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AS9 Huntsman Howitzer

written by TeamDefenseWatch 1 minutes read

AS9 Huntsman Self-Propelled Howitzer

The AS9 Huntsman represents a major modernization leap for Australia’s land-based artillery, merging proven South Korean K9 Thunder heritage with extensive Australian defense industry integration. Designed for high-mobility fire support, the 155mm self-propelled system provides fast, precise, and survivable firepower tailored for Indo-Pacific operational demands. Born from a collaborative success between Hanwha Aerospace and Australian industry partners, the program also established local manufacturing, marking one of the largest defense industry technology transfers in Australia’s history.

A key success story of the Huntsman program is the establishment of the Hanwha Armoured Vehicle Centre of Excellence (H-ACE) in Victoria, where local workers and suppliers contribute to building and sustaining the platform. This has helped shape a sovereign artillery capability while ensuring long-term regional supportability.

The AS9 is optimized for rapid “shoot-and-scoot” operations, firing multiple precision-guided or conventional 155mm projectiles before quickly relocating to avoid counter-battery threats. Powered by a robust diesel engine and built on a reinforced armored chassis, the howitzer offers strong battlefield protection, including advanced blast resistance and optional automation upgrades.

Equipped with a modern fire-control suite, GPS-aided navigation, and automated loading support, the AS9 delivers high accuracy alongside a sustained rate of fire. Its operational range, crew survivability features, and integration potential with unmanned systems and digital command networks make it a highly capable artillery solution in emerging multi-domain environments.

AS9 Huntsman Price

The AS9 Huntsman Self-Propelled Howitzer is not currently offered for U.S. acquisition; however, its projected per-unit cost—based on allied procurement—typically ranges between $9–12 million, depending on configuration, support packages, and ammunition integration.

December 3, 2025 0 comments

R-60 Missile

written by TeamDefenseWatch 2 minutes read

R-60 Short-Range Infrared Air-to-Air Missile

The R-60 is one of the most recognizable short-range air-to-air missiles developed during the Cold War, designed to give Soviet fighter aircraft a compact, agile, and rapid-reaction weapon for close-range engagements. Known by NATO as the AA-8 “Aphid,” the missile remains in service with several air forces and has seen extensive operational use across multiple conflicts.

Overview and Development

Developed by the Soviet Union’s Molniya Design Bureau, the R-60 was introduced in the mid-1970s to equip fighters such as the MiG-21, MiG-23, MiG-29, and Su-27. Its purpose was clear: provide a highly maneuverable heat-seeking missile capable of striking fast-moving airborne targets at short distances.

Capabilities and Technology

The standard R-60 features an infrared homing seeker, enabling true fire-and-forget performance. Its compact airframe—under 45 kg—allows aircraft to carry multiple missiles without compromising agility. With a typical engagement range of up to 8 km, the R-60 excels in dogfight scenarios where rapid lock-on and high maneuverability are essential.

The missile’s fragmentation warhead is designed to maximize effectiveness against fighters, UAVs, and low-altitude airborne threats. Upgraded versions, including the R-60M, offer improved seekers, better countermeasure resistance, and an expanded engagement envelope.

Operational Use

Throughout its service life, the R-60 has been used in numerous regional conflicts, proving reliable in harsh environments. It remains compatible with many legacy and modernized aircraft in Asia, Eastern Europe, Africa, and the Middle East.

Applications for U.S. Defense Analysis

For U.S. defense observers, the R-60 remains relevant due to its widespread presence in global inventories and its role in shaping close-range air-combat doctrine among non-NATO operators.

R-60 Missile Price

While pricing varies due to age, export history, and refurbishment status, R-60 missiles typically fall into the low-cost short-range missile category, making them inexpensive compared to modern Western equivalents. Exact U.S. market values depend on availability through allied inventories or decommissioned stock.

