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Showing posts with label military. Show all posts
Showing posts with label military. Show all posts

Monday, August 4, 2014

Special Operations Assault Rifle (SOAR): A Filipino innovative assault rifle

Development

Fascination for guns and a dream of once joining the military are what led the Filipino twin brothers (Ferdinand and Francis Sy) to the arms industry. But it was a controversial armed robbery in the Philippines in the 90's wherein robbers outgunned police that made Ferdinand and Francis pursue their passion. They wanted to come up with a modern firearm that is accurate, easy to use and durable.

“The mission of FERFRANS way back in 1994 was to really give an edge to the Philippine National Police-Special Action Force. To give them the edge in combat through weaponry,” said Francis as interviwed by ABS-CBN.

The FERFRANS logo 
FERFRANS started in 1998 developing specialized equipment for law enforcement and military. Although all products were manufactured or sourced in the United States, it was the operational requirements of the Philippine National Police Special Action Force (PNP-SAF) and specialized military units in the United States that motivated FERFRANS to design and develop its products.

The challenges of the PNP-SAF during that time and in the present became very complex. They have to deal with multiple threats from, the communist New Peoples Army (NPA), the muslim insurgents (MILF and MNLF), terrorist groups (Abu Sayyaf, Jemaah Islamiyah), and organize crime. Also, in this day and age of terrorism, the line between conventional and unconventional warfare has diminished as well as the grey line between military and law enforcement operations. Special operating units in urban centers today, conducting hostage rescue will be the same troops that will battle insurgents in the jungles tomorrow. Unconventional warfare has evolved to irregular warfare so a new breed of warriors are created and together with it a new weapon system.

FERFRANS SOAR

The FERFRANS SOAR
The main feature of the FERFRANS SOAR is its patented Delayed Sear Activation System. It is a me- chanical device that reduces the cyclic rate of full-auto fire of the M16 / M4A1 type rifles from 850-900 rpm to 550-680 rpm. This system does not only reduce the cyclic rate of fire but also reduces the velocity (Impact Stress) of the bolt carrier assembly as it goes into battery making the rifle very controllable and smooth in full-auto fire. Reliability is increased because impact stress is reduced considerably and heat is reduced. Burst controlled fire can be achieved with just a simple squeeze of the trigger as the time between shots are slower and the tempo is constant. The effect is immediate Controllable Accurate Full Auto Fire. Another advantage of the RRS is for short barreled rifles and the use of suppressors.

Features:
  • Reduced Cyclic Rate of Fire
  • Rail Handguard with Rail Covers
  • Removable Carry Handle
  • 6 Position Retractable Stock
  • Machine Gun Chrome Bore Heavy Barrel
  • Slidable Independent Sear Disconnector
  • Muzzle Brake
  • Side Tactical Sling Attachment
  • Aluminum or Stainless Steel Magazine with Non- Tilting Follower
Specifications:


FERFRANS SOAR specs taken from its website

FERFRANS SOAR P

The SOAR P (Piston version of the soar) was developed as early as 2008. This further increase the benefits of the SOAR by changing the gas system with a short stroke piston system with the independent sear disconnector enhancing the capability of the rifle to fire without draining the water in “over the beach” operations.

Features: 
  • Operates in almost any environment
  • Sustained Full-Auto Fire w/ Low Chamber Heat
  • Full Control of Accurate Full-Auto Fire
  • Reduces Possibility of Cook-Off
  • Increases Parts Longevity
  • “Over the Beach” Operations Capable
Specifications:

FERFRANS SOAR P specs taken from its website
Other FERFRANS products include the SCW (Sub-Compact Weapon), HVLAR (High Volume Light Automatic Rifle, SOACR (Special Operations Adaptable Combat Rifle), and the RMGL 403 (40mm Rail Mounted Grenade Launcher). We will discuss these weapons on the next blog entries.

Source: 
FERFRANS
ABS-CBN

Photo: 
FERFRANS

Friday, August 2, 2013

Mechanical Anti-terrorist Concept (MAC): the Philippines' first bomb disposal robot

The MAC bomb disposal robot
Bomb disposal is the process by which hazardous explosive devices are rendered safe. Bomb disposal is an all encompassing term to describe the separate, but interrelated functions in the military fields of Explosive Ordnance Disposal (EOD) and Improvised Explosive Device Disposal (IEDD), and the public safety roles of Public Safety Bomb Disposal (PSBD) and the Bomb Squad. Though properly equipped and highly skilled, bomb disposal activities still pose danger to bomb disposal personnel. Thus, remote-controlled robots have been developed to take the hazardous job.

In the Philippines, where terrorism poses a great threat and terrorists often use bombs to create fear among the public, such device is important. The first locally-made bomb disposal robot is MAC (Mechanical Anti-terrorist Concept). It is developed in collaboration between the Philippine National Police and a robotics team from Mapua Institute of Technology and costs roughly $6,100 as of 2008. Its chief designer is Engr. John Judilla, head of the robotics team of MIT and one of the country’s top engineers in the multidisciplinary field of mechatronics and who is also a naval reserve officer.

