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There have also been unforeseen delays in the joint engine effort by DRDO and Snecma for a robust 90kN turbofan engine, based on the M88 ECO core and meeting the minimum performance requirements of the IAF and Navy. Negotiations on technology sharing and intellectual property have taken the better part of the two years, though a top official confirmed that a contract between DRDO and Snecma is likely to be signed within the year.The joint effort, in effect, calls an end to the Kaveri K9 programme as it stands. What it does is propose to quickly build a 90kN thrust turbofan and offer it off the block to the IAF and Navy for their Tejas Mk.1s. The Kaveri-Snecma engine, in twin configuration, could also power Indias advanced medium combat aircraft (AMCA), though that is still well into the future.
DRDO sources confirm that Snecma will transfer several key technologies as part of the joint engine programme, which include single crystal blades, bladed disk and EBPVD (electron beam plasma vapour deposit coating), all critical areas that the Kaveri engine has failed to find solutions to within the country, though not for lack of trying. Programme managers believe single crystal blade technology will be a major solution to one of the Kaveris biggest problems deformation of blades during testing as a result of high ambient temperatures. This has proved to be a severe limiting factor, considering that structurally solidified blades have structural integrity that comes nowhere close to single crystal structures. According to sources, it is negotiations over the modalities for single crystal blade technology that has taken so long, though the end is finally in sight. Several DRDO labs and the MDNL have tried for years to create an indigenous SCT solution, but so far without success.
The tie up with Snecma will launch the Gas Turbine Research Establishment (GTRE) into an all-new league, and will involve modern forging, welding and casting techniques for the first time. Unlike the Kaveri K9 programme, the K10 programme (the official designation for the proposed effort with Snecma) will be professionally monitored from the outset, with hard timelines and investments. The work share model has been hammered down, and scientists are confident that they have extracted a competitive contract from the French. Initial reservations about sharing certain technologies were ironed out following the slew of military contracts that went Frances way, the last being the substantive Mirage 2000 H/TH upgrade programme.
Almost the entire work force that has been dedicated so far to the Kaveri [9] will be diverted to the K10 effort with Snecma. Scientists foresee challenges in absorbing the technology, but are confident that they will achieve goals once the contract is signed and the effort flagged off. A senior GTRE scientist says, We have the will and the base technologies. We understand fully well what our shortcomings are, and are eager to deliver a full performance engine to the customer. Gone is the time when we can stay in the lab indefinitely saying we will come up with certain technologies by ourselves. The French will help us cut down on development time. And we will both deliver an engine that will power Indian aircraft. Everybody wins.
Kaveri turbofan programme seeks extension | idrw.org
DRDO sources confirm that Snecma will transfer several key technologies as part of the joint engine programme, which include single crystal blades, bladed disk and EBPVD (electron beam plasma vapour deposit coating), all critical areas that the Kaveri engine has failed to find solutions to within the country, though not for lack of trying. Programme managers believe single crystal blade technology will be a major solution to one of the Kaveris biggest problems deformation of blades during testing as a result of high ambient temperatures. This has proved to be a severe limiting factor, considering that structurally solidified blades have structural integrity that comes nowhere close to single crystal structures. According to sources, it is negotiations over the modalities for single crystal blade technology that has taken so long, though the end is finally in sight. Several DRDO labs and the MDNL have tried for years to create an indigenous SCT solution, but so far without success.
The tie up with Snecma will launch the Gas Turbine Research Establishment (GTRE) into an all-new league, and will involve modern forging, welding and casting techniques for the first time. Unlike the Kaveri K9 programme, the K10 programme (the official designation for the proposed effort with Snecma) will be professionally monitored from the outset, with hard timelines and investments. The work share model has been hammered down, and scientists are confident that they have extracted a competitive contract from the French. Initial reservations about sharing certain technologies were ironed out following the slew of military contracts that went Frances way, the last being the substantive Mirage 2000 H/TH upgrade programme.
Almost the entire work force that has been dedicated so far to the Kaveri [9] will be diverted to the K10 effort with Snecma. Scientists foresee challenges in absorbing the technology, but are confident that they will achieve goals once the contract is signed and the effort flagged off. A senior GTRE scientist says, We have the will and the base technologies. We understand fully well what our shortcomings are, and are eager to deliver a full performance engine to the customer. Gone is the time when we can stay in the lab indefinitely saying we will come up with certain technologies by ourselves. The French will help us cut down on development time. And we will both deliver an engine that will power Indian aircraft. Everybody wins.
Kaveri turbofan programme seeks extension | idrw.org