What the press says about us

Madrid-based Alpha Unmanned Systems, SL and Tel Aviv-based Simplex Corporation are pleased to announce their partnership to enable multiple helicopter UAVs to be flown concurrently, by a single operator and ground control station, and beyond visual line-of-sight (BVLOS). The two companies are developing this unique capability for an Israeli customer.


In this critical time, drone usage is increasingly important for urgent missions. The ability to fly multiple drones simultaneously with minimal manpower, is essential. Many concurrent and complementary missions can now be flown at the same time and by the same operator, from urgent medical delivery to surveillance and quarantine enforcement. Eric Freeman, CEO of Alpha Unmanned Systems, states, “Alpha is very pleased to work closely with Simplex in the development and deployment of this Unified Flight System. Now, one trained operator can operate up to 6 Alpha 800 helicopters and 4 additional drones, each Alpha helicopter executing its own autonomous mission while the system manages the shared airspace and flight parameters dynamically.”  The Alpha 800 gasoline-powered helicopter UAV is a top choice among First Responders as its 3hr autonomous flight time, 50km range and 3kg payload capacity make many types of missions possible. The platform is used in ResponDrone (https://respondroneproject.com/), a EU H2020 initiative, and by Spain’s UME (Unidad Militar de Emergencia).


Shay Levi, CEO of Simplex, states, “We are delighted that our CAAI certified and highly effective system allows operating multiple concurrent Alpha 800 missions while significantly increasing flight safety.” Simplex, a Tel-Aviv based company, works to make multi-UAV flying a reality. In partnership with Alpha and with other leading UAV manufacturers, its systems are in use today in Israel, the world’s most demanding UAV marketplace.

Madrid-based Alpha Unmanned Systems, SL has announced that its High Accelerated Lifetime Testing (HALT) solution is now in production.

This means that Alpha’s engines and transmissions will be tested in “near-flight” environments for significantly longer periods of time and in environments more similar to actual flight. Longer and more realistic testing means greater fault identification which will result in more reliable platform design and manufacture.

The HALT will also be used to define the maintenance periods of Alpha’s new helicopter UAV platform, (expected in H2Y20). It will also be used to execute the STANAG defined engine endurance tests and to fine-tune the fuel injection system.

“Testing is critical for flight reliability and safety. The incorporation of the HALT will dramatically increase the testing hours that Alpha engineers can use to improve design and manufacturing. We expect to dramatically improve our platform quality and reliability through this innovative and necessary tool,” said Álvaro Escarpenter, CTO and co-founder of Alpha.

In order to easily test the complete helicopter, including the engine and transmission systems, Alpha has designed and manufactured its own test bench (HALT) on which its helicopters will be able to test multiple engine and transmission loads in a precisely controlled environment. The HALT will also simulate endurance and life cycle tests in “near-flight” conditions.

Engine and transmission systems are especially critical for helicopter platforms. Since testing and validation exercises are time consuming and costly, and since industrial systems must be tested for thousands of cycles during development, Alpha’s expects to dramatically improve the airworthiness of its helicopter UAV platforms using HALT.