MAC is two feet tall, three feet wide and five feet long. It is made of aluminum, fiberglass, and engineering plastic. It is equipped with a mobile arm that can lift objects weighing up to 11 pounds. It features a front and rear cameras and has a night-vision capability. The four wheeled vehicle runs off motorcycle batteries, and can move at up to four meters a second or 15 kilometers per hour. Though MAC is controlled via a 150 foot cable, with the operator viewing the video feed on a laptop it can also be operated via remote control depending on the situation. MAC, which weighs about a hundred pounds, can carry up to 44 pounds of equipment, and future versions will carry different types of equipment.
Engr. John Judilla, MAC's chief designer

MAC was presented to the public in October 2008 and inducted into the Makati City police force conferred a Police Inspector rank equivalent to a captain in the military. In the same month, MAC won as the grand champion during the year’s World Cup of Computer Implemented Inventions Competition held in China.

In November of the same year, the Philippine Navy expressed interest to acquire enhanced and navalized version of MAC capable of operating in water under Project Smart. Funding for the project was taken under the Self-Reliance Defense Program (SRDP) 2009 budget of the Armed Forces of the Philippines (AFP) modernization.

If MAC will be put into mass production with lower production costs, quality engineering and talented individuals to develop further the technology, Philippines will become a source of a cheap alternative to countries that need bomb disposal robots that can’t afford expensive units from developed countries like the United States.

Source: 

Photo Credit: 

Thursday, July 11, 2013

Hummingbird: the first Philippine-made helicopter

The PADC Hummingbird in flight in 1980's
Today, the Philippine government rely most of the hardwares from foreign suppliers. But don’t you know that Filipinos are capable of designing and developing their own? Many Filipino inventors had proved this. In the field of transportation, one can’t forget the famous moon buggy used by the American astronauts, the hydrogasifier engine, the water-powered car, the solar-powered car, etc. and many other unsung inventions that only few people know.

I have featured two fixed-wing crafts in my previous articles --- the under development Wing-in-Ground (WIG) vehicle and the Defiant 300 which was built decades ago and not realized into production due to the lack of government support. Do you know that Philippines produced its indigenous helicopter? Yes, it is!

The helicopter is known as the Hummingbird. It was designed and developed by the Philippine Aerospace Development Corporation (PADC) which also developed the Defiant 300 aircraft in 1980’s. It was basically an improvement of the German MBB Bo 105 helicopter. After the initial development stage, it was later deactivated due to budgetary constraint.

It was not until July 1997 when President Ramos authorized spending for the project. The PADC undertook the development effort. Ramos was succeeded shortly thereafter by President Estrada, whose government immediately conducted a review of the Hummingbird program along with the Defiant. The review concluded that the two projects, which were only a year old at that point, were likely to be unjustifiably lengthy and expensive. As a result both were immediately terminated and added to the list of Filipino inventions that became scraps.

Hummingbird's present form
Another factor was that the Hummingbird was in fact essentially an unlicensed copy of the MBB/Eurocopter Bo-105C and Eurocopter had threatened to sue the Philippine government. PADC had been involved with the assembly and maintenance on the helicopters, first acquired during the 1970s. To avoid the impending legal battle the PAF destroyed the prototypes. As of 2012, no attempt had been made to revive the Defiant or develop another helicopter program.

Source:
globalsecurity.org

Photo:

wikipedia.org
globalaviationresource.com

Wednesday, July 10, 2013

Defiant 300 aircraft: ingenious Filipino invention

Another invention of Filipinos that became “trash” due to the lack of support from the government is the Defiant 300 aircraft. It proves Filipinos ingenuity in developing military hardware that poses capability in defending the country from threat if further improved. The Defiant 300 is a prototype turboprop aircraft designed for light attack, counter insurgency (COIN), close air support, aerial reconnaissance missions in low threat environments, as well as providing pilot training. It was made through the cooperation of Philippine Aerospace Development Corporation (PADC), Philippine Air Force (PAF) and the Philippine Aerospace and Sciences Foundation (PASF) in 1986. It was designed to operate in high temperature and humidity conditions in extremely rugged terrain and very suitable in the type of conditions that the Philippines’ have.

The Defiant 300 aircraft
Only one prototype was completely built and another one in an incomplete airframe. The aircraft made its first flight in 1987 which lasted in little more than an hour. The brain and the main designer of the plane was Capt. Panfillo Villaruel who also contributed to the design of the first indigenously built PADC Hummingbird helicopter.

