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F-47 Fighter Jet

written by Daniel Mercer (TheDefenseWatch) 1 minutes read

F-47 Stealth Fighter – The Next-Gen American Air Dominance Jet

The F-47 Fighter Jet represents the next evolutionary leap in U.S. air combat technology—designed to achieve air dominance in highly contested environments. Developed by Lockheed Martin under the U.S. Air Force’s Next Generation Air Superiority (NGAD) program, the F-47 integrates advanced stealth shaping, artificial intelligence, and adaptive propulsion for unmatched lethality and survivability.

Design & Capabilities

Built with composite materials and active stealth coatings, the F-47 features a radar cross-section smaller than that of a golf ball. Its AI-assisted avionics enable real-time decision-making and sensor fusion across multiple domains—air, space, and cyber. The aircraft boasts a maximum speed of Mach 2.9, with a combat radius exceeding 1,500 miles, allowing deep-penetration strike missions without refueling.

Armament & Technology

Armed with directed-energy weapons, hypersonic missiles, and precision-guided munitions, the F-47 can engage both air and ground targets with unparalleled precision. It employs a quantum-encrypted data link for secure communication with drones and allied platforms, supporting loyal wingman and swarm AI operations. Its AESA radar and infrared search and track (IRST) systems offer total situational awareness even against stealth opponents.

Operational Role

Slated to enter service by the early 2030s, the F-47 is envisioned as a multi-role stealth interceptor and strike aircraft capable of executing missions beyond the reach of legacy systems like the F-22 and F-35.

Variants

Field	Example
F-47A	Standard Production Variant
F-47B	Carrier-Based Version
Special Export Versions	Under Evaluation

June 1, 2026 0 comments

BGM-71 Missile

written by Samuel Drake (TheDefenseWatch) 2 minutes read

BGM-71 TOW Anti-Tank Guided Missile

The BGM-71 TOW (Tube-Launched, Optically Tracked, Wire-Guided) missile is one of the world’s most widely used anti-tank guided weapons. Developed during the Cold War, the missile was designed to defeat heavily armored vehicles, fortified positions, and battlefield targets at extended ranges. Over decades of service, the TOW has undergone numerous upgrades, improving its range, guidance, and armor penetration capabilities.

The missile remains in active service with the U.S. military and many allied nations. Its combat-proven record across multiple conflicts has established it as a reliable and effective anti-armor weapon system.

Manufacturer

The BGM-71 TOW was originally developed by the company now known as Raytheon, a division of RTX Corporation. Development began in the 1960s for the U.S. Army as a replacement for earlier anti-tank missile systems.

Manufactured in the United States, the TOW is deployed from ground vehicles, tripod launchers, and helicopters. Major launch platforms include the M2 Bradley Infantry Fighting Vehicle and various armored vehicles used by allied forces.

Speed and Range

The BGM-71 TOW travels at approximately Mach 0.7 (around 278 to 320 m/s depending on variant). Modern versions can engage targets at distances of up to 4.5 kilometers, allowing operators to destroy enemy armor before entering the effective range of many tank weapons.

Advanced variants feature tandem-warhead designs capable of defeating explosive reactive armor (ERA) and heavily protected main battle tanks.

Cost/Price

The exact procurement cost varies by variant and contract. Open-source defense estimates place the unit cost of modern TOW missiles at approximately $50,000 to $90,000 per missile, excluding launcher systems, training, and support equipment.

The TOW remains a cost-effective anti-armor solution due to its proven performance, long service history, and continuous modernization.

June 1, 2026 0 comments

TRV-150 Armed Drone

written by Daniel Mercer (TheDefenseWatch) 2 minutes read

TRV-150 Armed Drone: Precision Strike UAV

The TRV-150 Armed Drone is a tactical unmanned aerial vehicle designed to combine battlefield logistics and precision strike capabilities within a single platform. Originally developed as a heavy-lift resupply drone, the system has gained attention following successful U.S. Army and industry-led tests integrating a three-shot Advanced Precision Kill Weapon System (APKWS) launcher. The platform offers battalion-level units an organic precision attack capability without relying on manned aircraft or higher-echelon fire support.

Manufacturer and Origin

The TRV-150 is manufactured by SURVICE Engineering in the United States. The platform is derived from the Malloy T-150 heavy-lift drone architecture and has been adapted for U.S. military logistics and expeditionary operations. The drone is currently used by elements of the U.S. Army and U.S. Marine Corps for cargo transport, medical resupply, and battlefield support missions. Recent testing with BAE Systems APKWS-guided rockets has expanded its operational potential into the armed UAV category.

