Daily Archives: January 13, 2017

Royal Thai Army (RTA) is a avid M109 simulator user

MilSim Asia: Thailand relies on M109 simulators

11th January 2017 – 12:00 by Sompong Nondhasa in Bangkok

b2a4a657Image: shephardmedia.com

The Royal Thai Army (RTA) is an ardent user of Howitzer Crew Trainers (HCT) for its M109 crews, with their software upgraded to the latest version in 2015.

Delivered to the army’s Artillery Centre on 29 January 2003, Thailand acquired the HCTs from Van Halteren Defence in the Netherlands for a price of $2 million.

The HCT is an indoor simulator for the M109A5 155mm self-propelled howitzer, providing a realistic environment to train crews.

The HCT has three main parts. The first is the instructor station, a control section used to set training situations, and to correct, record and evaluate the results of each training session for debriefings.

The second part is the training station, a transparent compartment allowing instructors to view crews and training situations. It is arranged to mimic the interior of an M109A5 turret, and it features all the equipment needed by gunners.

The final part is the training ammunitions system, it features all ammunition types that are the same size and weight as real ammunition rounds. Gunners can select and use them in their training.

The HCTs offer the RTA artillery corps low-cost training for crews in a controllable and safe environment. It avoids the cost of live-fire training and commitment of all associated resources, plus it can be used any time.

Currently the RTA has 18 M109A5s in its inventory, these have been in service since 1994.

Original post: shephardmedia.com

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M109A5 155mm self-propelled howitzer

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The M109 was, is and will be probably for years still, the most prolific self-propelled howitzer outside Soviet Union. Although its first drawings and specifications dates back from 1959, it was upgraded to such extent that it is still today in service, upgraded time and again and integrating the best technologies each era had to offer. It was sold to about 40 countries worldwide, including several NATO’s members. Its best equivalent in popularity was the soviet 2S1-2S3 family. It also left a durable imprint on the genre, a standard upon which other SPHs were compared in the Western bloc. A veteran of Vietnam, it saw action in the Yom Kippur War, Iran-Iraq war, the gulf war and invasion of Iraq until 2014.

Protection and crew

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Armour is made of reinforced Rolled 5083 aluminium alloy (like the M113) assembled by Welding. Its thickness varies from 1.25″/75° (32 mm) on the upper and lower front, but also sides, rear, top and floor of the hull and same on the turret (angled 22° front and sides). The crew of six comprised the section chief, driver, gunner, assistant gunner and two ammunition handlers. In operation, the gunner aims the cannon traverse only while the assistant gunner aims the elevation (quadrant). This crew was reduced to only four on the M109A5 due to some automation which only the gunner and ammunition loader. NBC protection was individual up to the M109A4 variant where it became collective with sealed hatches and overpressure. Air climatisers were also introduced early on.

Armament

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The main gun is a M126 155 mm howitzer L/39 caliber with breech interrupted screw and separate loading, bagged charge. It is fitted with both a double-baffled muzzle brake and gas chamber bore evacuator (which changed in type and performance over time) to reduce recoil. Maximal elevation for the gun is a good 75° (later improved). It goes down to a -3° depression with an hydraulic and manual backup system. Maximum fire rate is 6 rpm and Sustained 3 rpm (that too was improved with the M109A5). Max traverse speed was 11°/sec. and max elevation speed was 7°/sec.

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M109A5 (1985?)

The A5 is the last cold war version of the M109, with a new M182 mount and 155 mm M284 39 cal. cannon for an effective max range of of 23,5 km in standard, but 30 km with Rocket Assisted Projectiles (RAP Rounds). The main engine was also upgraded to a Detroit 440hp diesel. The A5+ was introduced in the 1990s with a wide range of improvements, notably electronics and more modern FCS (by BAE Systems), aimed at export. This was also proposed as a conversion for regular M109A5.

