February 13, 2014

ARES Aims to Provide More Front-line Units with Mission-tailored VTOL Capabilities



U.S. military experience has shown that rugged terrain and threats such as ambushes and Improvised Explosive Devices (IEDs) can make ground-based transportation to and from the front lines a dangerous challenge. Combat outposts require on average 100,000 pounds of material a week, and high elevation and impassable mountain roads often restrict access. Helicopters are one solution, but the supply of available helicopters can’t meet the demand for their services, which cover diverse operational needs including resupply, tactical insertion and extraction, and casualty evacuation.

To help overcome these challenges, DARPA unveiled the Transformer (TX) program in 2009. Transformer aimed to develop and demonstrate a prototype system that would provide flexible, terrain-independent transportation for logistics, personnel transport and tactical support missions for small ground units. In 2013, DARPA selected the Aerial Reconfigurable Embedded System (ARES) design concept to move forward.

“Many missions require dedicated vertical take-off and landing (VTOL) assets, but most ground units don’t have their own helicopters,” said Ashish Bagai, DARPA program manager. “ARES would make organic and versatile VTOL capability available to many more individual units. Our goal is to provide flexible, terrain-independent transportation that avoids ground-based threats, in turn supporting expedited, cost-effective operations and improving the likelihood of mission success.”

ARES would center on a VTOL flight module designed to operate as an unmanned aerial vehicle (UAV) capable of transporting a variety of payloads. The flight module would have its own power system, fuel, digital flight controls and remote command-and-control interfaces. Twin tilting ducted fans would provide efficient hovering and landing capabilities in a compact configuration, with rapid conversion to high-speed cruise flight similar to small aircraft. The system could use landing zones half the size typically needed by similarly sized helicopters, enabling it to land in rugged terrain and aboard ships.

It is envisioned that the flight module would travel between its home base and field operations to deliver and retrieve several different types of detachable mission modules, each designed for a specific purpose—cargo pickup and delivery, casualty extraction or airborne intelligence, surveillance, and reconnaissance (ISR) capabilities, for instance. The flight module would have a useful load capability of up to 3,000 pounds, more than 40 percent the takeoff gross weight of the aircraft.

Units could direct the flight modules using apps on their mobile phones or ruggedized tablets. Initially, the system would be unmanned, with a future path towards semi-autonomous flight systems and user interfaces for optionally manned/controlled flight.

ARES is currently in its third and final phase. Lockheed Martin Skunk Works ® is the lead vehicle design and system integration performer for Phase 3 of the program.

Stealth Warships on the Seas




February 10, 2014

More from Defexpo 2014, New Delhi, India


DCNS Naval Expertise at Defexpo 2014, New Delhi, India





General Atomics showcased its Electromagnetic Aircraft Launch System at Defexpo 2014


US Company General Atomics showcased its Electromagnetic Aircraft Launch System (EMALS) at Defexpo 2014, New Delhi, India.

Navy Recognition learned that eventhough the technology would have to be cleared for export by the US congress,General Atomics is activelly seeking to export the system to potential customers such as India, Brazil and even France in the future.

Electromagnetic Aircraft Launch System (EMALS) is a complete launch system designed to replace the existing steam catapult currently being used on aircraft carriers. The USS Gerald R. Ford, the first ship of the CVN-21 Future Aircraft Carrier Class, will use electromagnetic launch systems.

EMALS provides:
Reduced Manning Workload
Reduced Thermal Signature
Increased Launch Availability
Reduced Topside Weight
Reduced Installed Volume
Launch capability for unmanned aerial vehicles

February 9, 2014

Indonesian Air Force Draws Up Shopping List





Boasting one of the fastest growing economies in the world is allowing Indonesia to invest much-needed funds in its military. After years of stagnation caused by the 1997 financial crisis, leading to most of Indonesia’s military acquisition programs being cancelled, the situation deteriorated further when the U.S. imposed an arms embargo in 1999 that lasted until 2005.The Indonesian Air Force (TNI-AU) entered into only one major acquisition program during that period, procuring Su-27 and Su-30 Flankers from Russia to bolster its aging fighter fleet. The TNI-AU had never ordered Russian aircraft after the failed communist coup in 1965 but it was left with no option after Western companies stuck to the arms embargo.

This deal led to a pair of Su-27SKs and two Su-30MKs being delivered to SkU 11 [Skadron Udara (SkU)–air squadron] at Hasanuddin, Sulawesi, in August/September 2003, followed by three Su-30MK2s in late-2008/early-2009 and a trio of Su-27SKM variants in 2010.With military budgets set every five years, the armed forces are now drawing up a shopping list for 2015-19. Local industry, particularly PT Dirgantara Indonesia (PTDI), will play a major part in how this money is spent. The past 15 years has not been kind to the company; it was hit massively by the 1997 crisis. However, in July 2011, EADS-Airbus Military signed a strategic collaboration with PTDI to assist with revitalizing Indonesia’s national aerospace industry, mainly by growing PTDI’s manufacturing output. The two companies enjoy a long-standing manufacturing relationship, which goes back to the days of CASA and PTDI’s predecessor: IPTN.