Speed, Range and Performance

The TRV-150 is a multi-rotor VTOL drone capable of carrying payloads up to approximately 68 kg (150 lb). While official performance figures vary depending on mission configuration, the platform is designed for short-to-medium range tactical operations. Its autonomous flight software supports route planning, obstacle avoidance, payload management, and precision targeting functions. The drone can operate in day and night conditions and can rapidly transition between logistics and strike missions.

Armament and Technology

The armed configuration carries a three-round APKWS launcher firing laser-guided 70 mm rockets. These munitions provide accurate engagement of ground targets and limited counter-drone capability at lower cost than larger guided missiles. Integrated mission systems include autonomous navigation, GPS-assisted targeting, payload management interfaces, and modular mission equipment ports. Recent trials demonstrated successful engagements against both ground and aerial targets.

Cost and Operational Value

Official procurement pricing has not been publicly disclosed. Industry analysts estimate the base logistics drone costs significantly less than larger combat UAVs, while APKWS rockets are generally reported to cost around $30,000 per round. This combination offers a comparatively affordable precision-strike option for frontline units. The TRV-150 represents a growing trend toward multi-role unmanned systems capable of both resupply and combat support missions in modern warfare.

May 31, 2026 0 comments

NASAMS Air Defense System

written by Daniel Mercer (TheDefenseWatch) 1 minutes read

NASAMS – Advanced Norwegian Surface-to-Air Missile System

The NASAMS (Norwegian Advanced Surface-to-Air Missile System) is one of the world’s most advanced medium-range air defense systems, designed to counter a wide range of aerial threats including aircraft, drones, and cruise missiles. Jointly developed by Kongsberg Defence & Aerospace (Norway) and Raytheon Technologies (USA), NASAMS has become a preferred choice among NATO members and U.S. allies for its superior flexibility, scalability, and proven combat reliability.

Operational since the 1990s, NASAMS employs the AIM-120 AMRAAM (Advanced Medium-Range Air-to-Air Missile) and can integrate with other interceptors like the AMRAAM-ER and AIM-9X Sidewinder, offering layered defense capabilities. The system operates through a network-centric architecture, connecting multiple launchers, radars, and command posts for coordinated engagements across a wide area.

NASAMS’s radar coverage of over 100 km and engagement range up to 40 km provide strong point and area defense capabilities. Its distributed fire units enable high survivability and reduced vulnerability to saturation attacks. The FDC (Fire Distribution Center) allows real-time data exchange with other NATO systems using Link 16, ensuring full interoperability within modern integrated air defense networks.

The United States uses NASAMS to protect Washington D.C., and the system has been deployed in over a dozen countries, including Ukraine, Spain, Australia, and the Netherlands.

NASAMS Price in United State

The NASAMS Price in United State is estimated between USD 80 million to USD 100 million per battery, depending on configuration, radar type, and missile loadout. The U.S. Army and Air Force have integrated NASAMS into homeland defense architecture for strategic protection of key assets and urban centers.

May 31, 2026 0 comments

Borsuk Infantry Fighting Vehicle

written by Samuel Drake (TheDefenseWatch) 2 minutes read

Borsuk IFV – Poland’s Next-Gen Amphibious Combat Vehicle

The Borsuk Infantry Fighting Vehicle (IFV) represents Poland’s most ambitious modernization effort since the end of the Cold War, engineered to replace the aging fleet of BMP-1 vehicles with a fully modern, NATO-ready combat platform. Developed by Huta Stalowa Wola (HSW), a subsidiary of the state-owned Polska Grupa Zbrojeniowa (PGZ), the Borsuk was designed from the ground up to provide mobility, survivability, and lethality tailored for Eastern European terrain and modern high-intensity warfare.

A Development Success Story

The Borsuk program faced skepticism early on—Poland had never mass-produced a modern tracked IFV. But after a decade of R&D, extensive amphibious trials, and successful gun/turret integration with the ZSSW-30 remote weapon station, the vehicle proved its capability. In 2023, the program achieved a milestone with the signing of a multibillion-złoty production contract, launching serial manufacturing for the Polish Army.

Capabilities & Features

The Borsuk is built for frontline infantry operations, combining a 30mm Mk44 Bushmaster II cannon, Spike-LR anti-tank missiles, and a 7.62mm coaxial machine gun. Its advanced fire-control systems allow stabilized engagements while moving, day or night.

Powered by an 850 hp MTU engine, the vehicle achieves road speeds up to 65 km/h and maintains full amphibious capability—an essential requirement for Poland’s river-dense geography. The hull uses modular armor, scalable from light amphibious protection to heavy battlefield packages, including the Zasłon-based active protection system.

With a crew of three and capacity for six dismount soldiers, the Borsuk integrates modern sensors, digital battlefield management tools, and enhanced mine-blast protection, making it NATO-interoperable and combat-credible.