Source tanks-encyclopedia.com

m109a2

Country of origin United States
Entered service 1963
Crew 6 men
Dimensions and weight
Weight 24.07 t
Length (gun forward) 9.12 m
Hull length 6.19 m
Width 3.15 m
Height 3.28 m
Armament
Main gun 155 mm
Barrel length 23 calibers
Machine guns 1 x 12.7 mm
Projectile weight 43.54 kg
Maximum firing range 14.6 km
Maximum rate of fire 4 rpm
Sustained rate of fire 2 rpm
Elevation range – 3 to + 75 degrees
Traverse range 360 degrees
Ammunition load
Main gun 28 rounds
Machine guns 500 rounds
Mobility
Engine Detroit Diesel 8V71T diesel
Engine power 450 hp
Maximum road speed 65 km/h
Range 390 km
Maneuverability
Gradient 60%
Side slope 30%
Vertical step 0.53 m
Trench 1.83 m
Fording 1.07 m

Technical M109 data military-today.com

Related news:

US offers M109 SPH to Malaysia

MTS-209 Selected to Support Thailand T-50 Trainer Aircraft

Common Armament Test Set Offers Comprehensive I-Level Test Capabilities for T-50 Aircraft

Irvine, CA. January 9, 2017 – Marvin Test Solutions’ MTS-209 Common Armament Test Set has been selected by Korea Aerospace Industries (KAI) as part of the support package for a group of T-50TH aircraft purchased by the Thai Air Force in 2015 and slated for delivery in the next 24 months. The new aircraft will replace aging L-39 Albatros trainers.

The T-50 “Golden Eagle” was jointly developed by KAI and Lockheed Martin as a multi-role trainer and has several variants, including a light combat aircraft, capable of supersonic speeds.

The MTS-209 (also referred-to as the Stores Suspension Unit Tester, or SSUT) is a state-of-the-art portable test set for various armament systems used on the F-16, F-15, F-18, T-50, TA-50, FA-50, Hawk and additional aircraft, supporting a wide range of Alternate Mission Equipment (AME) including missile launchers, aircraft pylons, and bomb racks. Based on the proven MTS-207 Rugged Field Test, the MTS-209 combines the test capabilities of an I-Level (backshop) test set in a compact, rugged, flightline-qualified enclosure. The test set’s modular design simplifies logistics, and its flexible, scalable PXI architecture enables future upgradeability to match evolving test requirements.

Original post marvintest.com

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MTS-209

mts-209Image: marvintest.com

Common Armament Test Set

  • A rugged, portable common armament systems tester for F-16, F-15, TA-50, FA-50 and other platforms
  • Field and I-level (back-shop) test capabilities
  • Supports a wide complement of Alternate Mission Equipment (AME) including launchers, bomb racks, ejector racks, and pylons
  • State-of-the-art modular PXI architecture
  • Full parametric test with built-in diagnostics
209kitwebImage: marvintest.com

Description

The MTS-209 is a state-of-the-art portable test set for various armament systems used on the F-16, F-15, F-18, TA-50, FA-50 and additional aircraft. The MTS-209 supports a wide range of Alternate Mission Equipment (AME) including launchers, pylons, and racks. It combines the test capabilities of an I-Level test set in a compact, rugged, flight-line qualified enclosure. The MTS-209 performs parametric functional tests on AME components including Launchers (LAU-117, 16S210, LAU-127,, LAU-128, LAU-129, LAU-7,etc.), bomb racks (MAU-12, MAU-50, SUU-20, TER-9, etc.), Remote Interface Units (RIUs) and Pylons. The MTS-209 can also test MIL-STD-1760 aircraft stations and weapon systems.

Features

The core design of the MTS-209 is based on the proven and fielded MTS-207: Rugged Field Test Set which has been successfully deployed worldwide. The robust and modular PXI-based design of the MTS-209 provides for upgradeability to support additional platforms and weapons systems.

The MTS-209 is controlled by a removable integrated LCD display and touch screen — the Remote Control & Display Unit (RCDU) or via a ruggedized laptop or tablet. The RCDU / laptop / tablet allow operation of the MTS-209 from distances of up to 25 feet using a menu-driven, graphical user interface (GUI). The modular PXI chassis is secured via five shock absorbers which allows the MTS-209 to meet stringent shock and vibration requirements. Built-in heaters for the PXI chassis and the RCDU allow the MTS-209 to operate in extremely low temperatures.

screen1Cables detected automatically, user alerted when cables
improperly connected – 
Image: marvintest.com
screen2Image: marvintest.com

Online cable identification

The menu-driven design of the MTS-209 simplifies operation and minimizes required training and cumbersome tech manual use during operation. A menu-driven structure, developed using ATEasy, guides the user and creates an operational environment that virtually eliminates operator errors. Cable detection is automatic and, in the event of a misconnection, clear prompts instruct the user as to which cables are required and how to identify and connect them.