While PTDI is an important supplier of the C212 and CN 235 light/medium transport and surveillance aircraft to Airbus Military, it also works closely with another EADS company, Eurocopter. In July 2011, Eurocopter signed a new teaming agreement with PTDI consisting of industrial cooperation as well as marketing Eurocopter products to the Indonesian government for use in the domestic market. The partnership between the two companies began 35 years ago, and has seen some 130 BO-105s, 11 SA330s and 20 AS332 Super Pumas built under license production at Bandung. An assembly line was set up for the Super Puma in 2008, integrating PTDI into Eurocopter’s global supply chain.Some believe PTDI does not provide the military value for money, but nonetheless it will become a major benefactor from the 2015-19 budgets, even if the fighters will take much of the money as they did in the previous five years.

Fighters

After the initial acquisition of nine Flankers, the Indonesian MOD signed a $470 million contract with JSC Rosoboronexport on Dec. 29, 2011, for six more Su-30MK2s, delivered in February, May and September 2013. A close source has told AIN that the Russian aircraft have been “troublesome,” with usual issues concerning spares.After the OV-10 Broncos were withdrawn from use several years ago, the TNI-AU (Tentara Nasional Indonesia Angkatan Udara–Indonesian Air Force) was left with no close-air-support aircraft until eight Embraer Super Tucanos were ordered in November 2010. The first four were handed over to SkU 21 at Abdulrachmen Saleh (Mulang) during the third quarter of 2012 following a ceremony in Brazil on Aug. 6, 2012. A contract for a second batch of eight aircraft was announced on July 10, 2012, with deliveries expected in 2014.

In May 2011, the TNI-AU ordered 16 Korean Aerospace Industries (KAI) T-50Is in a $400 million deal, with the first two being delivered on Sept. 11, 2013. All 16 were to have been delivered by the end of 2013, but delays meant that only 10 had been delivered by then and the rest should have arrived before the Singapore show started. The T-50Is, fitted with gun and weapons pylons, will eventually replace the Hawk Mk 53s of SkU 15. Six have been delivered in the colors of Elang Biru, the TNI-AU’s jet aerobatic team.A $750 million FMS deal to acquire 24 upgraded F-16 Block 32IDs was agreed with the U.S. government in November 2011. The contract comprises 19 single-seaters and five dual-seaters, with the first four aircraft due in mid-2014, followed by four every three months. Work on the jets is under way at Ogden Air Logistics Center, Utah, where a TNI-AU Project Office comprising six people has been set up. The aircraft will be delivered initially to SkU 16, based at Madiun-Iswahyudi, until the infrastructure at Pekanbaru is ready. Their arrival will allow the aging fleet of six F-16As and three F-16B Block 15s to go through a Falcon Up upgrade. The F-16s have suffered spares shortages in recent years, but these issues have not been limited to F-16s.

The fleet of 33 multi-role Hawk 109/209s delivered to SkU 1 at Pontiniak and SkU 12 at Pekanbaru in the mid-’90s has been hit particularly hard, especially with issues stemming from the Adour Mk 871 engines.The fleet of 11 F-5s that was upgraded by SABCA (now Belgian Aerospace) in the late-1990s was grounded twice during 2013. Even if spares problems are resolved, the veteran fighter will soldier on only until 2018, so funds are likely to be earmarked for a replacement in the 2015-19 budget. One solution was the new K-FX (Korean fighter) program the Indonesians were jointly developing with Korea. However, in late 2012 the South Korean government put an 18-month hold on this $8 billion project that should have led to 50 K-FXs being delivered to the TNI-AU and 200 to the ROKAF. A first batch of five was scheduled for delivery to Indonesia in 2020, but the project is more likely to be cancelled. As a result, the money is being spent overhauling nine C-130Hs acquired free of charge from the Royal Australian Air Force and buying six CASA 295s for a special-mission fit.There is speculation the TNI-AU could now acquire former USAF F-15s to replace the F-5s, while RFIs have also been sent to Saab (Gripen), Dassault (Rafale) and Eurofighter.

Surveillance

With some 17,000 islands making up the world’s largest archipelago, Indonesia needs to maintain a modern airborne maritime surveillance fleet in a bid to confront increasing threats from pirates, smugglers and terrorists. This led the TNI-AU to order another much needed CASA CN 235 maritime patrol aircraft (MPA) in 2012, with a Telephonics system and Star Safire HDI FLIR turret. Delivery is expected in 2015. The order comes six years after the first and only MPA was delivered to SkU 5 at Madassar.An initial requirement for three MPAs led to a contract being signed with Thales in 1996, but a single aircraft was delivered, with an AMASCOS 200 system, and the other two remained as basic transport aircraft with SkU 5. With obsolescence now creeping in, PTDI has been contracted to replace the Thales Oceanmaster radar with Telephonics’ AN/APS 143C3 maritime radar.

