Technology for Strengthening Parts of MC-21 and SJ-100 is Being Developed at IRNITU
The roller burnishing process will improve the quality of low-rigidity components and reduce stress in assemblies and units
IRNITU
"Smart" equipment for assembling MC-21 wings is being developed by young engineers at IRNITU
University specialists have created a comprehensive solution for manufacturing 25-meter double-curvature wing panels
An IRNITU engineer developed a domestic equivalent of a pylon for the Embraer 170 in the interests of S7 Airlines
A pylon project based on VT6 alloy could become the foundation for servicing the Embraer fleet in Russia
A new technology for manufacturing the Mi-8 helicopter blade fairing was developed by an engineer at IRNITU
The elastoforming method is ready for implementation at the aircraft plant
High-Tech Drill for MC-21 Fuselage Developed in Irkutsk
IrNITU's innovative tool can drill composite, steel, titanium, and aluminum with high precision
We Can't Live Without the Sky: Aircraft Construction Rates in Russia to Quadruple
New Rostec equipment will increase the productivity of a number of aircraft parts manufacturing processes
Lightweight and inexpensive: impact-resistant steel composite developed in Irkutsk
The material was created using additive technologies
A New Method of 3D Printing Developed at ISTU for Creating Polymer Tooling for Stamping Sheet Metal Aircraft Parts
The new method allows tooling to be created four times faster: in 12 hours instead of 48 hours