Future Growth

The MTS-209 was designed to support many additional weapons systems and platforms and can be easily upgraded to test similar armament systems on additional platforms such as A-10, F-22, F-35, and F-18. MTS-209 variants such as the MTS-206, MTS-207, AN/TSM-205B, and the MTS-235 are already being used on The F-35, MC-130, and the Maverick and Hellfire missile systems (platform independent).

Maintenance and Support

The modular design and construction of the MTS-209 provides for simplified maintenance and reduced logistics. A comprehensive self-test program utilizes a self-test adapter to perform a complete test of all MTS-209 hardware including Circuit Card Assemblies (CCAs) and cables and provides troubleshooting to the faulty assembly. Using an available spare parts kits, customers can organically support the MTS-209 by replacing CCAs and cables according to self-test troubleshooting data. The high MTBF and low MTTR ensure minimal downtime and continuous trouble-free use in the harshest operational environments.

kitImage: marvintest.com

Calibration

The MTS-209 employs an innovative calibration technique that further simplifies maintenance and reduces scheduled maintenance down-time. Multiple NIST-traceable high-precision references have been incorporated into the design of the MTS-209. The test set verifies its calibration status against these references every time the self-test is performed and in the event the test set is out of calibration, the user is instructed to initiate an automated calibration procedure that calibrates the test set measurement and stimuli devices against the built-in references. The references have to be checked once every 2 years using standard PMEL equipment that can be brought to the field, eliminating the need for evacuation of the test set to the depot or the PMEL facility.

User-Defined Programs

The unique software architecture of the MTS-209 allows customers to add their own custom test programs for AME not supported by the MTS-209. This innovative architecture allows customers to do so without compromising the integrity of all standard MTS-209 test programs.

MTS-209 Specifications

UUT SUPPORT
Launchers LAU-117A (V2)
LAU-117A (V3)
LAU-88A/A
16S210
LAU-127
LAU-128
LAU-129A/A
LAU-129i/p
LAU-7
LAU-106
Bomb Racks MAU-12B/A
MAU-12C/A
MAU-12D/A
MAU-50
BRU-32
BRU-46
BRU-47
BRU-57
TER-9A
SUU-20A/A
SUU-20B/A
SUU-20 Adapter
Pylons Wing and center pylons
RIUs JRRIU
CRIU/ACRIU
MRIU/AMRIU
MIL-STD-1760 Smart
Weapons Racks
BRU-57
STAR
ELECTRICAL AND MECHANICAL
Interfaces RS-422, RS-232, USB, Ethernet, VGA
Display Sunlight-readable LCD sVGA display 600 x 800 resolution
Control Touch-screen (part of display)
Input Power 115 V / 400 Hz / 3 P with automatic out-of-sequence phase correction
ENVIRONMENTAL
Operating Temperature -40 ºF (-40 ºC) to +140 ºF (+60 ºC)
Storage Temperature -63 ºF (-53 ºC) to +158 ºF (+71 ºC)
Relative Humidity
(Non-Condensing)
95%
Altitude 15,000 ft (operating)
40,000 ft (non-operating)
Loose Cargo Vibration 15,000 ft (operating)
40,000 ft (non-operating)
Vibration (Sine) 5 G max @ 55 Hz
Shock (Half-Sine) 7 G for 10 ms (operating)
20 G for 10 ms (non-operating)
Salt Fog IAW MIL-STD-810C, Method 509.2, Procedure I
Dust IAW MIL-STD-810C, Method 509.2, Procedure I
Rain IAW MIL-STD-810C, Method 506.2, Procedure II
AMI/RFI IAW MIL-STD-461C, Part 2, Class A1f
Size 25″ x 19″ x 20″
Weight MTS-209: 75 lb
MTS-209 with cables: 180 lb
National Stock Number NSN 4920-01-604-5094

Note: Specifications are subject to change without notice.