The Defiant 300's fuselage was composite construction (wood and fiberglass) and was powered by a 300 hp Lycoming piston engine. Landing gear was taken from the Beech T-34 and provided by the PAF. The intent of the program was to provide the PAF with a trainer and light strike aircraft similar in performance to the Brazil’s Tucano. The Defiant 300 was to have been followed by a larger version equipped with a turboprop engine and designated the "Defiant 500". The overall cost of the project at that time (1987) was Php40 million.

The project languished soon after the development of the prototype because of lack of government support. Currently, the sole remaining prototype now lies abandoned and display at a hangar in Philippine State College of Aeronautics.

Source:
wikipedia.org
Photo credit: 
facebook.com

Wednesday, July 3, 2013

New Philippine-made Vessels for the Philippine Navy: BRP Tagbanua and Multi-purpose Attack Crafts (MPACs)

History

Through the years, modernization of the Philippine Navy together with the other branches of the Armed Forces of the Philippines had been badly compromised due to several issues. They suffered from the lack of new weapons and supplies necessary to carry out their duty.  On February 23, 1995, Republic Act No. 7898 also known as the Armed Forces Modernization Act was made into law under the leadership of Pres. Fidel Ramos. It was aimed to modernize all branches of the AFP including the Philippine Navy. The law will last for 15 years with an initial budget of 50 billion pesos for the first five years, but the funding stops due to the 1997 Asian financial crisis. After the financial crisis, the funding for the AFP modernization comes into a halt and later forgotten by the succeeding administrations and the law expires in 2010.


The need of the amendment and revision of the AFP Modernization Act was awaken in the years 2011 to 2012 where the Philippine sovereignty was threatened due to the territorial issues in the West Philippine Sea (South China Sea) where different claimants of the area were staging heavy military presence especially the People’s Republic of China. China's naval intrusion to the Philippine territory since Saturday April 7, 2012 in Panatag Shoal (Scarborough Shoal) is a follow-up to its recent forays into Philippine western territorial waters. It is the fifth times where China Intruded the Philippine Territory since June 2011. 

China has confronted Philippine military and civilian vessels in the Recto Bank, Rajah Soliman Reef, Quirino Atoll, Escoda Shoal, and the second to the most recent incident is the Panatag Shoal / Scarborough Shoal. All four lie a few dozen kilometers off Palawan and well within the Philippines' Exclusive Economic Zone (EEZ) but 2,000 km from China's nearest island-province of Hainan; Scarborough is 220 km off Zambales but more than 800 km from Hong Kong. China's pretext of protecting its fishermen and seismic surveyors is not unique. As in the last two decades, it trespasses into Philippine offshore oilfields and abets fish poaching to prop up a shaky counterclaim over the West Philippine (South China) Sea. On May 8, 2013, three Chinese naval ships were spotted by Philippine maritime surveillance vessels surrounding the Ayungin Reef (Second Thomas Shoal). Ayungin Reef is just 105 miles from Palawan and almost 600 miles from the nearest China port and yet China claims the Philippines is illegally occupying Chinese property.

In December 11, 2012, the AFP modernization act also known as Republic Act no. 7898 was amended by Republic Act no. 10349 also known as the Revised AFP modernization Act which extends the modernization program for another 15 years with an initial budget of 75 billion pesos for the first five years in order to continue modernizing all the branches of the AFP. The new amending law was made under the leadership of President Benigno Aquino III. This new law is aimed at building a minimum defense posture. 

The Philippine Navy upgrade 

With the funding allocated by the government to modernize the armed forces, the Philippine Navy has acquired several assets that will gradually boost their capability to carry out their duties in defending the Philippine territory. These acquisitions are part of the Philippine Navy’s Strategic Sail Plan 2020 which aim to establish a credible deterrence capability. The important acquisitions are the two ex-Hamilton class cutters (BRP Gregorio del Pilar and BRP Ramon Alcaraz), three Agusta-Westland AW 109 naval helicopters which are due for delivery in 2014, Large Landing Craft Utility (BRP Tagbanua) and the Multi-purpose Attack Crafts. The last two types are both Philippine-made by Promtech Corp. 

The Multi-purpose Attack Craft (MPAC)

MPACs are brand new units, locally designed CB-90 knock-off, built to PN specs and is used for fast interdiction or rapid troop insertion for special operations even in shallow waters and operates from a mothership. They are classified as landing assault crafts which two of them are named BA 486 and BA 487. One unit procured and operated by DOE and used by forces guarding the Malampaya oil rig, while the other two operated by the PN. Three MPAC Mk.2, incorporating improvements on the Mk.1 have been delivered in 2012. Another batch of 3 MPACs are planned to be procured and announced on March 2013. Up to a total of 42 units are expected to enter service in the near future.

