Sub-Echelon of Military Assets Currently Under Development
Heavy self-propelled Mortar 203 mm
ТSMB 203 mm – Heavy Self-Propelled Mortar 203 mm is short range artillery system designed to launch heavy effectors and thanks to balistically protected armored cabin and high level of automation resulting in rapid „shoot and scoot “capability, those achieving the desired level of survivability on the modern battlefield.
The effector set includes HE and “bunker-buster” shells with a mass 2.5 times greater that of a standard 155 mm howitzer shell and an explosive charge 4 times larger, made with latest-generation thermobaric explosive compositions—which provides very high level of firepower. The weapon can also fire extended-range, rocket-assisted shells.
The power of individual rounds, combined with a Precision Guidance Kit (PGK) with which the system can be equipped, enables swift, successful fire missions with a small number of rounds fired (even a single round) before leaving the firing position for safety, whereas other classical systems would require a larger volume of fire and extended time exposed.
The TSMB M-25 is mounted on the FAP 2026 all-terrain 6×6 chassis and equipped with a modern fire-control system (FCS) comprising an inertial navigation system, a ballistic computer with dedicated software, a radio device, and a gunner’s computer.
The main armament is a 203 mm gun-mortar, characterized by high accuracy at ranges of 6 to 12 km.
Self propreled gin howitzer 152/155 mm „NORA B-39“
Self-propelled 152/155 mm howitzer “NORA B-39” is designed to provide fire support for infantry and mechanized units, destroy enemy fortifications, neutralize threats, enable rapid reaction, and ensure mobility and flexibility across varied terrain conditions.
Weapon is equipped with 39 calibers long barrel with 19-liter chamber volume. System is available in version compatible with standard Soviet 152 mm rounds or NATO standards 155 mm ammunition.
The NORA B-39 is equipped with a modern fire control system that includes an inertial navigation system, a ballistic computer with dedicated software, a communication device, and a gunner’s computer. A rear-mounted platform and a semi-automatic loader provide efficient loading, while hydraulic stabilizers ensure vehicle stability during firing.
This system enables continuous, reliable operation, with minimal time required to prepare the vehicle for action again. Weapon is mounted on Serbian made FAP 3440 cross- country chassis with 340hp turbo charged diesel engine, automatic transmission, CTIS and bullet resistant tires.
High survivability on modern battlefield is provided by rapid “shoot and scoot” capability as well as double armored cabin with high level of ballistic protection and secondary weapon (machine gun) for immediate self-protection.
Weapon is equipped with 39 calibers long barrel with 19-liter chamber volume. System is available in version compatible with standard Soviet 152 mm rounds or NATO standards 155 mm ammunition.
The NORA B-39 is equipped with a modern fire control system that includes an inertial navigation system, a ballistic computer with dedicated software, a communication device, and a gunner’s computer. A rear-mounted platform and a semi-automatic loader provide efficient loading, while hydraulic stabilizers ensure vehicle stability during firing.
This system enables continuous, reliable operation, with minimal time required to prepare the vehicle for action again. Weapon is mounted on Serbian made FAP 3440 cross- country chassis with 340hp turbo charged diesel engine, automatic transmission, CTIS and bullet resistant tires.
High survivability on modern battlefield is provided by rapid “shoot and scoot” capability as well as double armored cabin with high level of ballistic protection and secondary weapon (machine gun) for immediate self-protection.
MODERNIZED AD SYSTEM STRELA-10MS1
The STRELA-10MS1 is a modernized, self-propelled short-range air-defense (SHORAD) missile system intended to protect critical infrastructure and troops both on the move and at temporary fixed locations.
Through modernization following improvements were achieved:
Through modernization following improvements were achieved:
- Expanded engagement envelope (greater maximum slant range and altitude) using the improved Strela-MS missile with an enhanced propulsion group (start and march rocket engines in a two-stage configuration).
- Small-RCS detection of UAVs/drones—as well as aircraft and helicopters—via a state-of-the-art AESA radar.
- Day/night passive detection in reduced-visibility conditions with an advanced optoelectronic system integrating a thermal imaging camera and laser rangefinder.
