drones and robots built by our customers. This encompasses material compatibility and budgetary constraints, guaranteeing both optimal performance and cost-efficiency throughout the development of drones and robots.

Additionally, we meticulously choose machines and devices tailored to the materials employed in producing airframes of specified sizes and drone types.

Laboratories

Laboratories are dedicated to scientific research, enabling precise experiments, data collection, and analysis for academic or research purposes. They are designed for precise and controlled experiments.

3D Printing Laboratories

Rapidly materialize drone and robot designs with cutting-edge 3D printing.

Electronics Laboratory

Craft and repair PCBs for seamless electronic systems.

Computer Aided Design (CAD) Lab

Model detailed 2D and 3D designs for drones and robotic systems.

Mechanical Fatigue Lab

Ensure component endurance with rigorous fatigue testing.

Hardware workshops

Workshops are spaces designed for hands-on prototyping, fabrication,
and assembling physical parts of aircrafts and robots.

Composite Materials Workshop

Produce lightweight, resilient composite materials for groundbreaking robotics.

Manual Machining Workshop

Shape metals and composite materials with artisanal precision.

Automatic Machining Workshop

Transform blocks of materials into precision-engineered realities.

Drone
Assembly Workshop

Assemble designs of drones and robots with professional tools tailored to precise assembly.

To enhance your understanding of drone manufacturing and testing techniques, join our comprehensive course, 'Drone Development Laboratories,' for detailed insights into the machines, tools, and sensors found in our labs and workshops.

Check courses!

Multimedia studios

A solid online presence is essential for every innovative robotics project
to take off, gain traction, and attract clients and investors.

We provide guidance on assembling the necessary equipment
for capturing captivating photos and videos,
enabling effective project promotion on social media platforms.

Video Recording Studio

Capture footage that explains
the purpose of drones
and ground robots.

Video Editing Studio

Edit video footage and craft short promotional films to showcase and promote the capabilities of robots.

Photo Studio

Take photos of robots visually
showcasing their features
and real-world applications.

How can we assist you:

Conducting lectures about the latest technologies for manufacturing and testing drones and robotic systems.
Recommending system components tailored to the type and size specifications of the drone you aim to build or test.
Facilitating communication with all manufacturers of all devices and sub-systems to ensure the creation of one compatible system.
Offering comprehensive quotes for all elements of the entire system (incorporating quotes from each sub-system manufacturer).
Delivering a report that describes the selected devices and provides justification for why these components were chosen.
Organizing demonstrations and trainings on the selected devices and systems.

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