General characteristics:
  • could carry sixteen fully equipped soldiers and four crew members or around two tons payload
  • made of welded aluminum and Kevlar materials
  • fitted with Level 4 Armor Protection (proof against 7.62 mm) covering the wheel house, the transport room and the engine room
  • heavily reinforced bow ramp for forceful landing on any unprepared beaches
  • low profile stealth-like design
  • equipped with the latest navigation system and water jet system that could reach a maximum speed of 40 knots and could reach around 300 nautical miles while traveling on a transit speed of 30 knots
  • capable of operating in territorial waters up to "Sea State 3" (slight waves)
  • armed with one 12.7 mm (0.5 cal) heavy machine gun with a maximum load of 2,000 rounds and two 7.62mm machine guns with 4,000 rounds 
For a video, please click HERE. 

The Large Landing Craft Utility (BRP Tagbanua)


The Landing Craft Utility (LCU) is a type of boat used by amphibious forces to transport equipment and troops to the shore. They are capable of transporting tracked or wheeled vehicles and troops from amphibious assault ships to beachheads or piers. In the Philippines, we have several landing craft utilities, some of which are foreign-made. The two large landing craft utility vessels --- the BRP Manobo (AT-297) and the BRP Tagbanua (AT 296) are both produced locally. 



BRP Tagbanua is largest Philippine-made naval vessel launched to date. She was named after the Tagbanua tribe mainly residing in Palawan island. The ship was made through the LCU Acquisition Project as a part of the 2002 Revised Reprioritized Project List with an approved budget of PhP 189 million. The contract was awarded on 16 March 2010 to Propmech Corpo-ration, which jointly constructed the ship with Philippine Iron Cons-truction and Marine Works (PICMW). Propmech was respon-sible for the engine and propulsion system, and PICMW Inc. for the hull and ship’s fixtures. Fabrication and construction was done at PICMW's shipyard at Jasaan, Misamis Oriental. The ship was launched on 28 September 2011, and her maiden voyage and sea trial was done on 10–11 November 2011 with from Jasaan, Misamis Oriental to the Navotas port in Manila. She was commissioned together with other naval assets on a ceremony in Manila on 14 December 2011. 

General Characteristics 

  • Type: Landing Craft Utility
  • Displacement: 579 tonnes (570 long tons)
  • Length: 51.43 m (168 ft 9 in)
  • Beam: 10.0 m (32 ft 10 in)
  • Draft: 1.52 m (5 ft 0 in)
  • Depth: 2.44 m (8 ft 0 in)
  • Propulsion: Caterpillar CAT C32 ACERT Diesel Marine Engine
  • Speed: 15 knots (28 km/h) maximum, 12 knots (22 km/h) cruising speed  
  • Capacity: 110 tons cargo @ 250sqm space, 200 passengers
  • Crew: 15 
These locally-made vessels prove the Filipino craftmanship and the ability to produce their own equipment not relying on foreign and imported materials. 

Source:


Monday, June 24, 2013

GA 5.56mm Dissipator


The Government Arsenal GA 5.56 mm Dissipator is the product of furbishing and enhancing unserviceable rifles of AFP. It features the following enhanced characteristics.
  • GA muzzle brake: 3 large expansion chambers with 6 side ports along with 2 unique top ports redirect muzzle gases to reduce muzzle rise and allow to stay on target 
  • 16in Barrel : 1:2 right-hand twist: High quality barrels for improved accuracy 
  • Enhanced trigger guard: Aluminum trigger guard replaces factory and gives full access to the trigger even if the handler were gloves 
  • Ambidextrous safety select: Efficient in traversing from right hand to left hand-shooting and vice versa 
  • 1800 single-point sling adaptor: gives fixed stack rifle the versatility of the quickly detached single-point sling 
  • Charging handle with tactical latch: can be operated from either hand from almost any position to ensure fast easy weapon charging and jam clearance 
  • Magpul adjustable buttstock: features a friction-locking mechanism that eliminates movement between the buffer tube and the buttstock
For the complete description, watch the video HERE.

PHL Navy Remotely Operated Sentry Gun: TRIDENT STRIKE - MK 2 MOD 7

In a joint project with the Armed Forces of the Philippines (AFP), the Mapua Robotics Team recently completed a weapon prototype code named "Project Trident Strike" in the Naval Sea Systems Command (NSSC) in Fort San Felipe, Cavite City, last December 2, 2005.

TRIDENT STRIKE being inspected
Project Trident Strike is a remotely operated sentry gun which can be mounted on naval gunships or in strategic locations for perimeter defense. The machine utilizes the armed forces' 50 caliber machine guns and is protected with a high impact bullet resistant plate armor. Three Complementary Metal Oxide Semiconductor (CMOS) cameras are mounted on different locations atop the machine, providing a wider view range and clearer line of sight. The "Gun Director" may then view three corresponding LCD monitors and a robotic remote control system to aim the turret from a safe location, such as a command center or a boat's cockpit.