- Improved situational awareness and survivability through enhanced data transfer and reception of the Recognized Air Picture (RAP) from higher echelons, or raw radar data from other (remote) radar sensors.
- Fully automated target engagement process.
- Counter-drone (soft-kill) jammer subsystem for improved protection against killer drones.
SHORAD SRS-23 on „HAJDUK“ armored vehicle
SRS-23 is remotely controlled weapon station (RCWS) intended for day/night short range air defense and close support of maneuvering combat units. It is effective against various air borne threats from high value targets to the latest generation small UAVs and drones.
It is equipped with a thermal imager sight, global navigation satellite system, inclinometer, digital compass as well as system for target acquisition, receiving and processing of target data obtained from battery command post equipped with surveillance air defense radar. Digital data processing includes correction of received target data depending on the radio signal delay from the radar, prediction by linear tracking, calculation of the distance to the target and target azimuth.
System is designed to launch a Igla SAM (alternatively other SHORAD/MANPADS missile) and Serbian made STRELA 2MA missiles (with modernized seeker and proximity fuse) making it very effective against small aerial targets such as drones and UAVs.
It is integrated on the aft deck of off-road NTV 4x4 “Hajduk” and fast and precise azimuth and elevation orientation is provided with two electrical servo drives. Launcher is also equipped with a heavy machine gun (12,7mm) as a secondary weapon for close protection and several types of drone/UAV`s engagement. All weapons firing is performed with a usage of integrated fire control system (FCS).
It is equipped with a thermal imager sight, global navigation satellite system, inclinometer, digital compass as well as system for target acquisition, receiving and processing of target data obtained from battery command post equipped with surveillance air defense radar. Digital data processing includes correction of received target data depending on the radio signal delay from the radar, prediction by linear tracking, calculation of the distance to the target and target azimuth.
System is designed to launch a Igla SAM (alternatively other SHORAD/MANPADS missile) and Serbian made STRELA 2MA missiles (with modernized seeker and proximity fuse) making it very effective against small aerial targets such as drones and UAVs.
It is integrated on the aft deck of off-road NTV 4x4 “Hajduk” and fast and precise azimuth and elevation orientation is provided with two electrical servo drives. Launcher is also equipped with a heavy machine gun (12,7mm) as a secondary weapon for close protection and several types of drone/UAV`s engagement. All weapons firing is performed with a usage of integrated fire control system (FCS).
SHORAD Battery Command Vehicle M25
SHORAD (Short Range Air Defense) Battery Command Vehicle M25 on 4×4 IFV armored chassis intended for command at the SHORAD battery level, regardless of the battery’s composition or weapon types.
The command vehicle is equipped with a modern AESA (Active Electronically Scanned Array) enables detection and tracking of targets with a wide range of radar cross-sections. Detection ranges reach up to 50 km. The radar is capable for OTM (On-The-Move) operation.
The radar can also operate in a C-RAM mode to locate mortar and artillery weapons.
In addition to the radar, the vehicle integrates a telecommunications subsystem, a power subsystem and a computer-network subsystem that enable transmission of necessary data both to the AD effectors in the battery and to higher C2 echelon via digital protected communication channels.
The command vehicle is equipped with a modern AESA (Active Electronically Scanned Array) enables detection and tracking of targets with a wide range of radar cross-sections. Detection ranges reach up to 50 km. The radar is capable for OTM (On-The-Move) operation.
The radar can also operate in a C-RAM mode to locate mortar and artillery weapons.
In addition to the radar, the vehicle integrates a telecommunications subsystem, a power subsystem and a computer-network subsystem that enable transmission of necessary data both to the AD effectors in the battery and to higher C2 echelon via digital protected communication channels.
COMBAT MULTI-COPTER “OBAD”
OBAD is modular UAS capable of carrying 50kg payload and designed for combined operations with other ground and aerial unmanned/robotic systems.
It is intended for day and night reconnaissance, target acquisition, communication retranslation, static and moving targets engagement, EW missions as well as critical resupply.
Its modern and modular design provides for integration of various payloads in order to complete different combat mission. It could be equipped with:
It is intended for day and night reconnaissance, target acquisition, communication retranslation, static and moving targets engagement, EW missions as well as critical resupply.
