The new MoU between Aselsan and Eurojet also point to an EJ-200 derivative being the choice of engine for the TF-X.
Another issue- if the contracts are not watertight, then the OEM can get away with lower than what ToT was initially agreed upon. This isn’t specific to India alone. The South Koreans are pissed off with Airbus over the Surion where certain technology that was supposed to have been transferred by Airbus, wasn’t transferred, or not transferred to the level the South Koreans expected. But now Airbus will likely just claim that KAI wasn’t in a position to absorb those technologies and the South Koreans may not have any contractual way to do anything about it.
If anything, the GoI is doing the right thing. Making the contract as close to being watertight as possible when it comes to ensuring that Dassault has to transfer tech and ensure that it does all it can to avoid delays. There will still be loopholes, that for sure cannot be avoided, but the MoD will have to do its best to protect HAL in case Dassault doesn’t deliver in time or plays hardball later.
That’s a bit like asking Dassault if they really mean to adhere to a contract they are signing. For crying out loud, it’s a legal agreement. Both parties are bound by the terms and conditions of a contract when they sign on the dotted line. The question you should ask yourself if you don’t think the other party is going to adhere to the contract is this: should I be making a contract with this other party?
The issue it seems, is that Dassault has reservations over the penalties that may be applied to it, should it not manage to deliver its end of the deal on time. But the GoI is well within its rights to seek penalty clauses from the OEM, should they be the cause of delays to HAL’s deliveries. And the fact that HAL was the party mandated to get ToT and assemble Rafales was part of the RFP itself. Dassault really shoudn’t have questioned that part of the RFP after having initially agreed to it and securing L1. Already the L1 tag seems to be spurious, since miscallenenous items have jacked up the price significantly.
again, “what we guys perfectly get” is that Dassault should be liable for its own job (making aircraft, supplying good parts, jigs, documentation and so on)
everybody says that. what you don’t seem to get is that Dassault, once it has done its job properly, supplied everything as it should, it can’t be held liable for what HAL does next
But how do you know that Dassault is agreeing to what it’s responsibility in this entire matter is? Everyone is commenting on this issue without knowing any of the real specifics and the target is HAL since they have a reputation for tardiness that they’ve got themselves to blame for in the past. But based on what the DPP stated, the liability is for Dassault supplied parts, kits, jigs/fixtures, docs and labour. Nowhere does it state that Dassault will have to take the entire responsibilty for HAL’s work. That seems to be an internet argument that has arisen from some articles that are VERY POOR in the specifics.
Look, if an AWST (not even FG, since it sources its info from some Indian journos) had gone into the details of this impasse and we had the true details, we could comment- as of now, Western posters are just siding with Dassault based on the assumption that somehow HAL is trying to push its responsibility onto Dassault- which most likely isn’t the case. HAL isn’t a Reliance Industries. They know how to build modern fighters. HAL has a big stake in the success of the MRCA and despite being a PSU they have no motive to scupper the MRCA or delay it so that Dassault gets shafted.
And, the Rafale isn’t built from space dust that only Dassault has the ability to manufacture it to the required specs and in time. As it is, the first 60 odd Rafales will be nearly entirely built in France and only assembled at HAL facilities. Dassault appears to be playing hard ball to try and get the best deal possible and in this hullabaloo over liability, the big escalation in the price of the deal from Dassault’s end is seemingly getting lost on posters.
Not really.
Dassault says –
It complied with the RFP as written.
As written, the RFP does not require it to guarantee HAL’s work.
It’s not possible for it to guarantee HAL’s work, because it doesn’t have authority over HAL.You’re saying it’s for Dassault to explain how it would do something it says is impossible for it to do.
And you have read the RFP to be so sure that the GoI and MoD are definitely wrong whereas Dassault is right?
If costs are going to be such a big factor then the Boeing-Saab consortium may not be in too good a position with a clean-sheet design offering..adding the costs of research and development to the price tag will make their offering quite a bit costlier, especially when compared to the Hawk and M-346 offerings.
Indian 2013 procurement manual…
Where is the liability clause???
doesn’t it clearly state that the Production agency shall be entitled to liquidated damages if the OEM delays in supply of FF, SKD, CKD and IM kits? That’s where the whole rub lies- Dassault is unwilling to take responsibility for the resulting delays that may be caused from its end of supplies to the Rafale assembly line in India.