December 3, 2025 0 comments

Shahed-136 Drone

written by TeamDefenseWatch 1 minutes read

Shahed-136 Loitering Munition System

The Shahed-136 loitering munition has emerged as one of the most widely recognized kamikaze drones used in modern warfare. Originally developed by Iran and later supplied to Russian forces, the platform is designed for long-range precision strikes against fixed infrastructure, logistics hubs, and high-value targets. Its low cost, simplicity, and long-endurance flight profile have made it a significant component of Russia’s asymmetric strike capability.

Manufactured by Iran Aircraft Manufacturing Industrial Company (HESA), the Shahed-136 features a delta-wing layout with a rear-mounted pusher propeller and a small warhead integrated into the fuselage. While unsophisticated compared to Western loitering munitions, its mass-production design and swarm-deployment tactics have proven tactically challenging for defending forces. The drone typically cruises at relatively low speeds and altitudes, helping it evade radar and overwhelm air defenses when launched in large numbers.

Operational use by Russia has demonstrated its range—often estimated at 1,000–2,000 km depending on payload and launch method—allowing stand-off strikes from deep within Russian territory. Its warhead, roughly 30–50 kg, is optimized for damaging infrastructure such as power stations, ammunition depots, fuel facilities, and command posts. Navigation relies on commercial-grade satellite guidance blended with inertial systems, making it resistant to limited GPS disruption but still vulnerable to stronger jamming.

Shahed-136 Drone Price

In the U.S. defense analysis community, the Shahed-136 is often highlighted for its low production cost—reportedly tens of thousands of dollars per unit—significantly cheaper than most interceptors used to defeat it. This cost asymmetry has driven renewed focus on counter-UAS technologies, including electronic warfare, short-range air defense, and directed-energy systems.

December 3, 2025 0 comments

STRATUS Cruise Missile

written by TeamDefenseWatch 2 minutes read

STRATUS Cruise Missile – Stealthy Deep-Strike Weapon for Next-Gen Warfare

The unveiling of STRATUS marks a significant leap forward in European long-range strike capability. Developed by MBDA under the former FC/ASW program, STRATUS represents a family of next-generation cruise and anti-ship missiles crafted to replace legacy systems such as SCALP/Storm Shadow, Exocet, and Harpoon.

What is STRATUS

STRATUS is offered in two complementary variants: the subsonic, stealth-optimized STRATUS LO (Low Observable) — previously known as TP15 — and the supersonic, maneuverable STRATUS RS (Rapid Strike) — formerly RJ10. The LO version is tailored for deep-strike missions against land infrastructure and high-value maritime targets, leveraging low observability to penetrate defended airspace.

Built through a cooperative effort among France, the United Kingdom and Italy — under the umbrella of the Lancaster House treaties — STRATUS draws on shared engineering and production, aiming to deliver a flexible, interoperable missile family.

Capabilities and Design

STRATUS LO features a refined airframe with stealth shaping — compact lifting surfaces, blended body contours and radar-absorbent materials — to minimize radar cross section. This subsonic missile is expected to provide very long-range engagements, often cited around 500 km up to roughly 1,000 km, enabling strikes from well beyond the reach of many conventional anti-ship or coastal-defense systems.

STRATUS RS, in contrast, is optimized for speed and maneuverability — a ramjet-powered supersonic weapon intended for suppression of air defenses (SEAD/DEAD), rapid anti-ship strikes and engagements against high-value, time-sensitive targets.

Both variants share a modular architecture and are designed for launch from a variety of platforms — naval vessels (e.g. via Mk 41 Vertical Launch System), aircraft, or possibly land-based platforms — offering flexibility across air, sea, and land domains.

Guidance, navigation, and targeting systems are expected to incorporate advanced avionics capable of operating in contested or GPS-denied environments, ensuring accuracy and reliability even against modern electronic countermeasures. ASD News+1

In operational terms, STRATUS aims to offer a layered strike strategy: stealthy LO missiles for deep-strike and surface warfare, complemented by RS missiles for high-speed suppression and air-defense penetration — complicating enemy defensive planning and enhancing strategic flexibility

December 3, 2025 0 comments

Bayraktar Kizilelma Drone

written by TeamDefenseWatch 2 minutes read

Kizilelma Jet‑Powered UCAV

Baykar began initial public design disclosure in 2021; the first production‑prototype flight occurred 14 December 2022. The platform entered low-rate serial production in 2025, with full operational induction planned for 2026.