Its modern and modular design provides for integration of various payloads in order to complete different combat mission. It could be equipped with:
- 4+ killer drone Mosquito
- Gyro stabilized platform carrying optoelectronic sighting system and unguided AT rockets or small diameter bomb/airdrop mortar shells.
- Two ATGM missiles and optoelectronic sighting system enabling efficient neutralization of heavily armored targets
- EW/jammer payload
- Carrying harness for bringing critical logistic support on dangerous routs to the first combat line.
ALEKSANDAR UNIFIER - ARMORED WHEELED VEHICLE
Aleksandar Unifier is a family of multi-purpose tactical armored vehicles on a 4×4 chassis, intended to perform a wide range of tactical tasks in the domains of internal security and military operations.
These vehicles can be employed across conflicts of varying intensity—from typical low-intensity conflicts (asymmetric warfare, anti-terrorist and anti-guerrilla operations) to various categories of medium- and high-intensity conflicts.
The vehicle concept is based on integrating different armored superstructure configurations—equipped with mission-specific equipment and weapons—onto a universal 4×4 chassis with independent suspension, high payload capacity, and high off-road mobility.
Depending on the superstructure configuration, the vehicle may be intended for:
These vehicles can be employed across conflicts of varying intensity—from typical low-intensity conflicts (asymmetric warfare, anti-terrorist and anti-guerrilla operations) to various categories of medium- and high-intensity conflicts.
The vehicle concept is based on integrating different armored superstructure configurations—equipped with mission-specific equipment and weapons—onto a universal 4×4 chassis with independent suspension, high payload capacity, and high off-road mobility.
Depending on the superstructure configuration, the vehicle may be intended for:
- Patrol operations in areas with a high risk of ambushes
- Reconnaissance, observation, and territorial control
- Transport and fire support for special operations units
- Anti-armor combat and short-range air defense
- Integration of weapon systems based on loitering ammunition, artillery and suspended missile fire support systems, artillery fire control, etc.
Self-Propelled Gun-Howitzer, 155 mm NORA-B52 NG PERUN
This state-of-the-art artillery weapon of the Serbian defense industry is the most powerful, fully automated fire support artillery system of 155 mm caliber with a high level of autonomy.
The weapon is constructed by integrating a 155 mm weapon module onto an 8x8 chassis. The weapon module is operated from inside the vehicle cabin and, by its characteristics, can be considered a 155 mm RCWS (Remotely Controlled Weapon Station). The module is built using an autofrettaged 155 mm barrel assembly, compliant with the Joint Ballistics Memorandum of Understanding.
The barrel is 52 calibers long, with a 23-liter chamber. The key component of the weapon module is a fully automatic loader with 30 projectiles and propellant charges, capable of a firing rate of up to 4 rounds per minute. An additional 6 rounds are stored on the automatic loading platform, making the total combat load 36 rounds.
The weapon is constructed by integrating a 155 mm weapon module onto an 8x8 chassis. The weapon module is operated from inside the vehicle cabin and, by its characteristics, can be considered a 155 mm RCWS (Remotely Controlled Weapon Station). The module is built using an autofrettaged 155 mm barrel assembly, compliant with the Joint Ballistics Memorandum of Understanding.
The barrel is 52 calibers long, with a 23-liter chamber. The key component of the weapon module is a fully automatic loader with 30 projectiles and propellant charges, capable of a firing rate of up to 4 rounds per minute. An additional 6 rounds are stored on the automatic loading platform, making the total combat load 36 rounds.
Self-Propelled Artillery Weapon ALEKSANDAR 155 mm
The 155 mm/52 self-propelled gun ALEKSANDAR is based on a qualitatively new automatic loading system. The weapon is developed by mounting a 155 mm armament module onto an 8x8 chassis. The armament module is operated from within the vehicle cabin. It consists of a 155 mm barrel assembly with a 23-liter chamber. The key component of the armament module is a fully automated loader with 12 projectiles and propellant charges. Loading is enabled at all elevations, and a firing rate of up to 6 rounds per minute has been achieved. Additionally, the platform features an automated resupply unit with another 12 rounds, making a total combat load of 24 rounds, with no crew involvement required.
