The camera is mounted on a bullock cart.sanjaykumar wrote:One question-how does ISRO get the rocket to do those jumping maneuvers from top to bottom and side to side for the DD cameraman?

The camera is mounted on a bullock cart.sanjaykumar wrote:One question-how does ISRO get the rocket to do those jumping maneuvers from top to bottom and side to side for the DD cameraman?
As per ISRO,nirav wrote:The discussion in ISP and lugging dead weight keeps coming up regularly in this thread.
I'd just like to say, if ordinary jingoes like us know about the advantages/disadvantages of them,it's beyond doubt that the people@ ISRO who design and build and launch these rockets are aware of them.
They are too busy getting the sh!te bombed out of them by the pakisCom'on. Where is the brishit rona dhona? How is an ISRO launch successful without a few hundred brishits whining about their aid money!!!
http://economictimes.indiatimes.com/new ... 003892.cmsSRIHARIKOTA (ANDHRA PRADESH): Indian Space Research Organisation (ISRO) will work on launching vehicles with "electric propulsion system" so that large satellites can be sent into space by the agency, its Chairman A S Kiran Kumar said today.
Asked whether ISRO would make use of the facility at French Guiana, he said for the next satellite GSAT18, weighing about 3.3 tonnes and scheduled for launch on June 28 and another satellite weighing 5.8 tonnes would be done from there.
"We have a six-tonne satellite in principle. It is possible to be realised using electric propulsion. So we have already started using electric propulsion system. (Even) GSAT-19 (launched today) carries an electric propulsion system. So, we have successfully tested that," he said.
The massiveness or impressiveness is lost because aam admi has no reference framework to compare. That is why Rahul M's elephant analogies etc help aam admi and people like me.Varoon Shekhar wrote:The achievement is so massive and impressive, that it shuts up even those idiots in the UK. But I may be speaking too soon, give it a few hours or days
The GSLV – MKIII D1/GSAT-19 mission takes India closer to the next generation launch vehicle and satellite capability," Prime Minister Narendra Modi posted on his Twitter account.The rocket boasts a powerful engine that has been developed in India over many years. Programme managers hope to reduce reliance on European engines that have propelled some of India's spacecraft in the past.The GSLV Mk III rocket carried a satellite weighing more than three tonnes into a high orbit above Earth, a landmark achievement as India had struggled to match the heavier payloads of other space giants."They just launched the most powerful engine in India. It is a cryogenic engine, which took them 20 years to develop. Some engineers have spent their life working on this," Mathieu Weiss, a representative in India for France's space agency CNES, told AFP.
The launch is another feather in the cap for scientists at ISRO, who won Asia's race to Mars in 2014 when an Indian spacecraft reached the Red Planet on a shoestring budget.That feat burnished India's reputation as a reliable low-cost option for space exploration, with its $73 million price tag drastically undercutting NASA's Maven Mars $671-million mission.
ISRO is also mulling the idea of missions to Jupiter and Venus.India is vying for a larger slice of the booming commercial satellite business as phone, internet and other companies seek expanded and more high-end communications.In February India put a record 104 satellites in orbit from a single rocket, surpassing Russia which launched 39 satellites in one mission in June 2014.The rocket's main cargo on that occasion was a 714-kilogram (1,574-pound) satellite for Earth observation but it was also loaded with 103 smaller "nano satellites", nearly all from other countries.Although India has successfully launched lighter satellites in recent years, this latest rocket is capable of carrying a massive four-tonne payload into high orbit -- twice the capacity of its predecessor, ISRO says.The Indian-made capsule was designed to carry up to three astronauts but ISRO said it would take at least another seven years to reach the point where a crew could be put into space.
“As far as Mk III is concerned, we are planning two launches every year,” he [Kiran Kumar] said.
I do not know about ISRO's plans., but in all honesty - here is what I think (& hope) the outlook will be., given what we have and what we do not:negi wrote:Disha and Co what are your views on CE 7.5 and the CE 20 ? Have we ditched the staged combustion cycle or we have plans for bigger engines to replace the L110 which may employ the staged combustion .
Very interesting. Any supporting data or science behind this statement?prasannasimha wrote:In the dense atmosphere cost wise the solid rocket booster is still the best to produce a high thrust economically.
That is called the-rain avoidance. It could be raining up there and the batti/fire of the rocket might go out with water being more dominant than fire. So the rocket jumps to avoid the rain.sanjaykumar wrote:One question-how does ISRO get the rocket to do those jumping maneuvers from top to bottom and side to side for the DD cameraman?
