Anti-Personnel Airburst Type Rocket (OG-29 AB) is equipped with fragmentation warhead containing more than 2000 pcs of premade fragments and equipped with an adjustable fuse which can be set to detonate at desired distance over particular targets such as canals, holes and natural pits, in order to incapacitate the infantries positioned inside. Anti-Personnel Rocket (OG-29V), equipped with thermobaric fragmentation warhead, is also designed to incapacitate soft-skinned targets including infantries situated in open and closed areas, trenches, shelters, brick-wall buildings and lightly armored vehicles. Thermobaric rocket (TBG-29V) is equipped with thermobaric warhead, designed to destroy trenches, tunnels, underground shelters, fuel and oil reservoirs and installations, brick-wall and concrete buildings and to incapacitate infantries inside them. The destructive power of warhead is so high that can incapacitate the living creatures inside a space of more than 150 m3. Anti-Structure Rocket (PG-29 AST) is equipped with tandem shaped charge thermobaric warhead and designed to penetrate reinforced concrete structures to incapacitate the infantries inside them. The destructive power of warhead is so high that can incapacitate the living creatures inside a space of 35 m3 after penetrating a concrete wall of 20cm thickness. Anti-Armor Rocket (PG-29V) is equipped with a 105-mm caliber, tandem shaped charge warhead, and designed to destroy all types of tanks and armored vehicles equipped with Explosive Reactive Armor (ERA).
TECHNICAL SPECIFICATIONS
Model | OG-29 AB | OG-29V | TBG-29V | PG-29AST | PG-29V |
Length (mm) | 920 | 1250 | 820 | 895 | 1100 |
Weight (g) | 2400 | 4450 | 2650 | 4450 | 6900 |
Warhead Caliber (mm) | 105 | 105 | 105 | 105 | 105 |
Point-Blank Range (m) | 300 | 300 | 300 | 300 | 300 |
Max. Sighting Range (m) | 500 | 1000 | 1000 | 500 | - |
Lethal Radius | 12 | 12 | - | - | - |
Warhead Penetration (m³) | - | - | 150 | 35 | 500mm in RHA after ERA |
Fuze type | Electrical Impact | Mechanical impact | Mechanical impact | Piezoelectric Mechanical Delay | Piezoelectric |
Attachment | Size |
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chapter 1-5_241.pdf | 669.36 KB |