Humble Beginnings

The Mapua Robotics Team, of Michael Poblete, Leonard Canoza, Charles Rico, Ryan Floranda, Edison Tan, Ian Macalisang, Michael Lagundino, Paul Mikii Abuel and Juan de Vera, began the project last August. The absence of an allotted budget or official support did not hamper the efforts of the students who had to make use of the limited resources available here in the school. The initial prototype was constructed using chain and sprockets salvaged from bicycle parts.
TRIDENT STRIKE mounted in BRP Heracleo Alano

The idea for the project came from the Robotics Team advisers Dean Roel John Judilla and Engr. Sherwin Magon from the School of Mechanical Engineering. The Mapua Robotics Team devised the plan for this project and presented the concept to the AFP. The project was immediately approved after the field test because of its performance and cost-effective price. Mass production of the said design is already underway.


A Bright Future

Since the completion of the weapons demonstration last year, Project Trident Strike has already received the support of the Philippine Armed Forces. The said project is now funded by the AFP's Self-Reliant Defense Program. Future developments to the turret system may include the replacement of the plate armor with a bullet-proof dome and the installation of an automatic image processing program to facilitate automatic aiming.

Another project of the team, Project Phalanx, was also presented to the AFP. Project Phalanx is a more compact and mobile version of Project Trident Strike, and it is designed to be sent to dangerous situations or areas inaccessible to people. Unlike Trident Strike, Phalanx will make use of wireless technology for both the turret and gun aiming control. However, the machine is still in the early stages of its development.

Watch the video HERE.

Source:

YouTube

Philippine-made missiles during the Marcos era


Missile developed by the Armed Forces of the Philippines (AFP) during the Marcos era - is the project continued to the present? 

During Marcos Era Philippines is capable of developing its own missile, called project Bong-Bong1 and Bong-Bong 2. Based on the results of the tests conducted, the optimum preheat sequence time was found to be 20 seconds. The fuse detonation performance was 100% for all thedynamic tests of the development phase. All the problems and difficulties previously encountered during the experimental phase have been eliminated. With regards the to the establishment of firing table for the weapon system. Since December 1972, a series of 37 dynamic tests were conducted on the 180MM rocket. All the test were performed at Caballo Island except for four firings which were conducted in Fort Magsaysay. 

Different versions or configurations with fixed fins and the PATO (Pressure Assisted Take off) Type. The launchers tested were fixed-Open frame (short), Fixed-open frame (long) truck mounted tube launcher, truck mounted open frame and the submerge launcher for underwater firing. The result of the test showed that the truck mounted open-frame launcher is the most appropriate for the 180MM rocket, and the configuration is narrowed down to the short and long version both with fixed fins. 


Several reports surfaced (some maybe viewed as sarcastic) that after the successful EDSA People Power Revolution that ousted dictator Marcos, some of defense programs have reformed and others are cancelled. But there's a program that have been continued with the help of US, the Santa Barbara Project. In Marcos era, there are some test that have been made. With US help, Philippines developed a ballistic missile. The project continued with a silo-based anti-ship ballistic missile variant. It is deployed in a silo in unpopulated place in Philippines. The missile said have capabilities of hitting the target with a high speed, Mach 8-10. Photographs of new ballistic missile were not publicly released due to the sensitivity of the project. Satellite will not be able to take any pictures of it because of the technology of "Satellite Camo" or some called it "Cloak Technology". While the Sta. Barbara is not yet seen, it still be a secret deterrent that when an aggressor threaten Philippine sovereignty and peace it will be used against them.

Source:

Marine Scout Sniper Rifle (MSSR)


The MSSR was developed out of a need for a designated sniper rifle for the Landing Battalions of the Filipino Marines. They were operating on a limited budget, and didn't have the expert gunsmiths to modify a M14 or any of the other standard rifles used for sniping. But they do have the experts who know how to work on M16's. They have been producing the M16A1 under license for several years, and all the troops are framiliar with the handling of the weapon. So they did the logical thing and built a sniper rifle on the M16A1 platform.

The armorers take an existing M16A1 lower receiver and replace the upper with a DPMS match upper and Barrel. This includes a floating aluminum handguard tube and a Harris bi-pod is attached to that. They use a Tasco Armored 3-9x40mm scope, not really my first choice, in fact, not a very good choice in my opinion. But they did have a very limited budget to work with, so this is probably the one area they thought they could get away with cutting. They use a J&P match trigger that has been fine tuned. The rifles are tested and only get issued if they will shoot 1 MOA or better with M855 ammo.

The 5.56mm being used in sniper rifles is a unique case were it isn't such a bad plan. The limited ranges found in the Filipino jungles helps reduce some of the short comings of the round. The rifles will generally shoot right around 1 MOA out to 600 meters. The ease of training due to framiliarity with the M16 helps to reduce training costs, both for the sniper and the armorers. All in all, its not a bad implentation, and shows some creativity in developing a sniper rifle with a set of rigid constraints.

