Russian Drone Attack

Thunder (Grom in Russian)

The stealthy Thunder can attain speeds of about 1,000kmph. Weighing 7 tons, the drone has a payload of 2,000kg. The drone can carry 100kg, 250kg and 500kg bombs. It has four suspension points - two under the wing consoles and two inside the fuselage. Combat radius of the drone is 700km and it can reach altitude of 12,000 meters. Height and wingspan of the drone is 3.8 meters and 10 meters respectively.

The Thunder is intended to function as a ‘loyal wingman’ to the Su-57 E flying alongside the stealth jet at speeds of up to 800 kmph, provide reconnaissance data and fire missiles at a command form the manned jet.

“The Thunder is designed to support Su-35 and Su-57 fighter jets,” Nikolai Dolzhenkov, general designer of the aircraft development company, Kronshtadt, told reporters during Army-2020 on August 24.

Okhotnik (Sukhoi S-70 Hunter)

Okhotnik is a stealth-capable heavy drone that has a low signature, a flying wing design, and a take-off weight of 20 tons. It is made of composite materials and a radar-absorbing coat. The aircraft is powered by an AL-31 turbojet engine and is being outfitted with electro-optical targeting, radio, and “other types of reconnaissance equipment.”

The Sukhoi S-70 Hunter is way larger than its Western counterparts like Dassault nEUROn and Northrop Grumman X-47B. With 20 meters in wingspan and a length of 14 meters, its mass is supposedly around 20 tons (against 4.9 for the Dassault nEUROn and 6.3 for the Northrop Grumman X-47B). In fact, tipping the scales at 20 tons, Okhotnik is about as heavy as a two-engine American F-15 Eagle fighter.

It is expected to fly at a speed of 1,000 kmph, for a range of 6,000 km and its two internal bays should embark up to 2.8 tons of weapons.

It took off on its maiden flight that lasted over 20 minutes on August 3, 2019. In the following month, the Okhotnik performed a flight together with a Su-57 fifth-generation fighter jet. The drone manoeuvred in the air in the automated mode at an altitude of around 1,600 meters and its flight lasted over 30 minutes.

Artillery fire and bomb guidance drone

Orlan-30

The Russian army is expected to receive the latest Orlan-30 drone in 2020, which is a quick-deployable battlefield support system. It has been tested in Syria and at the Center-2019 strategic manoeuvres. Orlan-30 can reconnoitre targets and provide exact coordinates by GLONASS and GPS space navigation systems. The Orlan-30 uses laser illumination for fire with smart ar6-0-artillery shells and for guiding precision air bombs.

Russian UAV expert Anton Lavrov believes. "Laser illumination of the targets will provide sniper accuracy to artillery. Orlan-30 will interact with heavy artillery, e.g. Tyulpan 240mm mortars with Smelchak guided mines. 152mm artillery weapons fire Krasnopol shells. Their flight at the final stage is adjusted by laser marks on the target," he was quoted as saying by Izvestiya last October.

The new vehicle resembles its predecessor Orlan-10. However, its launch weight is close to 30 kg which is twice as big as Orlan-10 has. The drone can fly to a distance of 300 km from the control post at a cruising speed of 150 kmph. Flight duration exceeds five hours. The characteristics allow effective engagement far behind the frontline.

The modular architecture allows changing the payload and onboard equipment. The drone is launched by a catapult which needs small sites and saves fuel.

Orlan-30 can operate with Krasnopol 152mm smart projectiles fired by self-propelled Acacia and Msta-S artillery guns.

Reconnaissance and Surveillance

Sirius

Russia had unveiled its biggest ever drone yet- the 30 meters wingspan -surveillance drone named Sirus during MAKS-2019, that puts in the league of the US-made MQ-9A Global Hawk. To put the drone’s size in perspective, the Boeing 737-800 has a wingspan of 35.8 meters while the larger Global Hawk’s wingspan is 39.63 meters.

The drone has length of 13 meters with a maximum take-off weight of 5 tons and maximum payload of 1 ton. Its cruising speed will be 295 kmph and endurance of 40 hours with full payload.

Its service ceiling is 12000 meters making it a true long range high altitude drone.  Its mission profile is aerial patrolling over large swathes of sea, aerial inspection of immense territory, long haul emergency and even express delivery of cargo, information released by Kronstadt said.

It will be powered by turbojet engine most likely derived from current Russian high performance engines.

The payload options for the drone could include infrared thermal and electro-optical. The drone will be connected to ground control by a secure data link and will have self-destruct capability should its controls be seized by the enemy.

Cyclocopter

The Cyclocopter drone was unveiled during Army-2020 Forum. It reportedly features better maneuverability, considerably smaller dimensions and shielded rotors, which helps the vehicle operate close to buildings and other obstacles. Tests of the unmanned aircraft, capable of vertical take-off and landing, were concluded recently. The project to develop a vertical lift and landing drone with cycloidal rotors was approved in late 2018.

Helios

This drone is equipped to handle radar surveillance and assist in guidance. The Helios is a five-tonne radar surveillance and guidance drone. When used as radar, it will most likely be fitted with part of the radar station used in the Beriev A-100 ‘Premier’ early warning and control aircraft.

Altius-U

The Altius-U medium altitude long endurance (MALE) with endurance of 24 hours is capable of performing an entire spectrum of reconnaissance missions using optical, radio engineering and radar.

The Russian drone made its debut flight in August 2019. The flight took place for 32 minutes at an altitude of up to 800m in fully automatic mode at one of the test aerodromes. The MoD posted a video of the maiden flight of a 6-tonne Altius-U drone.

Korsar

Korsar high altitude reconnaissance drone system, can operate  from heights in excess of 5000 meters. It was first demonstrated for the first time at the Army 2019 forum.

The Korsar system has been developed by Lutch Design Bureau (part of Ruselectronics) has a flight range of at least 100 km, flight speed of 100 to 180 kmph, and continuous flight duration of at least 7.5 hours.

The working height of the UAV flight is 100 to 4000 meters. The take-off mass is 200 kg, it has a wingspan is 6.5 meters, and fuselage length of 4 meters. Korsar can be equipped with optical electronic systems, a radar station, a digital aerial camera, meteorological equipment, and a cargo unit.

The Korsar project encompassed creating innovative power generation systems, a small-sized engine starting system, and an electronic controller for the power unit of the unmanned aerial vehicle. Its advantage is the network-centric principle of information network organization, used by the developers to facilitate the connection of the UAV to the control center and other parties. The communication system implemented on the drone links to other air and ground objects to form a secure network, which transmits information to the recipient with no delay or loss.

ZALA 421-16EV

ZALA Aero, an Izhevsk-based UAV developer and subsidiary of Kalashnikov Concern, presented its own unique drone complex at ARMY-2020. The drone, known as the ZALA 421-16EV, features a tiltrotor design enabling for vertical take-off and landing.

The platform is said to be ideal for missions including surveillance and aerial photography in difficult-to-reach areas, as it doesn’t require a runway. The drone is said to have a cruising speed of up to 110 kmph, an airborne time of 2 hours, an onboard computer for the recording and streaming of multiple channels of Full HD video, and automatic target tracking, along with an encrypted hard drive.

Leading Russian Drones’ Specifications