World ATTACK Helicopters

aksha

Captain
light combat helicopter Td3 AERO INDIA 2015

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aksha

Captain
Indian Light Combat Copter Goes Through Cold Tests

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Cold weather trials of India's Light Combat Helicopter were carried out at Air Force Station, Leh early last month. “The trials covered engine starts with internal batteries after overnight cold soak at 3 km altitude and 4.1 km altitude”, HAL chairman T. Suvarna Raju has said in a statement. The engine starts were satisfactory in the temperature of minus 18 degree C at 4.1 km, the flights were also carried out to assess high altitude performance and low speed handling, the statement said.

The LCH prototype, TD2 was ferried from Bangalore to Leh and the flight trials were carried out involving customer pilots from Air Force and Army and with the participation of representatives from RCMA (H/c) and DGAQA (H/c).
“Light Combat Helicopter (LCH) Technology Demonstrator TD-3 made its maiden flight in November last year and the TD-4 is likely to fly soon. The IOC is expected in the later part of this year and to achieve this we are concentrating on building more prototypes and increase the number of flights to reduce the lead-time for IOC”, Raju said.
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aksha

Captain
the HAL LCH aero india 2015

the maneuver at 1:15 and 3:47 is interesting
&
it can move backwards as well,didnt know helicopters could do this, 2:51

 

Miragedriver

Brigadier
I was going to place this post in the Ospry thread, but I decided to place it here even though it is not a “combat Helicopter”, it can still be used in a support roll

Tilt rotors do have some major problems.

Can't have door guns, asymmetric lift causing the
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when one engine is lost, can't fly high enough to avoid AA, can't fly low enough to hide from it, escort helicopters are too slow to keep up with the tilt rotor transports.

Honestly, I hope Russia avoids tilt rotors like the plague.

with that said, Kamov has made some interesting fast moving gunships and transports which are not tilt rotors.

Ka-34
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Back to bottling my Grenache
 

strehl

Junior Member
Registered Member
Can't have door guns, asymmetric lift causing the
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when one engine is lost, can't fly high enough to avoid AA, can't fly low enough to hide from it, escort helicopters are too slow to keep up with the tilt rotor transports.


V-22 self defense gun is a belly mounted Gatling (I can hunt for the video later). The V-22 engines are cross-linked so if one goes out, power is still maintained to the other rotor.
Service ceiling of the V-22 is 25,000 ft and it can get there a lot quicker and with less fuel than a traditional helicopter. Not sure what AA (I assume you mean artillery?) reaches that high and is widespread. As for flying low, I assume you mean "nap of the Earth" flying. I would bet AFSOC does a lot of NOE flying and you can find V-22's going through the "Mach Loop" in Wales to see what I mean.

The V-22 is very popular with ground troops precisely for these reasons. Plus it also doesn't vibrate like a paint-shaker when at full speed. Yet I would agree with you on one thing. It would be nice if nobody else developed or deployed them.
 

Miragedriver

Brigadier
V-22 self defense gun is a belly mounted Gatling (I can hunt for the video later). The V-22 engines are cross-linked so if one goes out, power is still maintained to the other rotor.
Service ceiling of the V-22 is 25,000 ft and it can get there a lot quicker and with less fuel than a traditional helicopter. Not sure what AA (I assume you mean artillery?) reaches that high and is widespread. As for flying low, I assume you mean "nap of the Earth" flying. I would bet AFSOC does a lot of NOE flying and you can find V-22's going through the "Mach Loop" in Wales to see what I mean.

The V-22 is very popular with ground troops precisely for these reasons. Plus it also doesn't vibrate like a paint-shaker when at full speed. Yet I would agree with you on one thing. It would be nice if nobody else developed or deployed them.

Thank you for the information. Yes, I would be interesting in seeing that video if you have time to find one. I assumed that the US military would have taken the precautionary steps to ensure that rotation of the other rotor if there was a mechanical failure or battle damage to one of the powerplants. However like a helicopter if that cross linkage is disrupted (damaged or likewise) the aircraft would suffer loss of flight control (which is what I was alluding to). Nice to know that it does not have the vibration associated with a regular helo. I rode in a UH-1N and my insides are still shaking (and that was 30 years ago)


Is this what you where referring to as the remote weapon system?
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The only thing that bothers me about the V-22 is the cost at $us 72 million. The Mi-17 is between $us10 to $us15 million per unit. When bullets start to fly and aircraft are being taken down….it gets very expensive.
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Thanks for the info



Back to bottling my Grenache
 

TerraN_EmpirE

Tyrant King
As to "Can't fly high enough to avoid AAA" that is not really because of being a tiltrotor as it is about the choice not to pressurize the cabin. If osprey was pressurized it would have a much higher operational altitude. And in theory a tilt rotor could have door guns... It would just need to be designed to avoid the threat of shooting into them. As to escort helicopters well that more of a problem of not having companion assets. If Bell or Sikorsky have there way by the late 2020s there will be attack and escort aircraft with speed to keep up.
This all said right now Russia seems to be more Interested in compound helicopters then Tilt rotors see KA92, Mil Mi-x1
 
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