Source marvintest.com

KAI T-50 Golden Eagle: Details

TA50

CJ-10 Long Sword / DH-10 land-attack cruise missile (DH-10 / CJ-10 / DF-10A)

The CJ-10 (simplified Chinese: 长剑-10; traditional Chinese: 長劍-10; pinyin: Cháng Jiàn 10; literally: “long sword 10”) is a second-generation Chinese ground-launched land-attack cruise missile. It is reportedly manufactured by the China Aerospace Science and Industry Corporation Third Academy and the China Haiying Electro-Mechanical Technology Academy.The CJ-10 was initially identified as the DH-10 (Chinese: 东海-10; pinyin: Dong Hai 10; literally: “east sea 10”) by media and Western analysts. The annual United States Department of Defense reports to the United States Congress concerning Chinese defence developments used “DH-10” up to 2011, before switching to “CJ-10” in 2012. Extant publications may use both terms to identify the missile. Ian Easton believes that the CJ-10 is actually the same missile as the HN-2, and that the HN-3 is the “DH-10A”.   

CJ-10 missile

df-10_150305_01

Range of fire km 2200 – 2500
Starting weight kg 1090
Length mm 6300
Diameter of the housing mm 514
Wingspan mm 3100
Turbofan engine type R95-300
Flight speed M 0.8
Combined management system inertial + satellite navigation
Carriers ground SPU , H-6K bombers and HX

Technical data bastion-opk.ru

dh-10-1cs

R95-300

r95-300

R95-300 a single-engine, turbofan. The motor has an automatic electronic control system, electric generator with an output of 4 kW and autnomní oil system. Starting a pyrotechnic. From the engine R95-300 is possible to remove air for UAV systems. Source leteckemotory.cz

CJ-10 (MISSILE)
Class Missile
Type Air to Surface
Manufacturer China Aerospace Science and Industry Corporation
Origin China

Manufacturer

China Aerospace Science and Industry Corporation

Design And Development

df-10_surface-to-surface_cruise_missile_china_chniese_army_pla_defense_industry_military_equipment_640_002

The CJ-10 may have benefited significantly from foreign technology acquired by China throughout the 1990s, notably the Kh-55 (purchased from Ukraine), and the Tomahawk (unexploded and parts purchased from Iraq, Pakistan, and Serbia). No official Chinese source has confirmed this.

Jane’s reported the CJ-10 was test fired in 2004. An August 2012 report by Jane’s indicated that a ship-bourne version of the missile may have been tested on Bi Sheng, a Chinese weapons trial ship.

The United States estimated 50-250 missiles were in Chinese service in 2008, with the number increasing to 150-350 in 2009.

DH-10 / CJ-10 / DF-10A

dh-10-lacm-4-e1462194021148Image: chinadefencetoday.com

The DH-10 (Dong Hai, or “East Sea” in English translation) is a ground-launched LACM that had been in development since the late 1990s and was tested for the first time in the Autumn of 2004. The DH-10 may have been developed from the Russian Kh-55 technology, but with a much shorter range –1,500 to 2,000 km as opposed to the 3,000 km range of the Kh-55. The missile is guided to its target by an integrated INS/GPS augmented by terrain contour mapping and possibly also digital scene matching, giving an estimated accuracy of under 10 m CEP, allowing it attack fixed, high-value land targets.

The missile features a cylindrical body with two retractable wings, four foldable tailfins as well as a concealed belly engine inlet. It is stored and transported inside box-shaped launchers, with three missiles carried on each Wanshan WS2400 8 x 8 TEL vehicle.

DH-10 / CJ-10

dh-10-lacm-2DH-10 / CJ-10 – Image: chinadefencetoday.com

The DH-10 was revealed to the public for the first time during the military parade in October 2009 to celebrate the 60th anniversary of the founding of the PRC. However, the missile’s designation was reported as the CJ-10 (Chang Jian, or “Long Sword” in English translation). The 2010 U.S. DoD report to Congress estimated that by December 2009 China had deployed about 200 to 500 DH-10 LACMs and 45 to 55 launchers.