Specifications:
  • Caliber: 5.56x45mm NATO (.223 Rem) 
  • Operation: Gas operated semi-automatic 
  • Scope: Tasco Armored 3-9x40mm 
  • Bushnell 3-9x40mm w/Mil-Dots (3rd Gen). 
  • Feed: 20/30 round detachable box magazine. 
  • Weight: 10 lbs (4.55 kg) 
  • Length: 42.25" (107.3 cm) 
  • Barrel: 24" (68 cm) DPMS Heavy Stainless Steel Match 
  • 20" (50.8 cm) DPMS Heavy SS Match (NSWAG 3rd Gen) 
  • Barrel Twist: RH 1 - 8.5", or 1-8" (3rd Gen) 
  • Stock: Black synthetic M-16A1 design with Cheek Rest. 
  • Black syntehtic M-16A2 (3rd Gen) 
  • Trigger: J&P match trigger 
  • Accuracy: At least 1 MOA with M855 ammo 
Update: Filipino Marines have started deployment of the 3rd generation MSSR with the Naval Special Warfare Group (NSWAG) and some Marines starting the transition. Changes to the 3rd Gen includes the DPMS 24 inch heavy barrel (with the NSWAG opting for the 20 inch). The new barrels have a change of twist from the old 1-8.5" to a new 1-8". The rifles also have a DPMS gas port, A2 pistol grips, and use three scope rings rather than two. The new 3rd Gen MSSR has also replaced the rubber coated Tasco scope with a Bushnell 3-9x scope with mil dots. The standard ammo for the MSSR has been changed from M885 to the federal 69 grain match. The MSSR has also began evaluation of Remington 700P's to be used as an intermediate range sniper rifle to compliment the MSSR and their long range .50 that is used in small numbers. With the upgrades to the MSSR, it has become a very nice rifle for its intended mission.

Source: 
snipercentral

Photo credit:
Maj Gen John Martir, PMC

Philippine Marines locally-made combat vehicles

MX-1 Kalakian

Developed in the early 2000s as a joint project between Philippine Army's Light Armored Brigade (later Light Armored Division) and Steelcraft Industries, Incorporated of Manila, Philippines, the MX-1 Kalakian (Water Buffalo) was very similar to the GKN Simba armored car/APC in service with the Philippine Army. The MX-1 was also very similar to the Hari-Digma armored car/APC, another indigenous development, over which the Simba had been selected in the 1990s.

The prototype vehicle, presen-ted to the Light Armored Brigade in December 2002 featured a one-man turret and rear gunner's position. The vehicle used a commercially available transmission and other commercial vehicle compo-nents, all intended to reduce unit cost. The vehicle had an armored hull with the same thickness as the Simba (12mm).

The turret was a modification of the Cadillac Gage 1-meter turret found on V-150 armored cars also in service in the Philippines. This turret was also produced in a modified form in the Philippines by the Floro International Corporation. The major difference was the incorporation of an additional element allowing for the turret to be armed with a .50 caliber machine gun, 40mm automatic grenade launcher, and 7.62mm machine gun. The Cadillac Gage turret could only be armed with 2 of those weapons at any time. On V-150 and Simba vehicles the 40mm grenade launcher was often added to the top of the turret. This required the gunner expose themselves. The modified turret allowed all the weapons to be fired from within the turret.

Some 20 vehicles were said to have been purchased for evaluation, and it was unclear whether these vehicles entered service. The prototype vehicle was said to have cost the Philippine government 8 million Philippine pesos.

MX-8 Barako

The MX-8 Armored Escort Vehicle (sometimes referred to as the Barako, or Wild Boar) was developed by Steelcraft Industries, Incorporated of Manila, Philippines in the mid-2000s as a low cost armored escort vehicle for the Philippine Army. The MX-8 was said to be a 100 percent Filipino design utilizing commercially available components. A 4x4 armored car with a 1-man turret armed with a 7.62mm machine gun, the was intended to escort motorized infantry convoys through hostile areas. This would free up heavier combat vehicles for other operations and reduce the dependance on improvised armored trucks then being used. The vehicle was said to cost around 6 million Philippine pesos, less than a third of the cost of the GKN Simba, one of the Philippine Army's primary combat vehicles. Steelcraft Industries had also reportedly suggested that the MX-8's roles and armament options could be expanded depending on what needs the Philippine Armed Forces identified. The initial prototype (later referred to as the Mk 1) had been tested with a .50 caliber machine gun or 7.62mm M134 "Minigun" in the turret, as well as unidentified "rocket launchers."

In 2008 a Mk 2 prototype was announced with a revised internal arrangement, a independant front suspension, and various other minor modifications. Run-flat tired were also installed as standard. The turret was modified to have vision blocks all around, providing 360 degrees of vision for the gunner. Perhaps the biggest change was the increased ground clearance and installation of a v-shapped hull design. The Mk 2 was developed as a private venture and the modifications were not requested by the AFP.

