Sevmash launched a new production line
The “4th Production” has been launched “keeping in mind the increased volume of the defense related works as well as for the sake of timely solutions, coordination and strict adherence to the terms of the contracts”. Deputy general director for MTC has been appointed Victor Shestov, former general designer. The main scope of works of the new production line is the Indian Admiral Gorshkov aircraft carrier. After the contract was signed the ship got a new name – project 11430. At the moment 4th Production is dealing with preparing dwelling residence for Indian specialists.
Source : Regnum.ru
Home grown AJT development to cost Rs 750 crore: HAL
India’s state-run aircraft maker Hindustan Aeronautics Ltd plans to design and develop a home grown twin-engine all composite Advanced Jet Trainer at a cost of Rs 750 crore.
“We can develop the AJT in about Rs 750 crore and a period of 39 months from the clearance date,” HAL Chairman N R Mohanty told PTI here.
HAL is looking at developing an AJT as a logical upgrade over the Intermediate Jet Trainer (IJT), which its engineers developed and flew in 22 months from the drawing board stage, using technologies from the home-grown Tejas, the Light Combat Aircraft project, that is currently undergoing flight trials.
“It will be an all composite aircraft, which will have a glass cockpit with modern avionics, which can be used for combat, besides training pilots,” Mohanty said.
HAL and Russia’s NPS Saturn are jointly developing the higher thrust 1,700 kg AL-55-1 engine, which will eventually power the IJT, undergoing trials with a French Larzac engine, besides it being used for the home-grown AJTs.
Production of the First EA-18G Test Aircraft Begins
PATUXENT RIVER, Md. (NNS) — At a ceremony Oct. 22 in the Boeing Company’s St. Louis, Mo., facility, Navy and industry leadership commemorated the start up of the production line for the forward fuselage for EA-1, the first EA-18G test aircraft being built under a system development and demonstration (SDD) contract.
The EA-18G is the Navy’s next-generation electronic attack aircraft and combines the combat-proven F/A-18 Super Hornet with a state-of-the-art Improved Capability III (ICAP III) electronic attack subsystem provided by Northrop Grumman Corporation. The EA-18G will serve as the Navy’s replacement for the EA-6B Prowler, providing a capability to detect, identify, locate and suppress hostile emitters.
EA-1 will be the first of two test aircraft produced under the SDD contract covering all laboratory, ground and flight-testing.
During the ceremony, Capt. Mark Darrah, EA-18 Integrated Program lead, signaled Boeing assembly line personnel to officially begin production. Attendees watched as the first aluminum bulkhead was hoisted up and installed into the forward fuselage of EA-1. The radar ring bulkhead is a critical component of the forward fuselage, providing support for the Advanced Electronically Scanned Array (AESA) radar and the nose cone of the aircraft. This is the first of many parts in the build cycle of the test aircraft, scheduled to fly in September 2006.
Built on the same assembly line as the F/A-18E/F Super Hornet, the EA-18G retains a high degree of commonality with the Super Hornet. Boeing will begin assembly of the second test program aircraft, EA-2, in the third quarter of 2005. Initial Operational Capability for the EA-18G is scheduled for 2009.
56 EA-18Gs are included in a multi-year contract that was signed with the Boeing Corporation in December 2003. The multi-year procurement covers years from 2005-2009.
Tejas MMR – front view ( Old photo ) .

I apologize for the error.
The same photo at a better resolution.