Kizilelma Jet‑Powered UCAV Price

The Bayraktar KIZILELMA marks a turning point in unmanned combat aviation. Developed by Baykar in Türkiye, Kizilelma blends stealth‑oriented design, jet performance, and autonomous operation — offering a fighter‑class UAV capable of air‑to‑air and air‑to‑surface roles. Built to operate from ships with short runways (e.g., amphibious carriers), it represents a leap for nations aiming to project airpower without risking pilots.

Major Capabilities & Role

Equipped with a turbofan engine and a stealth‑optimized airframe, Kizilelma achieves a cruise speed of approximately Mach 0.6, topping out near Mach 0.9. Its reported combat radius is some 500 nautical miles (≈ 926 km), with a service ceiling around 45,000 ft. The aircraft carries up to 1.5 tonnes of payload — including internal and external weapons — making it suitable for varied missions from precision strike to air‑to‑air engagements.

Kizilelma integrates advanced sensors: a multi-mode AESA radar (developed by Aselsan), an electro-optical/IR targeting suite, and secure long-range datalinks supporting both line-of-sight and beyond-line-of-sight operations.

In a landmark November 2025 test over the Black Sea near Sinop, Kizilelma fired an indigenous Gökdoğan missile and successfully destroyed a jet-powered target — marking the first time an unmanned fighter has completed a full radar‑guided beyond‑visual‑range (BVR) air‑to‑air kill.

Beyond air‑to‑air, Kizilelma has demonstrated integration with precision air‑to‑surface munitions, such as the locally produced TOLUN bomb carried externally, paving the way for deep‑strike and SEAD missions.

Designed for the complexities of modern warfare, Kizilelma is ideal for roles such as suppression of enemy air defenses (SEAD), deep‑penetration strikes, maritime strike operations from carriers, and loyal‑wingman support for manned fighters — minimizing risk to human pilots while delivering high-end capability.

December 2, 2025 0 comments

Palestine-2 Missile

written by TeamDefenseWatch 2 minutes read

Palestine-2 Hypersonic Missile

The Palestine-2 Missile is a next-generation short- to medium-range tactical ballistic missile developed for precision strike missions against high-value military targets. Designed for regional deterrence and rapid-response engagements, the system reflects a continued evolution of indigenous missile capabilities in contested environments. Its primary role includes counter-force operations, infrastructure suppression, and battlefield interdiction.

Manufactured by a regional defense industry consortium, the missile is believed to integrate modern navigation technologies such as INS/GPS hybrid guidance, enabling improved accuracy compared to earlier variants. The Palestine-2 features a streamlined aerodynamic body, solid-fuel propulsion, and a modular warhead architecture, giving operators flexibility across different mission profiles.

With an estimated range of 250–300 km, the missile is tailored for mobile launch platforms, allowing rapid deployment and shoot-and-scoot survivability. Its solid-fuel motor delivers high launch readiness and reduced maintenance requirements, while a possible terminal guidance update enhances precision against hardened targets. The missile’s warhead is expected to fall within the 300–500 kg class, offering options such as high-explosive, penetration, or fragmentation payloads depending on mission demands.

Although operational details remain limited, open-source assessments suggest that the Palestine-2 is optimized for engagements against command centers, logistics nodes, air-defense sites, and critical military infrastructure. Its performance profile places it among emerging tactical ballistic missile systems designed to operate in high-threat, GPS-denied, or contested air-defense environments.

Overall, the Palestine-2 represents a significant upgrade in regional strike capability, emphasizing mobility, survivability, and precision. It adds to the growing suite of tactical missile platforms developed for asymmetric and conventional deterrence roles.