Borsuk IFV Price

While the Borsuk IFV is not formally offered for export to the United States, its estimated program cost suggests a unit value between USD $10–$13 million, depending on armor configuration and APS integration. If exported in the future, pricing would likely vary based on turret type, protection level, and amphibious packages.

May 31, 2026 0 comments

ERAM Missile

written by Samuel Drake (TheDefenseWatch) 1 minutes read

Extended Range Attack Munition (ERAM) Cruise Missile

The Extended Range Attack Munition (ERAM) represents a new generation of affordable, air-launched precision standoff weapons developed by the U.S. Air Force. Designed as a hybrid between a cruise missile and an advanced guided bomb, ERAM addresses the need for high-volume, cost-effective long-range strike capability in contested environments. Launched from fighter aircraft such as the F-16, it enables operators to engage fixed and mobile high-value targets—including command centers, air defense systems, supply depots, and bridges—from beyond the reach of most enemy air defenses. Development began in 2024 with a focus on rapid prototyping and manufacturability, achieving live-warhead testing in early 2026.

Manufacturer

ERAM is developed under U.S. Air Force contracts by non-traditional defense firms Zone 5 Technologies and CoAspire. These companies were selected to accelerate production using commercial-off-the-shelf components where possible, supporting scalable manufacturing for U.S. forces and key allies like Ukraine.

Speed and Range

ERAM achieves subsonic speeds of approximately Mach 0.6 (around 430-460 mph) using a compact turbojet or turbofan engine. Its operational range extends from 150 to 280 miles (240-450 km), depending on launch altitude and flight profile. High-altitude releases maximize range through reduced drag and extended glide phases. Accuracy is reported with a CEP under 10 meters, supported by GPS/INS guidance with jamming resistance.

Cost/Price

ERAM is engineered for affordability, with unit costs targeted significantly lower than legacy cruise missiles like JASSM. This enables procurement in large quantities—thousands of units—for sustained operations, making it ideal for high-intensity conflicts requiring massed precision effects.

May 29, 2026 0 comments

Scud Missile System

written by Samuel Drake (TheDefenseWatch) 2 minutes read

Scud Missile: Soviet SRBM Legacy Weapon System

The Scud missile represents one of the most influential and widely proliferated tactical ballistic missiles in modern military history. Originally developed by the Soviet Union during the Cold War, this short-range ballistic missile (SRBM) gained international notoriety for its use in regional conflicts, including the Gulf War and Iran-Iraq War. Designed as a mobile, liquid-fueled system capable of delivering conventional, chemical, or nuclear payloads, the Scud provided Soviet and allied forces with a flexible strike capability against enemy troop concentrations, airfields, and infrastructure.

Manufacturer

The Scud series, particularly the R-17/R-300 Elbrus (SS-1c Scud-B), was developed and manufactured in the Soviet Union, primarily by the Votkinsk Machine Building Plant. While Russia has largely phased out the system, numerous variants and derivatives have been produced under license or reverse-engineered by countries including North Korea, Iran, and Iraq.

Speed and Range

The Scud-B achieves a maximum speed of Mach 5 during its terminal phase. It has an operational range of approximately 300 km with a 985 kg payload. Earlier Scud-A variants offered shorter ranges around 180 km, while extended modifications reached up to 600-700 km in some derivatives.

Cost/Price

Exact current pricing is difficult to determine due to the system’s age and black-market proliferation, but historical estimates for Scud systems and missiles range from several hundred thousand to a few million dollars per unit, depending on variant, condition, and support equipment. This relatively low cost contributed to its widespread adoption by state and non-state actors.

The Scud’s inertial guidance system offers limited accuracy (CEP of 450-900 meters), making it primarily an area-effect weapon. Its single-stage liquid propellant engine requires significant preparation time (around 1 hour) before launch from mobile TELs like the MAZ-543. Despite its obsolescence compared to modern precision-guided systems, the Scud remains a relevant threat in asymmetric warfare due to its simplicity and payload flexibility.

May 29, 2026 0 comments

Javelin Missile

written by Samuel Drake (TheDefenseWatch) 1 minutes read

Javelin Anti Tank Missile System

The Javelin missile is a man portable anti tank guided weapon widely used by infantry forces for precision strikes against armored threats. Developed in the United States, it is designed for modern battlefield conditions where mobility, accuracy, and rapid engagement are critical. The system uses a fire and forget guidance approach, allowing operators to lock on a target and immediately reposition after launch. Its top attack flight profile enables it to strike armored vehicles at their most vulnerable upper surfaces, increasing effectiveness against main battle tanks and fortified positions.

Manufacturer

The system is produced through a joint venture between Raytheon Technologies and Lockheed Martin. It was introduced into U.S. military service in the late 1990s and has since become a standard anti armor solution for infantry units across multiple allied nations. The missile incorporates advanced infrared imaging technology for target tracking and autonomous guidance.

