You see this big boys here? Guess who is it?
United States Navy 7th fleet [USS 7th fleet]
It’s based in Japan and it’s sole purpose is to maintain power balance in Indo-Pacific region along with other allies including India against any Chinese domination in International waters. At present, it is the largest of the forward-deployed U.S. fleets, with 60 to 70 ships, 300 aircraft and 40,000 Navy and Marine Corps personnel.
Now it’s certain these ships requires lot of maintainance and it can’t be done by some Joker, guess who is the maintainance contractor?
ANS: RDEL [Proof: Reliance Defence to maintain USN's 7th Fleet ships]
Perhaps this alone is sufficient to settle down the fact that “AMBANI HAS NO EXPERIENCE IN DEFENSE BUSINESS”.
Now let’s come to said deal
It remains a no brainer to say Ambani has no experience of Defense sector or knowledge about it, that’s a utter crappy logic let’s take an solid example:
Ever heard of Lockheed Martin?
Yes the one which has churned legends like F-22, SR-71. It’s the biggest arms manufacturer on this planet
Who is it’s CEO?
Marillyn Adams Hewson
You know her education?
It’s nowhere closely related to the field concerned neither engineering nor applied science.
She is a BBA and a Master of Arts in Economics.
Anil Ambani is a BSC and MBA.
Education wise their is not much difference albeit Anil Ambani does have a STEM background.
Now he is not going to have to go to the factory personally and personally make those products, he has the finacial resources with which he can hire appropriate people who can get his job done same stands with him buying out Pipavav Yard same applies to him joining hands with Dassault albeit this time Dassault shall provide the technical know how and Know-what and Reliance will be the Indian host to Dassault to enter Indian Markets as DPP only allows foreign company for 100% FDI only under automatic route which is not the case here.
Here several points are to be remembered:
- Rafale will be bought off the shelf from France and all of it will be completely manufactured by France and In France.
- Reliance doesnot have any job to do regarding Rafale.
- Reliance will not alone be benefited by offset clause, it is JV of Dassault and Reliance called DRAL in Nagpur that will cadre to the offset clause.
- DRAL will manufacture composite nose cones for Dassault’s Falcon passenger jet, which has lucrative market in India keeping in mind the UDAAN scheme that requires smaller chartered flights.
Other projects:
Reliance Defence speeds up Rs 2,500-crore patrol vessel project
Now I will debunk the exprience lie further?
Let’s get into some technical detail.
The nose cones are basically a composite material made of various kinds of composites.Because they protect sensitive instruments while allowing electronic signals to pass through, nose cones – also known as radomes – must be made from specific materials. These materials often include fiberglass, quartz, honeycomb and foam cores; as well as various chemical resins. All comes under various types of Composites.
Further divided into A-Sandwich and C-Sandwich, Sandwich radomes tend to offer better performance over narrow frequency bands, making them the preferred option for military and scientific applications.
A-Sandwich radomes are comprised of low-dielectric foam or a honeycomb core between two slender laminates.
A C-sandwich radome is made up of three skin layers and two foam layers. The solidity of each foam layer can be tuned for ideal RF performance, allowing for many probable constructions that offer high-quality RF performance and mechanical strength. C-sandwich also provides better performance than A-sandwich radomes.
[More at :Honeycomb structure - Wikipedia, Aircraft Nose Cone Construction and Maintenance]
Now since same RDEL is related to ship business for a long while here comes the next part how even ship building has composites manufacturing and application playing vital part.
Composite materials have been used in the marine industry for a number of years. The more traditional applications for composites include gratings, ducts, shafts, piping, hull shells, etc for several decades. Wood and ferrocement are some of the other composites techniques that are still being used for marine applications.
Marine Composite Materials
Ferrocement
Ferrocement is probably the earliest use of composites in the Marine industry, used for developing low-cost barges. A steel frame formed of reinforcing rod that is covered with chicken wire, is used as a 'template' to form the hull by pouring cement around the template. It is then plastered with ferrocement and then cured. Although it is an inexpensive composite, armature corrosion is a common problem under chemically aggressive marine conditions. However, there are still a number of ferro boats in use today.
Glass reinforced plastic
Glass fibers became available just after the development of polyester resins. Glass reinforced plastic boats came into existence since the early 1950s and are a significant composite construction technique in Marine applications today.
Wood/Adhesive Composites
Wartime requirements led to the development of 'hot molded' and 'cold molded' boat building techniques based on laying thin wood veneers over a frame. On the other hand, high-performance, urea-based adhesives have also been widely developed for molding marine hulls and in aircraft manufacture to help speed up the production process and reduce dependency on Aluminum and steel.
Aramid fiber Composites
Aramid fibers are being widely used to strengthen sailing yacht structures like keel and bow sections. Also, Aramid Fiber composites also have improved shock absorption characteristics, perfect for ocean racing applications.
Carbon fiber
Carbon fibers are increasingly used for sailboats, furniture on super-yachts and high strength interior moldings as they offer vessel stability benefits and high performance with minimal weight.
So if RADA is making composites part for aerospace they are not completely new to it ,they have been in composites application, Defense Business, but in marine defense application here they just stepped in aerospace composites application. Hence they are new to aerospace but neither to defense nor to composites technology.