Palestine-2 Missile Price in United State

Because the Palestine-2 is not an internationally exported weapon and has no formal procurement pathway involving the United States, no official U.S. market price exists. However, comparable tactical ballistic missiles generally fall within a broad cost range of $1.5 million to $4 million per unit, depending on guidance package, warhead configuration, and platform integration.

December 2, 2025 0 comments

Hwasong-16B Missile

written by TeamDefenseWatch 2 minutes read

Hwasong-16B Hypersonic Ballistic Missile

The Hwasong-16B represents one of the most advanced missile developments publicly revealed by North Korea, signaling a shift toward hypersonic glide technologies and maneuverable re-entry vehicles intended to complicate regional missile-defense systems. First showcased during a major military parade, the missile is assessed by defense analysts as part of Pyongyang’s ongoing effort to expand its long-range, precision-strike portfolio.

Manufactured by North Korea’s Academy of Defense Sciences, the Hwasong-16B is believed to be a derivative of the Hwasong intercontinental ballistic missile (ICBM) family, but optimized for enhanced maneuverability during terminal flight. While exact specifications remain undisclosed, available imagery and state media claims suggest the system incorporates a hypersonic glide vehicle (HGV), enabling unpredictable flight paths that can challenge radar tracking.

Designed for strategic deterrence, the Hwasong-16B’s estimated range—based on size and configuration—could potentially extend thousands of kilometers, fitting within North Korea’s long-range missile doctrine. Its hypersonic glide stage is expected to reach speeds exceeding Mach 5, allowing rapid engagement capability and reduced interception opportunities. The missile is likely road-mobile, using a large transporter-erector-launcher (TEL), enabling flexible deployment and reduced vulnerability to pre-emptive strikes.

In terms of payload, the system is believed to be dual-capable, accommodating either conventional or nuclear warheads depending on mission requirements. Its guidance is assumed to combine inertial navigation with updated terminal maneuvering sensors to maintain accuracy despite high-speed flight.

For defense observers and U.S. military planners, the Hwasong-16B highlights the rapid progression of North Korean missile-defense evasion technologies. The system’s introduction increases strategic complexity across Northeast Asia, especially concerning early-warning timelines and missile-intercept planning.

Hwasong-16B Missile Price

As the Hwasong-16B Hypersonic Ballistic Missile is a North Korean strategic missile, it is not commercially available, and no official price exists. Costs cannot be determined due to the classified nature of the program and its status as a state-produced strategic weapon.

December 2, 2025 0 comments

S-100 Camcopter Drone

written by TeamDefenseWatch 2 minutes read

Schiebel Camcopter S-100 – Compact VTOL Naval/ISR Drone

The Schiebel Camcopter S-100 is a versatile vertical-takeoff-and-landing (VTOL) unmanned aerial system that delivers flexible maritime and land-based surveillance, reconnaissance and support capabilities from small decks or austere launch sites. Developed by Austrian aerospace firm Schiebel between 2003 and 2005, the S-100 entered service in 2005 and has since become an internationally adopted platform across naval, border-security and civilian agencies.

S-100 is engineered for both maritime and overland use — operating from ships, coastal patrol vessels, remote airfields or improvised ground sites without needing prepared runways or heavy ground equipment. Its rotorcraft design, with compact fuselage and twin-rotor configuration, enables automatic vertical take-off and landing (VTOL) as well as precise deck landings on frigates or patrol vessels.

Equipped with a range of sensor payloads — daytime and infrared electro-optical/IR cameras, thermal surveillance, synthetic-aperture radar (SAR), ground-moving target indication (GMTI), laser/radar imaging, plus optional maritime radars, communications relays, and IFF or drop-container capability — the S-100 can be configured for maritime patrol, surveillance, border control, search & rescue, minefield mapping, convoy escort, and disaster-response.

Powered by a single Wankel-type rotary engine (approximately 50 hp), the S-100 reaches a top speed of about 220–222 km/h, with cruise/loiter speeds around 100–105 km/h. Standard flight endurance is 6 hours with a typical 34–50 kg payload; when fitted with an external fuel tank (using AVGas or heavier JP-5 / Jet-A1 fuel), endurance extends to 10+ hours, enabling beyond-line-of-sight missions over land or sea, with data links up to roughly 200 km.

