Εξειδικευμένα drones καθαρισμού
Τα drones πλύσης Aspira είναι το αποτέλεσμα σχολαστικής μηχανικής, δοκιμών σε πραγματικές συνθήκες και ενός ασυμβίβαστου οράματος για πιο έξυπνη συντήρηση. Κάθε λεπτομέρεια, από την πρόωση έως το ωφέλιμο φορτίο και το λογισμικό, έχει σχεδιαστεί για να κάνει τον καθαρισμό των υποδομών ασφαλέστερο, ταχύτερο και ελεγχόμενο από τον χειριστή.
Καθαριστικά drones σχεδιασμένα για ακρίβεια
Τα drones πλύσης Aspira είναι το αποτέλεσμα σχολαστικής μηχανικής, δοκιμών σε πραγματικές συνθήκες και ενός ασυμβίβαστου οράματος για πιο έξυπνη συντήρηση.
Aspira AC-Lite Wash Drone
Our sub-7kg drone is extremely popular due to its size and weight. Great for pressure-washing and soft-washing windows, facades, roofs, solar panels and much more.
The Aspira AC Lite is a purpose built wash drone designed with a smaller, lighter subframe that is specialised for residential or domestic applications, or where access is extremely limited.
Extremely nimble, accurate and built to the same high-standards as all Aspira drones, the AC-Lite is perfect for suburban environments where quick start times and easy transportation is essential.
Max Pressure
Quick Start-up
Safety Features
~25min Flight Time
Versatile Uses
Sub 7Kg System
Aspira AC4 Wash Drone
Our flag-ship cleaning drone is capable of taking on challenges of almost any size. Powerful, safe and packed with features, it is ultimate cleaning solution.
The Aspira AC4 is the pinnacle of wash drone technology, allowing you to clean a vast variety of high-rise buildings and structures safely without the need of scaffolding,
The AC4 is available in 3 different variants depending on your requirements. (AC4 Basic, AC4.2 & AC4 Ultimate).
All are built on the same framework, allowing future upgradability. The AC4.2 introduces surface tracking and a variable distance sensor, whilst the AC4 Ultimate allows flight in GPS denied areas.
Max Pressure
Quick Start-up
Safety Features
~40min Flight Time
Versatile Uses
Sub 25Kg System
Ready to take to the sky?
Anti-Collision System
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In the world of commercial drones, a collision detection system is considered a standard method to avoid flying into objects. The drone detects an object and moves out of its way.
When flying near buildings, it is not always obvious which direction it should move, or if it should even move at all.
Although Collision Detection is suitable for a variety of applications, in our advanced drones, it forms just one part of our CLIVE intelligent control system.
Advanced Surface Tracking
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Our Advanced Surface Tracking expands on Collision Detection by visualising the surface, locking on to it, and then allowing strafing movements as required.
This allows a pilot who is flying 20 metres up a building and has lost their depth perception to effectively position the drone a set distance from the wall and continue to spray safely.
Our technology goes beyond object avoidance. When cleaning locked-out blades of a wind turbine, it is quite common for them to flex as much as four to five metres. With Advanced Surface Tracking, the drone can remain a safe two metres from the blade at all times.
Flying without GPS in Extreme Urban Environments
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All drones navigate their surroundings through a combination of GPS and a built-in compass. In many instances, this is fine, especially in low-density areas with no interference.
However, operating in dense urban environments poses a range of challenges that require more advanced solutions.
Common problems exist where compasses become confused by localised power or metal work within walls or underground. Hospitals are particularly troublesome due to the nature of the equipment they operate inside.
Additionally, GPS signals (and even GPS with additional RTK base stations) cannot be relied upon around tall buildings as the signal is prone to mirroring. GPS also requires constant direct line of sight to operate.
Aspira is proud of our ground-breaking work to produce a drone that can operate in such challenging environments. Utilising CLIVE, our system takes the inputs from Cameras, Sensors, and Lidar and feeds them through our software to ingest the environment it is in. CLIVE can map the surface in front of it and pixel-map where it is moving. It can even identify water splashes generated from the cleaning itself.
Being able to fly in a GPS-denied environment means you can complete 100% of the job you are tasked with, all with the safe knowledge that CLIVE is working with you to ensure maximum safety and efficiency.