A further improved Mk 3 appeared in 2009. It featured another minor redesign of the hull shape. By that time the 4 (2 Mk 1, 1 Mk 2, and 1 Mk 3) prototype vehicles were already in service with the Philippine Army and Philippine National Police.

The MX-8 Barako armored vehicles were manufactured by Steelcraft Military Land Defense firm based in Balintawak, Quezon City. The project was the brainchild of a retired Army chief and was developed by the Philippine Research and Development Branch. The MX-8 prototype project started in 2005 and was carried out under the Self Reliant Defense Posture Law. Costing P6 million each, an MX-8 Barako has an armor level equivalent to the military’s Simba armored personnel carrier (APC) and mobility equal to a Humvee with short turning radius. The “Steelcraft Military Land Defense” agreement allowed 2 units of the MX-8 Barako armored vehicles, each mounted with a .50 caliber machinegun, to be purchased by a provincial government official. The armed vehicle consumes less fuel and is easy to maintain. The Army can buy spare parts from any auto supply store. Tune up and change oil would cost around P2,500, compared to the Simba. The prototype military vehicle would cost only some P6 million, which is more than 80 percent of the price of the British made Simba armored personnel carrier.

Marine Multi-purpose Vehicle (MMPV)

The Marine Multi-purpose Vehicle or MMPV uses independent suspensions and portal geared hubs similar to portal axles to make for a full 16 inches of ground clearance. The vehicle also has disc brakes on all 4 wheels, and 4-wheel double-wishbone suspension. The brake discs are not mounted at the wheels as on conventional automobiles, but are inboard, attached to the outside of each differential. The front and rear differentials are Torsen type, and the center differential is a regular, lockable type.Created by the Philippine Marine Corps to replace M151 MUTT jeeps in service as they are hard to maintain with problems concerning availability of spare parts.

The first prototypes are equipped with a 3.5L V6 en-gine, rated for 141 kW (189 hp/192 ps) and 306 Nm torque. diesel engine and trans-mission, 4WD and chassis. It is built around a tubular-steel frame safety roll-cage which protects the passenger com- partment if the vehicle turns over. This cage is covered by a heavy-gauge sheet metal. An electrical winch with a capacity of 5,000 kg (11,023 lb) can be mounted at the front of the vehicle if required, and the windshield can be removed. The passenger compartment is in the center of the vehicle with the driver on the left and two passenger seats to his right. There is space for 0.93 cubic metres (33 cu ft) of cargo behind the passenger seats. A full length skid pan protects the hull and allows the vehicle to slide over obstacles. The transmission is a Mitsubishi A-727 fully automatic with a torque converter, there are 3F and 1R gears - the Marine Multi-purpose Vehicle is in 4 x 4 drive all the time. Limited-slip clutches, in front and rear, and inter-axle differentials automatically distribute more torque to those wheels with the most grip. The independent suspension is of a double 'A' design with a torsion-bar spring and hydraulic telescopic shock absorber at each station. A stabilizer bar is provided for the rear suspension.

The steering is power-assisted and the tubeless tires have a high-pressure tube inner tire which provides a built-in spare for each tube as well as eliminating rim leaks during high speed cornering. The tires are self-cleaning and disc brakes are fitted on all four wheels. The electrical system is 24V DC and two batteries with a capacity of 45 Amp/Hr are provided. The alternator is of the integral rectifier and regulator type. The Marine Multi-purpose Vehicle is proved with a heavy duty towing pintle as well as a trailer wiring harness receptacle. It is air-transportable and can be air-dropped.

There are 3 major variants of the Marine Multi-purpose Vehicle: 
  • Anti-Armour: A recoilless 106 mm rifle mounted above the crew compartment and a total of thirty five rounds of ammunition. 
  • Reconnaissance: Fitted with a ring-mounted .50cal M2HB machine guns with a 360 degree traverse 
  • Convoy Escort/ Security Vehicle: This can be provided with a pintle-mount 5.56mm/7.62 mmCal GPMG's, M174 automatic grenade launcher's and various other similar weapons. These weapons can also be mounted on the reconnaissance model on the ring mount. 
The following kits are available for the basic vehicle: Crew compartment armor kit, consisting of a high-hardness steel doors, side body panels, toe panel, firewall, bullet-proof windshield and bullet-proof side windows. Armored radiator, Armored fuel tank, Top and door kit (water-proof fabric with plastic windows and hinged doors) Various communications installations, High output alternators, 100 and 180 Amp, Litter-carrying kit, Jump seat for two additional passengers., Explosion resistant reticulated foam fuel-tank filler, Radial ply tires or bullet-proof foam-filled tires, Extreme climate kits for winterization or desert temperatures, Tool kit and portable fire extinguisher.