Navigation and control are handled via redundant GPS/INS systems; missions can be flown autonomously via pre-programmed waypoints or manually from a ground control station. The S-100 supports real-time data transmission to remote operators, even in adverse weather or night conditions.

Today, operators include naval and coast-guard forces worldwide — reflecting the S-100’s proven reliability and adaptability to evolving maritime and land-based security challenges.

December 2, 2025 0 comments

RQ-4 Global Hawk Drone

written by TeamDefenseWatch 1 minutes read

RQ-4 Global Hawk High-Altitude Recon Drone

The RQ-4 Global Hawk is one of the most advanced high-altitude, long-endurance intelligence, surveillance, and reconnaissance (ISR) drones in U.S. service. Developed by Northrop Grumman, the aircraft was designed to provide near-real-time, wide-area reconnaissance over contested or remote environments. Since entering service in the early 2000s, the Global Hawk has become a cornerstone of U.S. strategic ISR operations.

Design and Capabilities

Built for extreme endurance, the RQ-4 can remain airborne for more than 30 hours while cruising above 60,000 feet, far beyond the reach of most surface threats. The airframe features a glider-like wingspan, optimized for fuel efficiency and high-altitude performance. Powered by a single Rolls-Royce AE3007H turbofan engine, the aircraft provides reliable long-duration flight across transcontinental ranges.

Its mission systems include a multi-platform radar, synthetic aperture radar (SAR), electro-optical/infrared (EO/IR) sensors, and signals intelligence (SIGINT) suites. These sensors allow the drone to track ground movement, map large territories, and capture detailed imagery in both day and night conditions. Satellite communications link the platform to U.S. and allied command centers worldwide, enabling beyond-line-of-sight control.

Operational Use

The Global Hawk has been deployed extensively by the U.S. Air Force, NATO, South Korea, and other partners. It has played key roles in operations over the Middle East, the Indo-Pacific, and Europe, supporting counterterrorism, missile monitoring, humanitarian relief assessments, and maritime surveillance.

December 2, 2025 0 comments

RQ-21A Blackjack Drone

written by TeamDefenseWatch 1 minutes read

The RQ-21A Blackjack is a small tactical unmanned aircraft system (STUAS) designed to give U.S. Marine Corps and Navy units robust intelligence, surveillance, and reconnaissance (ISR) capabilities in expeditionary environments. Compact, runway-independent, and optimized for maritime and ground forces, the Blackjack delivers real-time situational awareness across a wide spectrum of missions.

Developed by Insitu, a Boeing subsidiary, the RQ-21A originated from a requirement to field a portable, ship-compatible ISR system capable of launching from austere locations. Its catapult launch and SkyHook recovery system eliminate the need for conventional runways, making it particularly well suited for amphibious ready groups, forward operating bases, or rapidly deployed Marine Air-Ground Task Forces (MAGTF).

Powered by a quiet gasoline engine, the drone cruises at modest speeds but compensates with strong endurance, a flexible payload bay, and multi-sensor capabilities. Equipped with an EO/IR camera, communication relay payloads, maritime search sensors, and electronic warfare modules, the Blackjack supports reconnaissance, target tracking, battle damage assessment, and force protection. Its encrypted datalinks provide secure real-time video and communications back to a lightweight ground control station.

The RQ-21A has seen operational use in the Middle East, Africa, and maritime security operations, enhancing small-unit commanders’ ability to identify threats, monitor terrain, and support precision operations. With a modular architecture and open payload configurations, the drone continues to serve as a cost-effective ISR asset for missions requiring persistence without the logistical footprint of larger UAVs.

RQ-21A Blackjack Drone Price

The RQ-21A Blackjack typically costs USD 5–6 million per system, depending on payloads, spares, and support equipment. A full system includes multiple air vehicles, a ground control station, launch-and-recovery mechanisms, and support gear.

December 1, 2025 0 comments