Updated photos from the DRDO site.
BrahMos Launch and Control system


Inclined Launcher

BrahMos Loading Assembly

Mobile Autonomous Launcher for BrahMos

LCA-Tejas has completed 297 Test Flights successfully.(26-Oct-04)
TD1-105
TD2-117
PV1-75
More captures.
– Dhruv at night, landing on a ship.
– Dhruv in the Himalayas.
– A Dhruv pilot.
Hi kakarat, I do not have the video with me, but I have a few video captures from a HAL video.
Dhruv-ALH cockpit.
by MIKE A. JOHNSINGH
THE altimeter showed 21,000 feet above mean sea level, the “cell” of one Illusion-78 (IL-78) and three Jaguars cuts across the skies at close to 400 knots, and beneath was the vast and seemingly neverending blue water mass of the Atlantic Ocean. The fuel levels were dropping at approximately 36 litres a minute, and the time to tank up was close at hand. The Jaguars closed in on the large IL-78, and slowly the zebra-striped hose, the lifeline of the Jaguars, in a situation where land and runway was nearly two hours away, reeled out from the refuelling pods on the outer stations. The familiar surge of adrenaline could be felt coursing through the veins; eyes were riveted on the basket at the end of the hose, which signified life itself at that instant. Months of training automatically took over and the hands worked as if on autopilot. The throttles inched forward slowly and the air speed indicator registered an increment of two knots. The massive body of the IL filled up the front canopy, and slowly but firmly, the refuelling probe of the Jaguar moved into the small basket and mated perfectly into the coupling. The crisp call “commencing transfer of 2.5 tonnes now” echoed through the headset, the Atlantic now seemed smaller and less menacing, and Newfoundland in Canada seemed much closer. Thirty minutes behind in time, and 200 miles (321.87 km) in distance, the second cell of the “trail” goes through the same drill.
Six Jaguars, two IL-78 in-flight refuelling aircraft, two IL-76 (to carry the men and material), one flight of MANPADS (man-portable air defence systems) and two FACs participated in the exercise. A total of 200 fighters made up the team, headed by Group Captain S.J. Nanodkar. The IL-76 commander was Group Captain S.N. Mohanty, the IL-78 commander was Group Captain Shouvik Roy and the Jaguar commander was Wing Commander K.K. Khera.
Nine staging halts separated India from Alaska (a distance of 19,800 km one way) and each leg of the sortie was close to four hours. The stops en route were Doha (Qatar), Jiyankalis (Egypt), Pratia-Di-Mare (Italy), Montreal (Portugal), Lajes (the mid-Atlantic island belonging to Portugal), Gander (Canada), North Bay (Canada), Edmonton (Canada) and finally the Eielson Air Force Base at Alaska. The most difficult part of the route was the leg between Lajes and Gander, which was expected to take about four hours and 45 minutes, the entire route over the Atlantic Ocean. On this leg, a missed hookup with the fuel tanker would mean a diversion with bare minimum fuel, or a long swim in the cold Atlantic with the sharks. Before the introduction of AAR, the Jaguar was capable of flying for only two hours. Now it is capable of more than double that time, but an important factor to keep in mind is that there is no auto pilot in the aircraft. Thus, the pilot is at the controls at all times. This called for a high degree of physical fitness and mental alertness, for the weather over the Atlantic is not aviation friendly at the height at which the aircraft were flying. All the pilots had to undergo intensive practice to meet the minimum standards required to do the most taxing leg of the journey with ease.
In a four-hour plus sortie, a pilot has to remain strapped in his Martin Baker ejection seat and inflight rations (mostly chocolates and cans of fruit juice) became part of the flying kit. An aircraft seen wallowing around in the air was an indication to others that “breakfast” was in progress. The pilots also wore adult diapers as they could not get out of their seats to answer nature’s call.
Another problem was the changing time zones and the inability to get adequate sleep. The only way to combat this problem was by medication, so trials were carried out with sleeping pills. All pilots were checked for reactiveness to sleeping pills and were subsequently sent after ten hours for a sortie to check for any “deterioration” of flying skill. This was done first in a trainer aircraft and soon pilots graduated to solo fighter flying after medication. For the first time, the IAF pilots were taking medication and flying, a concept which has always been considered taboo. To take part in the exercise, normal fighter flying training was carried out. By the end of May all pilots had done the training.
On June 23, the formation, christened ASTRA, left from Jamnagar as planned at 7-30 a.m. and headed for Doha. ASTRA crossed 13 countries, landed in five, and flew over the Arabian Sea, the Red Sea, the Mediterranean Sea and finally, the Atlantic Ocean. This was a quantum jump for an Air Force that had started air-to-air refuelling just a year ago. The aircraft landed safely at Alaska on July 9 instead of July 7 owing to bad weather at Edmonton.
BRITIAN, Canada, Germany, Japan, Singapore, Malaysia, Mongolia and Sri Lanka took part in the exercise, which commenced on July 15. The Indian team was part of the `Blue Land’ forces, and had targets in `Red Land’. En route the team had to keep itself safe from `enemy’ F-16s and F-15s `camouflaged’ as MiG-21s and MiG-29s. The aim was simple; to destroy the targets and not get shot down. The first hurdle was to understand the accent and terminology used by the Americans. This was soon overcome by carrying out numerous debriefs using the digital video recording system (DVRS), which filmed the head-up display of the pilot and taped the RT calls. The other aircraft that took part were the F-18s, Tornados, Hercules transport aircraft, Airborne Warning and Control System (AWACS) and American refuelling aircraft (KC-10s and KC-135s). Operating with the AWACS proved to be a novel experience and these `eyes in the sky’ helped in preventing aircraft losses due to `fratricide’ and `enemy’ action. The targets were life-size aircraft models, hangars, surface-to-air missiles, bridges and mobile SAM vehicles, which were attacked while taking evasive action against radar-guided and infra-red tracking missile systems. The Jaguars, with their ability to fly very low, coupled with terrain-masking provided by the undulating Alaskan hills, helped in surprising the `defenders’ time and again. The pilots also had to `combat’ the Midnight Sun. As there was sunlight for more than 20 hours, one had to force oneself to sleep by simulating night in the room.
Squadron Leader Mike A. Johnsingh was part of the Indian Air Force team that participated in the multinational exercise at Alaska.
Indian pilots making ‘war plans’ with pilots of other Air Forces in Alaska
Two Jaguars on the prowl over a colourful lake with sulphur deposits
You must consider going off-topic more often. 😀
BTW, this is the grave of an IT expert.