Speed and Range

The Javelin missile has an effective engagement range of approximately 2.5 kilometers under standard conditions, with extended versions reaching up to 4 kilometers. It travels at high subsonic speed, reaching its target in seconds after launch. The system is optimized for short to medium range battlefield engagements and performs effectively in day or night operations as well as in adverse weather conditions.

Cost Price

The cost of a single Javelin missile is generally estimated between 175,000 and 250,000 dollars depending on configuration and procurement agreements. The full system, including the command launch unit, carries a higher cost due to its advanced thermal imaging and targeting electronics.

May 29, 2026 0 comments

T129 ATAK Attack Helicopter

written by Daniel Mercer (TheDefenseWatch) 1 minutes read

The T129 ATAK is a twin engine multirole attack helicopter developed for modern battlefield operations, including close air support, armed reconnaissance, anti armor warfare, and escort missions. Designed for high maneuverability and survivability, the helicopter combines advanced avionics with precision strike capability for operations in demanding combat environments.

Developed by Turkish Aerospace Industries in cooperation with Leonardo, the T129 ATAK is based on the A129 Mangusta platform but incorporates significant Turkish designed systems and weapons integration. The helicopter entered operational service with the Turkish Land Forces and has also attracted export interest from several international operators.

Design and Combat Capabilities

The T129 ATAK is powered by two LHTEC CTS800 turboshaft engines, providing strong performance in hot and high altitude environments. The helicopter can reach speeds of approximately 281 km/h and has a combat range of around 561 km, making it suitable for extended tactical missions.

Its armament includes a 20mm three barrel rotary cannon mounted under the nose, guided anti tank missiles, unguided rockets, and air to air missiles. The aircraft supports advanced electro optical targeting systems, helmet mounted sight technology, infrared sensors, and digital mission computers that improve situational awareness during day and night operations.

The helicopter also features electronic warfare systems, radar warning receivers, missile warning systems, and countermeasure dispensers designed to enhance battlefield survivability against modern air defense threats.

Cost and Operational Use

The estimated unit cost of the T129 ATAK ranges between $45 million and $60 million depending on configuration and support packages. The helicopter has been used extensively for counterinsurgency, border security, and precision strike missions.

Its combination of agility, modern sensors, and multirole capability positions the T129 ATAK as a competitive attack helicopter for nations seeking a medium weight armed rotorcraft with modern combat systems.

May 25, 2026 0 comments

Saab LoyalEye radar integrated onto a General Atomics MQ-9B drone during airborne early warning flight testing in California

MQ-9B Airborne Drone

written by Daniel Mercer (TheDefenseWatch) 2 minutes read

MQ-9B Airborne Drone: Advanced ISR and Strike UAV

The MQ-9B Airborne drone is an advanced unmanned aerial system developed for intelligence, surveillance, reconnaissance (ISR), and precision strike missions. Built by General Atomics Aeronautical Systems in the United States, the MQ-9B represents the latest evolution of the MQ-9 family designed for extended endurance and multi-domain operations.

Developed to meet modern military requirements, the MQ-9B Airborne drone supports border surveillance, maritime patrol, target acquisition, electronic monitoring, and precision attack missions. The platform is designed to operate in contested and remote environments while maintaining beyond-line-of-sight communications through satellite connectivity.

Manufacturer and Design

The drone is manufactured by General Atomics Aeronautical Systems, a leading American defense contractor known for producing the MQ-1 Predator and MQ-9 Reaper UAV families. The MQ-9B incorporates upgraded avionics, enhanced flight control systems, and NATO-compliant airspace integration features.

Powered by a Honeywell turboprop engine, the aircraft can remain airborne for over 40 hours depending on mission configuration. Its large payload capacity allows integration of electro-optical sensors, synthetic aperture radar systems, laser designators, and precision-guided weapons.

Speed, Range, and Operational Capability

The MQ-9B Airborne drone has a maximum speed of approximately 440 km/h and can operate at altitudes up to 40,000 feet. The platform supports long-range operations through satellite data links, enabling global mission coverage.

Its endurance and ISR capability make it suitable for persistent surveillance missions over maritime zones, deserts, and border regions. The aircraft can also carry AGM-114 Hellfire missiles, GBU-series guided bombs, and advanced targeting systems for precision engagement.

Cost and Operational Use

The estimated unit cost of the MQ-9B Airborne drone ranges from USD 30 million to USD 35 million depending on configuration, sensors, and mission packages. The drone is used or evaluated by several allied nations for maritime security, ISR, and combat support operations.

Its combination of endurance, payload flexibility, and autonomous flight capability makes it one of the most capable medium-altitude long-endurance UAVs currently available.

May 25, 2026 0 comments