World best practices show that successful major companies develop in partnerships
BRICS 2017 | Creative Partnership
For eight years, the BRICS countries have formed the world's economic and industrial landscape together, including high-tech industries.
Rostec State Corporation, a leading Russian industrial corporation, is aimed at multilateral cooperation with companies from the BRICS countries. Development based on partnerships is one of the key imperatives of Rostec development strategy through 2025.
BRICS 2017 | Creative Partnership
exposition is a new vision for technological partnership among the BRICS countries.
exposition is a new vision for technological partnership among the BRICS countries.
Designers from China, India, Brazil, South Africa and Russia offer their views on the commonwealth countries development and their cooperation on high technologies. Futuristic civilian and military products — some created by Rostec and Russian companies in partnership with the BRICS member countries — show not only the commonwealth's potential but also serve as an example of their joint performance in high-tech industries. The development and production of most of the prototypes has already been launched, thanks mainly to the synergy within BRICS.
BRICS 2017 | Creative Partnership
exposition is a synthesis of the high-tech industry
and a look into the design future.
exposition is a synthesis of the high-tech industry
and a look into the design future.
The future of BRICS lies in joint development
of innovative technologies.
of innovative technologies.
Russian-Chinese Advanced Heavy Lifter (AHL)
Russian-Chinese Advanced Heavy Lifter project is carried out by Russian Helicopters (Rostec) and Chinese government company Avicopter.
Hi-end technologies used in the world's biggest transport helicopter - Mi-26 will be applied in development of the extra-heavy helicopter.
The payload of helicopter will be 10-15 tons. The maximum takeoff weight of the aircraft will total 38.2 tons, while its service ceiling will total 5,700 meters. The helicopter will have a range of up to 630 kilometres, while its maximum speed will amount to 300 kph. The aircraft payload inside the cabin will total 10 tons, while its external payload will total up to 15 tons.
Hi-end technologies used in the world's biggest transport helicopter - Mi-26 will be applied in development of the extra-heavy helicopter.
The payload of helicopter will be 10-15 tons. The maximum takeoff weight of the aircraft will total 38.2 tons, while its service ceiling will total 5,700 meters. The helicopter will have a range of up to 630 kilometres, while its maximum speed will amount to 300 kph. The aircraft payload inside the cabin will total 10 tons, while its external payload will total up to 15 tons.
Huang Zihao
Industrial Designer
Shanghai, China
Shanghai, China
Russian-Chinese Advanced
Long-Range Widebody Aircraft
Long-Range Widebody Aircraft
Russian-Chinese Advanced Long-Range Widebody Aircraft project
is carried out by United Aircraft Corporation (UAC), Rostec holding companies and China Civil Aircraft Corporation (COMAC).
The new airliner will be by 10 per cent more effective than its inter-national analogues. Russia will produce its own engine especially
for this airliner.
According to preliminary estimates, the Russian-Chinese Advanced Long-Range Widebody Aircraft will be able to carry up to 280 passen-gers at a distance up to 12 thousands kilometers. The aircraft will be equipped with two turbofan jets with the capacity up to 345 kN.
is carried out by United Aircraft Corporation (UAC), Rostec holding companies and China Civil Aircraft Corporation (COMAC).
The new airliner will be by 10 per cent more effective than its inter-national analogues. Russia will produce its own engine especially
for this airliner.
According to preliminary estimates, the Russian-Chinese Advanced Long-Range Widebody Aircraft will be able to carry up to 280 passen-gers at a distance up to 12 thousands kilometers. The aircraft will be equipped with two turbofan jets with the capacity up to 345 kN.
Ivan Paschentsev
Industrial Designer
Moscow, Russia
Moscow, Russia
Next Generation Combat Suit
TSNIITOCHMASH (Rostec) developed an advanced combat suit, containing exoskeleton and new most advanced sniper complex
in two calibers.
Exoskeleton made of titanium is controlled by an intelligent system.
It is designed to help the soldier to carry over the heavy equipment for a long distance and to overcome different obstacles. Readily removable exoskeleton increases strength of body and stamina,
the speed of going on the route march or battleground.
Modern battle suit Ratnik is considered as the second generation armor, and this prototype may be defined as fourth generation.
in two calibers.
Exoskeleton made of titanium is controlled by an intelligent system.
It is designed to help the soldier to carry over the heavy equipment for a long distance and to overcome different obstacles. Readily removable exoskeleton increases strength of body and stamina,
the speed of going on the route march or battleground.