There is also an urgent requirement for a SIGINT platform, which could be purchased during the next five-year budget plan, in 2015-19. It is likely one of the CASA 212s serving the TNI-AU will be upgraded with new systems. The three aging Boeing 737-200 Surveiller Side-Looking Airborne Modular Multi-mission Radar (SLAMMR) aircraft are in desperate need of replacement, and speculation is the TNI-AU will go for an increased number of CN 235-220s with SIGINT systems on board to replace them.

Transports

The TNI-AU relies predominantly on PTDI for its medium-to-small airlift needs. Five CN 235s operate with SkU 2 at Halim, replacing five Fokker 27s grounded in 2012 after a fatal accident. They work alongside three CASA 295s of 10 on order. There is a keen interest in acquiring special-mission systems for an additional six CASA 295s, with Texas-based ATK offering their palletized gunship system.There are currently two tactical airlift squadrons in the TNI-AU: SkU 31 at Halim-Perdanakusuma operates a mix of C-130H-30s, L100-30s and C-130H; while SKU 32 at Abdulrachman Saleh flies 10 C-130B/Hs, including two KC-130Bs tankers that represent the TNI-AU’s sole air-to-air refueling capability. With close links to Airbus Military it is likely they will be replaced by two A330MRTT hose/drogue and boom aircraft.As a result of acquiring the nine ex-RAAF C-130s, a third C-130 unit, SkU 33 will stand up at Makassar. There is a real need to provide support to the Sukhois and this should be the solution, with tactical needs in the region also being covered. It is not clear whether the new C-130s will actually be SkU 32 assets, or if they will be split among all the units.

Helicopters

Helicopter training takes place at Kalijati with SkU 7 on 50-year-old Bell 47G Soloys. These stalwarts are used by newly qualified pilots fresh from Yogyakarta for basic helicopter training. Their short-term future is secure because the unit’s EC120 Colibris are also being used to cover SAR detachments. Longer term, 12 EC135s on order will replace the operational role of the EC120, allowing it to revert to the training role for which it was acquired, and easing the Soloys into retirement.SkU 6 at Atang Senjaya near Bogor flies four of 18 Super Pumas ordered in 2000. Another three NAS332L1s with SkU 45 at Halim are being used in the VIP role alongside two Eurocopter-built AS332L2s. Also based at Atang Senjaya is SkU 8, which flies a handful of NSA330 Pumas. Six EC725s have been ordered for the Special Forces role and should be delivered in 2014-15 to a new unit, SkU 9 at Kalijati. It is not clear if they are taking up the slack that the Super Pumas failed to deliver.

Pilot Training

Pilot training is carried out at Yogyakarta with SkU 101, instructing students on the AS202 Bravos, flying 120 hours on elementary training. However, the Bravo’s days are expected to end within the next few years, as the TNI-AU ordered 18 Grob G120TPs in 2012. The first batch of 10 aircraft was delivered in 2013, and a further batch of eight are to arrive in 2014. Modernization of the Flying Training Academy got under way in 2003 when SkU 102 took delivery of 16 KT-1T Woongbees for instructor training. Longer term there is also a need for a basic trainer replacement.
The next five-year budget, for 2015-2019, will be set in mid-2014 and projects such as airborne early warning and control (AEW&C), tankers, new fighters, SIGINT aircraft as well as new weaponry are all under review. It is unlikely the Russians will figure highly in any future acquisition.

