The Pegaz tactical unmanned aerial vehicle is designed by Military Technical Institute Belgrade (VTI). Image courtesy of Matricasrpska.
The Pegaz UAV features twin-boom configuration. Image courtesy of Srđan Popović.
The Pegaz drone on FAP 1118 truck during the 2014 Belgrade Liberation Day Parade. Image courtesy of Srđan Popović.
The Pegaz unmanned aerial vehicle has a payload capacity of 40kg. Image courtesy of Srđan Popović.

Pegaz Tactical UAV

Pegaz is a long-range, tactical unmanned aerial vehicle (UAV) that Serbian aircraft and weapons designer Military Technical Institute Belgrade (VTI) is developing for the Serbian armed forces.

Military applications of the Pegaz include tactical reconnaissance, surveillance, target acquisition and designation. The UAV can also be used for civil missions such as borders and road surface monitoring, disaster management, and police operations.

Development of Pegaz UAV

Development of the Pegaz UAV commenced in late 2010. A prototype of Pegaz, designated as Pegaz-011, was unveiled at the Partner 2011 International Fair of Armament and Military Equipment defence exhibition held in June 2011 in Belgrade, Serbia. The Pegaz-011, built by BB Composite, made its first flight in October 2011.

The drone also took part in Partner 2015 exhibition, as well as in DSEI 2015 Defence and Security Equipment International exhibition held in London, UK.

Design and features

"(The UAV) can be optionally launched with a catapult and recovered by a parachute to ensure safe landing in emergency situations."

The Pegaz UAV is made from carbon-fibre and glass-fibre composite materials. It is equipped with two main wings and features twin-boom tail assembly. It has a tri-cycle landing gear with two single-wheeled main gears installed under the fuselage, and a single-wheeled nose gear.

The UAV has a length of 5.39m, a height of 4.24m and a wing span of 6.34m. It weighs approximately 120kg and has a maximum payload capacity of 40kg. Its maximum take-off weight is 230kg.

The UAV can be launched and recovered autonomously from prepared runways using an automatic take-off and landing system. It can be optionally launched with a catapult and recovered by a parachute to ensure safe landing in emergency situations.

Payloads and sensors carried on Pegaz UAV

The Pegaz unmanned aerial vehicle can carry a variety of surveillance and reconnaissance equipment in a payload pod located under the fuselage at the centre of gravity. The day and thermal-infrared imaging cameras are fitted to collect imagery, telemetry data and video both during the day and at night.

The payload pod also features a laser rangefinder (LRF), a TV, a laser designator, a synthetic aperture radar (SAR), and a moving target indicator (MTI).

Flight control

The UAV can operate in fully-autonomous flight mode using pre-programmed flight instructions. The GPS waypoint navigation system ensures autonomous flight control and guidance during the flight.

Ground control station

Pegaz can be controlled manually by the operator using a ground control station (GCS), installed with three workstations. The real-time video and aerial imagery acquired by the payloads are transmitted to the GCS through a data link.

"The unmanned aerial vehicle has a cruising speed between 130km/h and 150km/h and can reach a maximum flight speed of 200km/h."

Propulsion details

The Pegaz UAV is powered by Zanzottera Technologies 498H two-stroke boxer-type engine, mounted in the rear of the fuselage. The engine has a bore size of 75mm and a stroke of 56mm, and is equipped with two cylinders made from light alloy metal ceramic-plated castings.

The engine generates an output power of 44hp at a speed of 6,500rpm, and drives two-blade wooden propellers mounted in a pusher configuration.

Performance of Pegaz unmanned aerial vehicle

The unmanned aerial vehicle has a cruising speed between 130km/h and 150km/h and can reach a maximum flight speed of 200km/h. Its operational altitude and service ceilings are 3,000m and 4,500m respectively. The UAV has an operating range of 100km and can endure for more than 12 hours.

The Global Unmanned Aerial Vehicles (UAV) Market 2011-2021

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