Garry, when is the Yakhont-M supposed to be operational ?
Hi PLA,
A terse release from the ADA site.
LCA-Tejas has completed 294 Test Flights successfully
LCA has completed 294 Test Flights successfully.
TD1-105, TD2-116, PV1-73
Recently there was a lecture organized in IIT-Chennai in which Mr. P S Subramaniam from ADA gave some datapoints regarding LCA. Harry posted a summary of that on BRF.
Salient points
– The LCA has 1/3rd the RCS of contemporary light weight fighters. (ref. to Gripen and Mirage-2000). RCS measurements made with CFD-CEM (a spinoff from CFD calcs), Open range RCS tests and Internal scale model RCS tests at several DRDO labs.
– All the pilots who have flown it, rate the LCA better than the Mirage-2000-5.
– The metal strips seen on TD-1 during it’s first flight are for lightning conduction (to end speculation)
– Elevon and other actuators to be indeginised soon.
– MMR specs – Range 100+ km, TWS of 10 targets, Scan limits +- 70 and 60 deg. in azimuth and elevation. SAR/ISAR “in the works”
The IAF initially had 0 confidence in DRDO’s ability to develop an indigenous radar and wanted the set completely imported. Then, the MMR came out….after a development period of about 18 months.
– PV-1 has 3000 components less than the TD-1.
– Kaveri will be fitted onto PV-1. It will not be given up, no matter what.
– The IRST tested for the programme was a linear array (basically the same thing as the AIRTS on DRDO’s pages). Range 20-30 km for airborne targets. (aspect not mentioned)
– The current Tarang is’nt considered good enough for the production LCA. (My note : Technically speaking, it is one of the world’s best RWRs, even in the current standard). A very evolved and advanced version of that will be used, if not something new.
– One of the features mentioned was ‘adequate range to carry out strike and interdiction’.
-Newer customers for AUTOLAY include BAe and Antonov.
Another Dornier pic.