February 8, 2014

USAF Unmanned QF-4 drone crashed Friday





Officials continue their investigation of a QF-4 drone that crashed five miles west of Holloman off of Runway 22 in the White Sands National Monument Friday morning, a spokeswoman said.Dunes Drive inside the monument will remain closed until further notice.
The unmanned QF-4 drone was assigned to the Detachment 1, 82nd Aerial Targets Squadron and is a tenant unit at Holloman assigned to the 53rd Weapons Evaluation Group.Capt. Stephanie L. Schonberger said U.S. Highway 70 West and WSNM were closed in advance due to the unmanned aircraft's routine training mission.
"We're working closely with the Parks Service because clearly we're on their property," Schonberger said. "It's going to affect their operations and visitors for the weekend. There is no threat to the public at this time. The cause of the crash is unknown at this time. We apologize for any inconvenience this might cause."She said the QF-4 was conducting a test mission.
"There was an unmanned QF-4 drone flying with an piloted F-4 manned chase plane with a pilot actually in the cockpit," Schonberger said. "There's always somebody in the cockpit of the F-4 tailing the unmanned QF-4 and watching what's happening with the drone. Those aircraft always fly over the Monument in their approach to land at Holloman. It's a pretty normal flight pattern in going over the monument. That's when it crashed."The QF-4 is one of HAFB's target drones, she said.
"It's an F-4 Vietnam era fighter that's been converted to a remote controlled airplane used as a target plane for other aircraft to shoot down," Schonberger said. "The plane that crashed did not have a pilot and was being controlled remotely. It didn't damage any buildings or structures. No one was injured in the accident. Based on where it went down, Dunes Drive on the monument is closed because there could be debris on the road. Right now, the area is cordon off for safety."Beginning Saturday, our folks will be in there on the ground and really looking at things closely. They will be figuring out what needs to be moved. Our goals here is the safety of park visitors, our folks and getting the opened again."
She said the U.S. Air Force will convene an Accident Investigation Board and a Safety Investigation Board to look into the aircraft crash that occurred around 9 a.m. Friday.White Sands National Monument spokeswoman Rebecca Wiles said it's common practice to close Dunes Drive as a precautionary measure to ensure public safety during missile tests when flight paths include airspace over the monument.
"The closure of Dunes Drive Friday morning before the missile test ensured no injuries resulted from the accident," Wiles said. "The White Sands visitor center and gift shop will remain open from 9 a.m. until 5 p.m. Dunes Drive will remain closed indefinitely while staff from Holloman and White Sands Missile Range investigate the crash site. There is no visitor access to the sand dunes, picnic areas or hiking trails while Dunes Drive remains closed for the investigation and cleanup."Friday's crash follows a QF-4 crash in July 2011 where a manned version of the aircraft crashed near Hope. The pilot safely ejected and was unharmed in the 2011 crash. The last two unmanned crashes occurred at Holloman in August 2006 and September 2004.
The supersonic QF-4 is a reusable full-scale, remotely piloted aerial target modified from the F-4 Phantom. The QF-4 provides a realistic full-scale target for air-to-air weapons system evaluation, development and testing. Holloman is one of two bases to operate the QF-4, with the other being Tyndall Air Force Base, Fla. The QF-4 is being replaced by the QF-16, a supersonic reusable full-scale aerial target modified from an F-16 Fighting Falcon.

DefExpo India 2014 photos

Courtesy Noam Eshel  defense update

12.7mm ‘Kord’ 6P59 heavy machine gun from the Russian weapon manufacturer Degtyerev.

A group photo of Mahindra’s armored vehicles – from left to right: Rakshak Plus, Marksman and BP Scorpio.

The Kalyani Group has developed an upgrading program for the BMP-II. The legacy turret is replaced by remotely controlled Samson MkII design, clearing much needed space inside while reducing more than half ton in weight.

Arjun Catapult and Weapon Locating Radar

Arjun Catapult and Weapon Locating Radar

Arjun MK2 and Brahmos Weapon System in background

Arjun MK2 MBT

Arjun MK2 MBT

Arjun MK2 showing the special modular armor and turret-mounted remotely controlled weapon station.

Tata Advanced Systems Ltd. (TASL) displayed the ‘Cruiser II’, a mini-drone originally developed by the Slovenian company ETAIR-UAV.

Brahmos Weapon System

CBRN Mini UGV will be tele-operated to scout an area suspected for contamination

DAKSH IED handling robot. Foreground: RUDRA gun mounted ROV


New Indian Bofors Gun 'Dhanush' At Defexpo

New Indian Bofors Gun 'Dhanush' At Defexpo

New Indian Bofors Gun 'Dhanush' At Defexpo

RUDRA gun mounted ROV UGV

DRDO Rustom 2 UAV – an indigenous Medium Altitude Long Endurance (MALE) drone developed to address India’s reconnaissance needs.

Saab BAMSE SR-SAM On Ashok Leyland Truck

Saab BAMSE SR-SAM On Ashok Leyland Truck

Saab BAMSE SR-SAM On Ashok Leyland Truck

Saab BAMSE SR-SAM On Ashok Leyland Truck

Saab BAMSE SR-SAM On Ashok Leyland Truck

TATA motors Kestrel Light Armored Reconnaissance Vehicle (LARV)


TATA motors Kestrel Light Armored Reconnaissance Vehicle (LARV)

TATA motors Kestrel Light Armored Reconnaissance Vehicle (LARV)

The Kestrel LARV was displayed at DEFEXPO mounting a Kongsberg 40mm remotely controlled carrying two Javelin missiles. 

he Russian TOR M2 system was displayed here mounted on a TATA Motors truck chassis. Russia is proposing the TOR M2 for India’s Short Range Air Defense Missile (SRSAM) program.


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