Modular Multiple Launched Rocket System 122/262 mm – TAMNAVA
The modular Multiple Launched Rocket System (MLRS) 122/262 mm is designed as a modular system. A key feature of its modularity is the ability to use launch containers armed with 262 mm rockets and all variants of 122 mm rockets.
The modular MLRS 122/262 mm is fully automated, equipped with a modern fire control solution and automatic targeting line.
It includes INS, an automated electronic goniometer device for automatic azimuth alignment of the launcher with the main axis, a meteorological sensor, and radio equipment for data and voice transmission over TCP/IP and UDP, as well as a modern ballistic module, allowing it to operate fully autonomously and execute pre-programmed combat missions. The system features an integrated electronic trigger for single and burst fire, along with real-time information on rocket types loaded on the launcher and the status of launch tubes, enabling mission and logistics planning at both commander and higher command levels.
The standard configuration includes reusable 122 mm launch containers, with the option to use single-use 122 mm launch containers as well. Loading and unloading of the launcher system is performed using a crane mounted on the platform.
The system has a range of 70 km with 262 mm rockets, and 40 km and 20 km with 122 mm rockets.
Infantry Fighting Vehicle 8x8 with 57 mm RCWS – LAZANSKI
The modular MLRS 122/262 mm is fully automated, equipped with a modern fire control solution and automatic targeting line.
It includes INS, an automated electronic goniometer device for automatic azimuth alignment of the launcher with the main axis, a meteorological sensor, and radio equipment for data and voice transmission over TCP/IP and UDP, as well as a modern ballistic module, allowing it to operate fully autonomously and execute pre-programmed combat missions. The system features an integrated electronic trigger for single and burst fire, along with real-time information on rocket types loaded on the launcher and the status of launch tubes, enabling mission and logistics planning at both commander and higher command levels.
The standard configuration includes reusable 122 mm launch containers, with the option to use single-use 122 mm launch containers as well. Loading and unloading of the launcher system is performed using a crane mounted on the platform.
The system has a range of 70 km with 262 mm rockets, and 40 km and 20 km with 122 mm rockets.
Infantry Fighting Vehicle 8x8 with 57 mm RCWS – LAZANSKI
The IFV Lazanski 8x8 is the most sophisticated and modern heavy armored vehicle developed by the company Yugoimport–SDPR. The integration of high-quality, world-class components, specialized materials, and advanced technologies has resulted in the development of a vehicle capable of competing with top global manufacturers. The suspension and drivetrain systems (specifically developed for the Lazanski 8x8), combined with the adjustable ride height system (ground clearance control), provide optimal conditions for enhancing ballistic protection up to Level 5 and Level 6, with high payload capacity to support a heavy Remote-Controlled Weapon Station (RCWS) or turrets (enabling integration of the highest-caliber weapon stations).
ZASTAVA TERVO Special Reconnaissance Vehicle "Commando"
The newest member of the Zastava NTV vehicle family is a special reconnaissance vehicle based on a semi-enclosed armored body. The vehicle is suitable for reconnaissance, counter-terrorist, and special forces units, as well as for infantry transport, and is characterized by impressive off-road capabilities. The vehicle offers options for additional armor protection: installation of armored doors, ballistic windshield glass, and armored seats.
The modular design allows for the installation of various weapons or equipment to adapt to specific mission requirements. The primary armament is a roof-mounted 12.7 mm machine gun and a side-mounted 7.62 mm machine gun. Additionally, the vehicle allows for the integration of various weapon systems (Gatling-type machine guns, automatic grenade launchers, guided anti-armor missiles, etc.), as well as different optoelectronic observation and targeting systems.
The modular design allows for the installation of various weapons or equipment to adapt to specific mission requirements. The primary armament is a roof-mounted 12.7 mm machine gun and a side-mounted 7.62 mm machine gun. Additionally, the vehicle allows for the integration of various weapon systems (Gatling-type machine guns, automatic grenade launchers, guided anti-armor missiles, etc.), as well as different optoelectronic observation and targeting systems.