DF-10A

df-10a-1-e1462194250845DF-10A – Image: chinadefencetoday.com

During the Victory Day military parade held in September 2015, an improved variant of the DH-10/CJ-10 was revealed. The missile features a new 8 x 8 TEL vehicle and slight different arrangement in its box launchers. The new LACM was reported as the DF-10A (Dong Feng, or “East Wind” in its English translation), the same name for the PLA’s strategic and theatre ballistic missiles. Source chinadefencetoday.com

df-10a-4-e1462194438552DF-10A – Image: chinadefencetoday.com
Image:  freebeacon.com

Variants

CJ-10
CJ-10K
Air-launched version with a 1500 km range; may be carried by the Xian H-6K.
DF-10A
Ground attack cruise missile. Reportedly a stealthier, more accurate, version of the CJ-10.
“DH-2000”
Supposedly a supersonic version of the DH-10A.
CJ-20
Air-launched version of the CJ-10. Reportedly been tested on the Xian H-6; each bomber may carry four missiles externally.
YJ-100
Anti-ship missile version with an 800 km range, launched by H-6 bomber and Type 055 warship

Source wikiwand.com

KD-20/CJ-20

h-6_140119_02H-6M bomber with KD-20 variant on under wing pylon

The flexibility of the DH-10 is its greatest strength. The 1550 mile-ranged H-6K bomber can carry 7 KD-20s (the DH-10’s air launched variant), giving the PLAAF the ability to reach Pacific targets distant as Hawaii. The Type 052D guided missile destroyer and Type 093A nuclear attack submarines can carry DH-10s in their vertical launch systems; sea-launched DH-10s can cover over 90 percent of all global land mass. The next generation of this family will be the YJ-100, a proposed DH-10 anti-ship variant that will have an onboard radar and 800km range, potentially China’s answer to the U.S. Long Range Anti-ship Missile.

More broadly, future Chinese cruise missiles are likely to branch off into two families, one optimized for stealth, and the other focused on hypersonic flight. China is already investing large amounts of money into hypersonic engines and stealth technology; stealthy cruise missiles would be used to achieve operational surprise while hypersonic missiles would run past heavy enemy defenses. Other advancements would likely include electromagnetic attack technology, datalinks and distributed sensors/networks and improved AI to autonomously hunt targets in denied environments. Source popsci.com

H-6K bomber: Details

Type 052D destroyer: Details

Technical specifications

missiledefenseadvocacy.org

Main material source onwar.com

*Note – Info is very scarce 

Wanshan WS2400 8 x 8 TEL vehicle

wanshan_ws2400_l1Image: military-today.com

The Wanshan WS2400 is a heavy-duty high mobility chassis. This special wheeled chassis was designed to carry ballistic missiles and other weapon systems. It is widely used by Chinese armed forces.

Older Wanshan trucks have been based on Soviet designs. The WS2400 evolved from the WS580, which in turn was based on a Soviet MAZ-543. Later production models were based on Belarusian MZKT designs, but benefit from German technology transfer. These are fitted with German engines and transmissions.

It seems that the WS2400 has a payload capacity of 22 000 kg. It is used as a launcher vehicle for a number of missile systems, such as DF-11 short-range ballistic missile. Also there are some other applications of this 8×8 wheeled chassis.

Vehicle has a forward control cab with 4-doors. It accommodates driver plus around 7 passengers.

The WS2400 is powered by a Deutz turbocharged diesel engine, developing 517 hp. This engine is license-produced in China. Engine is located behind the cab. It is mated to ZF automatic transmission. Vehicle has an 8×8 configuration. Vehicle is fitted with a central tyre inflation system. Tyre pressure can be adjusted by the driver while the vehicle is on the move, to suit the terrain type that is being crossed. Vehicle has good cross-country mobility and can operate off-road. Fuel consumption is around 70l/100km.

Vehicle can operate in climatic conditions, ranging from -40°C to +50°C.

Entered service ?
Configuration 8×8
Cab seating 1 + 7 (?)
Dimensions and weight
Weight (empty) 19 t
Payload capacity 22 t
Length 11.44 m
Width 3.05 m
Height 2.97 m
Mobility
Engine Deutz diesel
Engine power 517 hp
Maximum road speed 75 km/h
Range 650 km
Maneuverability
Gradient 60%
Side slope 30%
Vertical step 0.5 m
Trench 2.5 m
Fording 1.2 m

WS2400 data military-today.com