Belgium has made public the preperation survay for the F-16 replacement program (ACCSP or Air Combat Capablity Successor Program)
the allocated budget should be somewhere near 4 Billion Euro’s for the acuasition of about 40 aircraft.at the moment, the Lockheed F-35A and Dassault rafale F3R are the prefered favorites.
other aircraft in the running are the SAAB JAS-39E/F Gripen-NG, Eurofighter Typhoon (tranche 3) and the Boeing F/A-18E/F Super Hornet (possibly Advanced SH version).Ful document: Here
4 billion euros for 40 F-35s or Rafale F3Rs?? No way they’ll manage to get so many for such a small budget going by the Japanese, South Korean purchases of the F-35 and the Rafale offers in Switzerland, Brazil and India.
India, does not have the knowhow and expertice to build the different fan stages of and AL-31FP, nor do they build the Nozzles of the engines.
They only do overhauls of engines there.That was one of the important part in small letters they forgot to ink when they first signed up for the MKI’s contract.
why do you keep repeating the same thing without bothering to even look up google for a bit?
HAL Koraput products range page
They even manufacture the single crystal blades for the AL-31FP
It has already established a facility for production of single crystal blades for Sukhois, which can further support India’s missile and unmanned combat aerial vehicle (UCAV) programmes.
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The Sukhoi (Su-30 MKI) engine facility is a marvel by itself with some of the gen-next technologies already being used, including a robotic welding system. Speaking to OneIndia, Rajaram Mohanty, Officiating General Manager (Sukhoi Engine Divison), said that a total of 23 engines have been made from the raw material phase now.“The division has so far manufactured close to 280 engines (AL-31FP) for the Sukhois, while around 158 have been overhauled. The first engine from the raw material phase was rolled out during 2011-12. We are also fully equipped for the long testing (three months) of Sukhoi engines,” says Rajaram.
India to ramp up amphibious capabilities
The Ministry of Defence (MoD) had re-issued a request for proposal (RFP) to Indian private sector shipyards in September to build four amphibious assault ships, also called the Landing Platform Docks (LPD) in naval parlance. Each of these will approximately cost Rs 6,000 crore and are expected to deliver over the next 10 years.
Each of these ships will be anything between 35,000 and 40,000 tonnes. The Indian shipyards have been asked to locate their own foreign collaborator. “The bids have come in,” a source in the Navy said. The RFP was sent to ABG, Larsen & Toubro (L&T), and Pipavav Defence and Offshore Engineering.
The successful private shipyard and its foreign collaborator will be given order for two such ships and the two others will be made by the MoD-owned Hindustan Shipyard Limited, Visakhapatnam, at the same price being paid to the private builder.This signals an important change in the long-term strategic plan as this will be huge jump over the existing capability of launching offensive sea-borne. The LPDs are essentially the first step towards increasing capability to launch “out-of-country operations”.
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The size of the LPDs indicates the Indian Navy’s growing amphibious warfare capacity. As of now, the biggest such variety of vessel is INS Jalashwa, a 16,900 tonne ship. Another five warships classified as Landing ship tank large (LST-L) are some 5,600 tonnes each, another four ships are just 1,100 tonnes and lastly the smallest are 650 tonnes and six of these are in service. Forces that move across sea are referred to as “amphibious task force”. At present, India has the capability to move a Brigade, some 5,000 men, using the lone LPD, INS Jalashwa, along with a fleet of five smaller 5,600-tonne (LST-Ls) each of which can carry 10 tanks, 11 combat trucks and 500 troops.Each of the new LPDs will have three times the capacity and have multi-role helicopters, including heavy lift helicopters to provide even greater flexibility.
Foreign shipbuilders offering such ships include DCNS of France, Germany’s ThyssenKrupp Marine Systems, Fincantieri of Italy, South Korea’s Hanjin Heavy Industries & Constructions Co and Navantia of Spain.India has sought a vessel of 213 metre, endurance at sea for 45 days, the vessel must be able to house combat vehicles (including main battle tanks, infantry combat vehicles and heavy trucks on one or more vehicle deck), and the vessel should be able to undertake all-weather operations involving heavy lift helicopters of up to 35 tonne.