In the 60s science mags for kids used to say that by 1990 people would have flying cars like Jetsons or movement by jetpacks and there would be colonies on the moon and under the sea. House cleaning & services would be by robots. There would be supersonic transport across the world and wars would be fought with laser weapons. Pollution was non existent. Third world was also non existent. Third world demand was non existent.Singha wrote:I dont think anyone in mid 80s could have correctly predicted the boom in media and internet after 1991. i dont recall any such visionary articles and i used to read the telegraph and chindu end to end those days incl the science supplements of the chindu which stood unrivalled.
those days the maruti omni was state of art for middle class aspiration and premier 118NE a show off car for rich people. there was no cellphone service in india at all , DD was 4 hrs from 5:45pm to 10ish and a wierd Teletext box atop the TV was being tried out in MTNL only.
its tough to be a agile in long science intensive projects like cryo engines ..... i think 30% bigger is a good post to aim for.
Oh.. The business world is RIFE historically with that kind of bad "predictions" . Case, I know quite well myself.Singha wrote:I dont think anyone in mid 80s could have correctly predicted the boom in media and internet after 1991.
Mine too. Top it off with an ogival heat shielddisha wrote:
My wishlist: The S-200 can replace the S-139., the tank size of both the second stage vikas and CUS can be increased (by increasing the diameter to 3.2 mtrs) and engine uprated.
Look at GSLV-Mk III launch profile. 52% of the velocity gain comes from the cryogenic engine., but it is the massive thrust from the solids which takes it out of the atmosphere layer., the second stage sustains the thrust and increases the velocity marginally and then cry-stage gives it a good kick.tandav wrote:Very interesting. Any supporting data or science behind this statement?prasannasimha wrote:In the dense atmosphere cost wise the solid rocket booster is still the best to produce a high thrust economically.
That too!Indranil wrote:Top it off with an ogival heat shield
Don't be dishearthened. The venerable PeePeeSee put up an atricle with nice cartoons yesterday. And today top of Asia page is Adhoti's book which is deemed bigger news.Picklu wrote:Com'on. Where is the brishit rona dhona? How is an ISRO launch successful without a few hundred brishits whining about their aid money!!!
Still no links of comments sections of such esteemed news sites shared here for reading pleasures of lazy bums like moi.
No respect for sacred traditions, the quality of posting in BRF is going down the drain day by day, I tell ya![]()
The coverage of the launch has been euphoric, and often colourful, with websites comparing the rocket to the weight of 200 elephants, or five jumbo jets.
Isro hopes that the rocket, called the "monster" by one newspaper, will be able to carry an astronaut to space by 2024
Yes , Gas Generator is simpler to develope than SC Cycle .... ISRO studies showed that the Isp gain for SC cycle vs GG was not worth extra effort required for developement of SC cycle ..... hence they decide to go with GG .Kakarat wrote:I read somewhere that CE-20 is Gas Generator because its less complicated to develop than stage combustion cycle
There is also an CE-60 under development using stage combustion cycle for TSTO RLV application
With SpaceX taking off they retain advantage on the cost aspect as well as the growing Agni series meant that the two speculated reasons for USA to do what it did is no longer necessary. Hopefully ISRO doesn't see any artificial blocks.Singha wrote:let us not forget this man - Nambi narayanan
he started the liquid engine work at vssc and his team went on to build the vikas engine and must be working on the sce200 now.
the shadow lords in delhi and trivandrum who took money from 3 letter agency to implicate him are still walking free today.
wiki says the kerala govt is even now yet to pay the 10L compensation that court had ordered to pay more than 15 years ago.
India needs massive commsat infrastructure for a different reason. We need some cheap and scalable way to backhaul mobile (last mile being the cell tower) data back to the POPs, with 5G (which we should be planning for already) we can basically blanket the country with coverage. Imagine cell phone connectivity in remote villages in the North East or in Maoist infested areas in Orissa/Bihar! Mobile connectivity has been the single biggest change for the better in lives of ordinary Indians and a gateway to all sorts of commerce and other opportunities for everyone.Singha wrote:if netflix type OTT plays takes off and eclipses cable and satellite tv, a good chunk of the satellite market would vanish. people would take such OTT tv via broadband 100mbps and cast it to their tv using chromecast type sticks.
there is no particular lack of fiber in india to serve the richer 50% of people who all mostly live in towns, but getting 100mbps to each home will take some time.
I believe a HD stream is around 3 mbps so even 25mbps is plenty enough to surf internet from other devices or have multiple devices streaming content.
here, its not BSNL or Airtel who is doing much, but new hungry players like ACT broadband. airtel minted money on some 4mbps DSL lines for years and years until ACT kicked its behind , now belatedly it rolls up ethernet to home and fiber to kerb.
my two kids have already abandoned the tv except for sports/natgeo and get all their music and cartoons off youtube.
thats a downer prasannasimha ji !prasannasimha wrote:Thats a bird
shiv wrote:That is called the-rain avoidance. It could be raining up there and the batti/fire of the rocket might go out with water being more dominant than fire. So the rocket jumps to avoid the rain.sanjaykumar wrote:One question-how does ISRO get the rocket to do those jumping maneuvers from top to bottom and side to side for the DD cameraman?
But dont you read that India doesnt have toilets and it is funded of british taxpayers moneyImage building must be taken seriously. The days when ISRO has to be defensive about its work, or the days where India has to be on the defensive about a space programe need to be over