Using our in-house developed AI based software (similar to a system recently developed by the MIT), we calculate and select the ideal frame configuration, battery type and size matched with a propulsion system that delivers the best performing and most cost effective solution. Our database of propulsion systems and their performance as well as ability to build custom batteries to the exact capacity required means we can achieve the (almost) impossible.
The mission is the payload, not the UAV. We can design the UAV around your payload to ensure the payload is positioned perfectly, performs to the best of its ability, is easy to install, remove and maintain and is protected as required. Last thing you want is an advanced, fragile camera system that is too delicate to handle in the field by operators for a successful mission.
With a huge breadth and wealth of skills, experience and industries in our arsenal, we can help you solve the most complex UAV design problem - be it airframe design, propulsion system configuration, airframe transformation, mechatronics, image and data processing and conversion, video and data transmission extension, antennae optimisation, propeller design and performance improvement and much more.
If neither Sky Mantis or Revolution deliver the solutions that you need, we can work with you to design a custom system that will. Get in touch to discuss your project. Initial consultation is free of charge and our custom systems are cost effective due to our novel approach to rapid manufacturing and materials use.
The UAV itself is only half of the solution. A great UAV is one which is easy to control and where data you need is clearly presented - so you can identify, assess and act before it’s too late. Our ground stations are custom built to provide the best user experience - based on decades of building user-centric solutions thanks to finely tuned methodologies and processes.
Anybody can stick an RC LiPo into a drone (and many do just that). We spent years testing many different battery solutions and have developed a best in class hybrid that can be rolled out into small or large UAV’s for best flight endurance and energy density - without compromising safety. Our batteries also include rapid swap enclosures for extremely fast operation. No more push/pull cables, let alone velcro!
6.5Kg all up weight
1 hour true flight time
(in-air / on-mission time)
50 Mph capable (reduced flight time)
Dual on board camera options
X30 optical zoom HD 1080p RGB camera
640x512 high resolution thermal / IR option
HD live video streaming option
5-10 Km video streaming range option
225° viewing angle
90° “straight up”,
90° “straight down” view
20cm x 40cm x 13cm folded
Rapid battery swap (under 20 seconds)
Under 30 seconds from bag-to-air
Rugged carry back pack
10kg payload capability
45 minutes flight (with 10kg load)
12 motor high redundancy
Folding for easy transport:
Rapid swap battery pack:
Top and/or bottom payload installation
Top and/or bottom battery attachment
Modular rapid swap payload tray
Sense and avoid / collision avoidance
Indoor, underground, tunnel orientation
Computer vision based sensing
Non-GPS, centimetre precision orientation
GPS denied environment capable
All around awareness
Long range detection
Passive, non emitting
(no laser or radar)
High precision GPS (non RTK)
RTK GPS support if required