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Is this Abhyas drone?

How it's possible to achieve Mach 5 using GT engines?


It is rocket launched (from what I read from the post above).

The main speed is imparted by the rocket boosters... GT is just to sustain flight.

This is my guess, that's all.
 
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It is rocket launched (from what I read from the post above).

The main speed is imparted by the rocket boosters... GT is just to sustain flight.

This is my guess, that's all.
AI-2013 post also mentions that it cruise at 5 km and Hyper sonic flight at this altitude would generate a lot of drag.
 
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I don't think we will be able to make a drone which can fly at that speed. Most probably it can fly at 1.5 mach speed. someone must have mistook it for mach 5 speed. BTW if it flies over mach 5 with maneuverability then most of the SAM & AAM will not be able to counter it. Same situation like Su 25. Then comes the strategic thinking to counter it. just my thoughts.
 
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I don't think we will be able to make a drone which can fly at that speed. Most probably it can fly at 1.5 mach speed. someone must have mistook it for mach 5 speed. BTW if it flies over mach 5 with maneuverability then most of the SAM & AAM will not be able to counter it. Same situation like Su 25. Then comes the strategic thinking to counter it. just my thoughts.
Mate,1.5 mach powered by 24kg thrust is impossible IMO.
I guess they typed 5M instead of 0.5M.
 
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Mate,1.5 mach powered by 24kg thrust is impossible IMO.
I guess they typed 5M instead of 0.5M.

If people would take a good look at the AI 2013 poster, you'll see clearly that the max speed is 0.5 Mach.
Not 5.0 Mach. Its written on the left-side "maximum speed" column 0.-- and then it reads 5 on the right column.

So its 0.5 Mach. Its actually slower than Lakshya itself. The only difference being Lakshya is re-usuable while
Abhyas is the other way round. But its ferry range is like 500km.
 
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This is it all about:

Abhyas High Speed Expendable Aerial Target (HEAT)

Abhyas High Speed Expendable Aerial Target (HEAT) is an expendable high speed unmanned aerial vehicle that acts as a realistic aerial target for testing surface-to-air and air-to-air missiles.

Abhyas is designed for autonomous flight with the help of an autopilot. Its RCS as well as Visual and IR signatures can be augmented for weapon practice. It can also play the role of a jammer and decoy.

Abhyas Flight Profile

Abhyas, derived from the Lakshya - PTA, is launched from a mobile launcher using two 68mm boosters that are jettisoned after burnout.

A small gas turbine weighing 2 kg then powers the vehicle during the cruise phase.

Abhyas Characteristics

Length: 2385 mm
Diameter: 180mm
Weight: 75 kg
Engine Thrust: 24kg
Ferry Range: 500 km
Altitide: 5,000m
Max Speed: 0.5M
Endurance: 45
Turn: 2GFuel: Jet AI / ATFC

Progress

Design and fabrication of the prototype has been completed.

An engine to power the Abhyas has been identified and integrated with the airframe. A test run of the engine with the aircraft fuel system and S-Airintake has been completed.

Abhyas completed its first experimental launch without engine on June 23, 2012.

Abhyas High Speed Expendable Aerial Target (HEAT)
 
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Bangalore: Abhyas, a high-speed expendable aerial target (HEAT) drone, is taking definite shape at the hangars of Aeronautical Development Establishment (ADE). The scientists are now working on the propulsion and control systems to be fitted onboard Abyas, taking the project closer to it's final configuration. Kept under wraps till Aero India-2013, Abhyas is tipped as the younger brother of Lakshya, a pilot-less target aircraft (PTA), now being extensively used by the three wings of Services.
In an interview to Express, ADE director P S Krishnan confirmed that Abhyas has already undergone a proof of the concept, pre-project trial at the Defence Research and Development Organisation's new test-range in Chitradurga. “The first experimental launch (minus the engine) of Abhyas was held last year at the Chitradurga range. It was the first ground-based trial held at the new range. We are now working on a small gas turbine engine weighing 19 kg having a thrust of 25 kg to be fitted on to Abhyas,” Krishnan said.
He said in order to put the project on a fast-track, ADE scientists have used the the same toe-body of Lakshya. “We have sized the wings and tail plane in proportionate to that of Lakshya so that we are able to get the final product at the earliest. We have conceived a launcher and also identified two 68-mm rockets for Abhyas. The first experimental flight successfully demonstrated the launch and configuration capabilities,” Krishnan said.
With an endurance of 25-30 minutes, Abhyas will be fitted with sensors and is GPS-enabled. It will have onboard actuators, a flight control computer and a miss-distance indicator. The project was sanctioned with an initial DRDO funding of Rs 15 crore and ADE will roll out 15 Abhyas technology demonstrators (TDs) in the next two years.
The Services have floated a combined global tender projecting the requirement of 225 HEAT drones and ADE says it will not be bidding for the same. The Indian Navy wants HEAT platforms so that it can do away with the post-launch recovery modes, which are time-consuming and difficult in a huge scenario like the sea. “In addition to being a stable vehicle for weapon practice, Abhyas can be used as an effective jammer platform. Every bit of onboard systems come for Indian industries, which makes Project Abhyas special in many ways. ,” Krishnan said.
He said ADE is confident of getting Abyas straight away on to the production mode, once the TDs are accepted by the Services. Around 50 scientists are working on Project Abhyas at ADE now. In the HEAT vehicle category, the Mirach integrated aerial variants from Italy are said to be the best in the business now, and only time will tell whether India's Abhya will better its might.
 
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