Previously head of business development at the unmanned aircraft manufacturing company Threod Systems Mr. Villiko Nurmoja recently took over the CEO position. Mr. Kristjan Tiimus will continue his role as the chief technology officer and the member of the board. Mr. Sten Reimann former CEO of Threod Systems will continue in Ukraine with his newly registered company Legio Group LLC and drive Threod products to the Ukrainian market.

Villiko Nurmoja comments that Sten Reimann has established a very strong foundation during the development stage and chosen an exceptional team of professionals. Company will continue to develop and produce unmanned aircraft systems and sub-systems. The next phase is to broaden cooperation network on the international market and to bring Threod products closer to the end-user.

Threod Systems was established in 2012 as a company specializing in the field of unmanned aircraft system development and production, by today there are five unmanned aerial vehicle platforms and multiple sub systems and support equipment, with the highlight on the optical observation sensors, control stations and autopilot, developed with support of the ministry of defense of Estonia. For instance, among other achievements, Threods’ unmanned aerial vehicles support NATO KFOR operations in Kosovo.

villiko

Threod Systems made it to IHS Jane's and reffered to as an unmanned know-how.

 

"Although the company is only four years old, Threod Systems from Estonia has built up expertise in unmanned air systems, not only producing the vehicles itself, but also engineering the associated ground control systems, autopilot, sensor gimbals and engines. The company’s EOS mini-UAS has been used in support of ISAF and KFOR operations in Afghanistan and Kosovo, respectively, while its products are the subject of a number of tenders.

To date Threod (Hall 5, Stand J521) has flown five vehicle types, including the multi-rotor KX-4 and KX-4LE, EOS hand-launched mini-UAS, and the runway/catapult-launched Stream. The largest vehicle is the Theia, a wheeled 100kg UAV with an endurance of 24 hours and the ability to carry a 25kg payload. The air vehicle has been flown in concept demonstrator form as the Theia 1, and in the next few weeks the operational Theia 2 is due to fly, this version featuring a wider fuselage to accommodate a large gimbal payload. Power is provided by a 110cc petrol engine, a Honda unit rebuilt by Threod.

Threod has also developed its own gimbal systems. An EO/ IR dual-sensor system is for the smaller vehicles, to which a laser rangefinder and IR illuminator are being added yet still keeping weight below 1.5kg. A 2.4kg three-sensor payload is employed by the larger vehicles.

Related systems are applied across the family, including a highly advanced adaptive, triple-redundant autopilot."  http://www.janes.com/article/61541/unmanned-know-how-es2016d5

 

Unmanned know how Threod UAS

A renewed cooperation agreement was signed between Threod and Aviation Academy. Both parties share mutual beneficial interest in the fields of UAV technologies, aviation flight regulations and safety. Unmanned systems have been a highlight for the Aviation Academy students and cooperation will ensure an exchange of both theoretical and practical experiences. 

simulation environment developed by Threod has now been set up in the Aviation Academy. It allows to conduct training in unmanned systems operations on a totally new level, including UAV flight mission planning and UAS management. It can also be used for research purposes, system integration and testing as well as developing new solutions. Future plans are to create an unmanned aircraft test centre and prepare UAV operators to fly aircrafts of different categories. 

Threod Systems performed a demonstration flight on Tartu International Airfield. A fully integrated system was presented: a tactical level air vehicle and a vehicle based ground control station.

In addition to Threod Systems and Estonian Aviation Academy personel, high-level guests from Ukrainian Antonov State Company were also present during the flight demonstration.

Antonov Threod ELA

 

Threod EOS Mini-UAV supported Defence League battalion operations. Equipped with a new EO/IR gyro-stabilized gimbal Threod UAV brought the operation C2 to a totally new level. The clear and stable imagery provided best situational awareness for the quick decision making. Implementing EOS Mini UAV thought out the battalion operations enabled to gather tactical level intelligence, as new generation EOS Mini-UAV solution brings tactical UAV capabilities down to Mini UAV level.

 

Threod UAS Gimbal EO screensaver.1

EOS EO camera live stream video screenshots HD quality

 

Threod UAS gimbal IR sensor desktop background.1

 EOS IR camera video stream screenshots

 

 

 

 

26 nations and more than 550 top computer security professionals participated in Locked Shields 2016, hosted by the NATO Cooperative Cyber Defence Centre of Excellence.

“A central part of the 2016 scenario is focused on drones and regaining control of own systems after they have been broken into,” says exercise architect Jaan Priisalu,

Locked Shields uses realistic networks, technologies and attack methods on par with real-world developments.

Threod Systems demonstrated in-house developed Simulation Centre at the exercise and displayed THEIA TSP – G201 –operational level unmanned aerial vehicle (UAV) of a new generation. This helped to emphasize the UAV involvement in the training scenario and give it a realistic touch.

Loked Shileds Cyber Security NATO Event

On the picture: 

  • H.E. Mr. Toomas Hendrik Ilves President of Estonia;
  • Dr Rain Ottis, scenario master at Locked Shields 2016, Ambassador of NATO Cooperative Cyber Defence Centre of Excellence, Associate Professor at Tallinn University of Technology;
  • Sven Sakkov, Director of NATO Cooperative Cyber Defence Centre of Excellence;
  • Jaan Priisalu, Locked Shields 2016 exercise architect, Senior Fellow at NATO Cooperative Cyber Defence Centre of Excellence;
  • Threod Simulation Centre and THEIA TSP-G201 UAV.