Modern battle suit Ratnik is considered as the second generation armor, and this prototype may be defined as fourth generation.
Marco Aurélio Silva
Creative Designer
São Paulo, Brasil
São Paulo, Brasil
Russian-Indian Fifth-Generation
Fighter Aircraft (FGFA)
Fighter Aircraft (FGFA)
India and Russia are planning to jointly develop Fifth-Generation Fighter Aircraft (FGFA) project.
FGFA is made on the base of Russian fighter aircraft T-50. It is a Russian multipurpose fifth-generation fighter, developed by Sukhoi Company.
Fighter aircraft is manufactured to replace Su-27 in Russian Aerospace Forces. Under the conditions of the agreement, India invests $4 billion into the production of a special fighter version.
FGFA is made on the base of Russian fighter aircraft T-50. It is a Russian multipurpose fifth-generation fighter, developed by Sukhoi Company.
Fighter aircraft is manufactured to replace Su-27 in Russian Aerospace Forces. Under the conditions of the agreement, India invests $4 billion into the production of a special fighter version.
Akkash Kohli
Creative Designer
Pune, India
Pune, India
Self-driving KAMAZ Shuttle
City bus, created in cooperation with KAMAZ (Rostec), NAMI
(Scientific research automobile and engine Institute) and hi-tech company Yandex. It does not imply the presence of the driver
(there is no place for him).
The shuttle runs on the electric motor, a single charge may be enough for 200 kilometers of driving. The bus is equipped with surveillance cameras and various censors.
The way Shuttle follows is not programmed – the bus can lay
the route in a real-time mode. The user can establish the point
of destination using a mobile phone application.
(Scientific research automobile and engine Institute) and hi-tech company Yandex. It does not imply the presence of the driver
(there is no place for him).
The shuttle runs on the electric motor, a single charge may be enough for 200 kilometers of driving. The bus is equipped with surveillance cameras and various censors.
The way Shuttle follows is not programmed – the bus can lay
the route in a real-time mode. The user can establish the point
of destination using a mobile phone application.
Natalia Tofas
Industrial Designer
Cape Town, South Africa
Cape Town, South Africa
Three-section Low Floor Tram R1
R1 manufactured by Uralvagonzavod (Rostec) is a low-floor tram, which looks futuristic with its black color and reversed angle
(6 grades) cabin of this type increases the driver's visibility, does not heat under the sun and avoids flashing. R1`s body is made of composite materials.
R1 has the whole new interior and exterior design and also improved technical quality. It is constructed in such way to allow installation
of customized cabin for each city.
The vehicle can contain in different configurations from 28 to 50 seats, accommodating from 190 up to 270 passengers.
(6 grades) cabin of this type increases the driver's visibility, does not heat under the sun and avoids flashing. R1`s body is made of composite materials.
R1 has the whole new interior and exterior design and also improved technical quality. It is constructed in such way to allow installation
of customized cabin for each city.
The vehicle can contain in different configurations from 28 to 50 seats, accommodating from 190 up to 270 passengers.
Alexey Maslov
Industrial Designer
Moscow, Russia
Moscow, Russia
Russian-Indian Light Multi-Purpose Helicopter KA-226T
Russian Helicopters (Rostec), Rosoboronexport (Rostec) and Indian corporation Hindustan Aeronautics Limited (HAL) registered a joint venture for production of Light Multi-Purpose Helicopter KA-226T
in India.
Newly established company plans to manufacture up to 35 machines per year with options to increase the overall production. This is the first Russian-Indian hi-tech project, realized by the Indian government under the «Make in India» plan.
The designer gives his view of the Helicopter`s outer appearance
in special coloring for the Indian Air Force.
in India.
Newly established company plans to manufacture up to 35 machines per year with options to increase the overall production. This is the first Russian-Indian hi-tech project, realized by the Indian government under the «Make in India» plan.
The designer gives his view of the Helicopter`s outer appearance
in special coloring for the Indian Air Force.
Ajinkya V. Naik
Creative Designer
Pune, India
Pune, India
Contact us
Head Office Address
24, Usacheva str., Moscow
119048, Russian Federation
+7 (495) 287-25-25
+7 (495) 987-65-00
special@rostec.ru
24, Usacheva str., Moscow
119048, Russian Federation
+7 (495) 287-25-25
+7 (495) 987-65-00
special@rostec.ru