Proposed Sub Variants: 
  • Troop transports 
  • Armament Carrier, Armored 
  • Ambulance 
  • Communications 
  • Command posts 
  • Military Police vehicles
Armaments: 
  • M2 .50 machine guns 
  • M240 machine guns 
  • Mk 19 or Mk 47 40mm grenade launchers 
  • M249 machine guns 
  • Smoke grenade launchers 
Sources: http://www.globalsecurity.org/military/world/philippines/mx-1.htm

Philippine-made Unmanned Aerial Vehicles (UAVs)


A screen capture of the UAV during take-off
Philippines have developed a homegrown fully functional but less costly Unmanned Aerial Vehicle (UAV) prototypes a decade ago. This is a joint project of Philippine Army and OB Mapua and Partners firm with Architect Oscar Mapua as the main designer . Five UAV models were made namely Rica, Rufa, Alexandra, Assunta and Claudia. These UAVs are propeller-driven and made from of-the-shelf materials such as wood, foam, fiberglass and aluminum tubes compared to their more sophisticated foreign counterparts.

The UAVs on the ground
One of the prototypes, Assunta has a wing span of 120 inches and 50 inches in length outfitted with 40cc two-stroke gasoline engine. It weighs 30 pounds and can reach to a maximum speed of 148km/hr. It can remain airborne up to 2000 ft for 2 hrs and has maximum range of 20km. Each UAV costs roughly from P250 thousand to 1 million pesos with complete avionics, system and control station. Further development of these UAVs halted due to the alleged corruption in the Armed Forces of the Philippines.

Watch the video on the ANC report on the development of Philippine-made UAVs in YouTube.

Sunday, June 23, 2013

Coastal Riverine Overland Craft (CROC)

The CROC is a locally developed, Filipino-designed amphibious vehicle that combines the abilities of an all-terrain vehicle and a high-speed jet boat. CROC reportedly incorporates lightweight but rugged materials and breakthrough hull design. It is designed to be equally adept at running on land and cruising in the water. The CROC starts out as a 4x4 land vehicle and by retracting its wheels, transforms into a high-speed powerboat capable of navigating in deep and shallow water.

The CROC on display at the Manila
International Auto Show (MIAS) in April 2011
On land, the CROC is projected to be capable of speeds up to 120 km/h, and with a 200-liter dual fuel tank, could attain a range of 1000 km. Its specs include independent double-wishbone suspension at the front, and a rear torsion bar with coil-over-Eibach springs. It is even equipped with four-wheel steering, providing maneuverability in tight spaces such as the infamous U-turns along C5. It’s equipped with four-wheel disc brakes. A centralized tire-pressure control system, like the Humvee’s, can be included as an option. A front winch and a portable winch will help in its varied missions, as will a steel-reinforced back rest, that, used as a bridge, will enable the truck to traverse a one-meter canal or trench. Its optimum land speed could exceed 120 kph and with a 200-ltr dual tank, the range could be more than 1000 kms on paved roadways. 

In the water, CROC’s tri-hull design and 23-foot length provide stability, and also lessen the shock transmitted to the interior. In the water, it is powered by a marine jet drive, allowing it to perform spins, slides and full stops in high-speed runs. Virtually unsinkable, the CROC stays afloat even if its compartments are filled with water. The four tires help provide buoyancy. Its design includes self-righting capability in the event that it flips over. The model that was displayed during the Manila International Auto Show (MIAS), from April 7 to 10, 2011 at the World Trade Center, is dubbed the CROC-X, as it is an experimental model. Powering the CROC-X is a 5.2-liter Magnum V8 water-cooled engine, sourced from Chrysler. Power is coursed through a four-wheel drive automatic-transmission, with a five-speed manual transfer case for the marine jet. 

The basic CROC tips the scales at 2.5 metric tons, and can carry a payload of two metric tons, with suspension modification. CROC-X is a collaboration between civilian and military innovators, and was prototyped in a just six months. The designers envision production models to be powered by any of a variety of engines, including diesels or hybrids. For sea-going CROCS, such as those to be used for coastal patrols, a marine engine would be preferable. 

CROC showing amphibious capability
The CROC is also reportedly ideal for rescue operations, particularly during floods and other natural calamities. The designers also foresee applications in the tourism industry, as it can be used as in a combined 4x4 vehicle and jet boat adventure ride, taking off from popular beach resorts. The CROC can carry 10 passengers, including driver and navigator, and can be equipped with mounting for various types of weapons, radio sets, external fuel tanks and other equipment. Ballistic protection will be incorporated in future iterations. The prototype model already includes an anti-landmine feature—detachable chimneys above the front wheels to direct blasts upwards. To provide quick egress, not to mention a touch of drama, the doors open gullwing style. 

The vehicle is designed by OPCENTEC, a local company specializing in designing and prototyping unique technology solutions for defense, security and disaster response.

Watch the video of the CROC in YouTube.

           http://www.youtube.com