Q01 MALE optionally piloted aircraft is designed by Reiner Stemme Utility Air Systems (RS-UAS). Image courtesy of Billyhill.
The Q01 can achieve an endurance of 50 hours in unmanned flight. Image courtesy of RS-UAS.
Qatar awarded a contract for Q01 aircraft during the DIMDEX exhibition in Doha. Image courtesy of RS-UAS.
The Q01 optionally-aircraft is joint development effort between Germany and Qatar. Image courtesy of Zentrum für Luft und Raumfahrt Schönefelder Kreuz.

A prototype of Q01 MALE (medium-altitude, long endurance) optionally-piloted aircraft was introduced at the ILA Berlin Air Show 2016 held in June 2016. It is a joint development programme between Germany and Qatar.

The Q01 is designed and being developed by Reiner Stemme Utility Air Systems (RS-UAS), primarily for the Qatar Armed Forces.

The aircraft is intended for a variety of missions, including intelligence, surveillance, reconnaissance, monitoring, research and border protection.

Q01 development details

Development of the Q01 aircraft was initiated at the Schönefelder Kreuz Aerospace Technology Centre (ZLR) in Wildau in 2014. A prototype of the aircraft made its first flight in November 2015 and is undergoing tests at the airfield in Schönhagen.

The aircraft is expected to receive a CS23 single-engine IFR certification by the European Aviation Safety Agency (EASA) in 2017, following which mass production will begin at Schönhagen and Wildau facilities.

Orders and deliveries

The State of Qatar has signed a memorandum of understanding with Reiner Stemme Utility Air-Systems for the manufacture and delivery of Q01-100 model aircraft at a cost of $100.25m. The deal was signed during the DIMDEX 2016 (Doha International Maritime Defence Exhibition and Conference) that was held in March 2016.

The aircraft will be delivered to the Qatar Armed Forces in the second quarter of 2017, and are intended primarily for airborne surveillance and maritime border control missions. They are also suited for drug interdiction and anti-smuggling operations.

Q01 optionally piloted aircraft design and features

The 10.7m-long, 3.33m-high, all-composite Q01 MALE optionally piloted aircraft features high-aspect ratio wings, fitted with laminar flow airfoils. It requires less maintenance and operation costs.

The wings have a span of 20m and deliver improved aerodynamic performance. The tri-cycle landing gear, consisting of two main gears and one nose gear, enables safe take-off and landing.

The empty and maximum take-off weights of the aircraft are 1,553kg and 2,750kg respectively. The Q01 can carry payloads of 960kg, including 600kg internally in fuselage and 360kg on underwing stations. Two 256kg fuel tanks are carried in the inner wing.

Flight modes

The aircraft can be operated in both manned and unmanned modes. In manned configuration, the operation and control are performed by three crew members onboard using a High-Order-Command autopilot. The unmanned flight is assisted by a mobile ground control station.


The airborne platform can be equipped with a variety of radars and sensors depending on specific operational needs.

"The Q01 is designed and being developed by Reiner Stemme Utility Air Systems (RS-UAS), primarily for the Qatar Armed Forces."

Thales has been contracted to supply electro-optical cameras and SEARCHMASTER® multirole surveillance radar, which provides tactical air support and surveillance. The Q01 MALE also features MX-20 EO/IR (electro-optical/infrared) ISR (intelligence, surveillance and reconnaissance) system, developed by WESCAM.

Located underneath the fuselage, the EO/IR sensor and radars are used to collect intelligence data in both day and night conditions.

The aircraft also features DLR MACS optical sensors, hyperfine structure sensor, laser scanner, line of sight, and SATCOM beyond-line-of-sight.

Propulsion and performance of Q01 aircraft

Powered by a V6 six-cylinder, three-litre, turbocharged CD 310hp JET A1 diesel engine, the Q01 optionally-piloted aircraft can fly at a cruising speed of 190k and a typical mission speed of 100ks. It can fly up to a service ceiling of 30,000ft and is capable of G-loads of +3.6/-1.44.

The engine, developed by Technify Motors, drives a MT three-blade 2.10m constant-speed propeller.

In manned mode, the aircraft can reach up to a range of 1,350nm and endure for up to 12 hours. It can fly up to 4,500nm and can stay in air for up to 50 hours, when operated in unmanned mode.

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