Australia was once terrorized by AURI bombers!

A secret infiltration mission by an AURI (Indonesian Air Force) Tupolev Tu-16 "Badger A" bomber into the heart of the Australian continent in mid-1963 stands as one of the most daring psychological warfare operations in Indonesian military history.

The detailed account of this covert mission is recorded in history as follows:

1. Background and Secret Orders

In mid-1963, tensions surrounding *Operasi Dwikora* (the Indonesia-Malaysia Confrontation) were at their peak. Australia, as a member of the British Commonwealth, openly supported Malaysia and assisted in strengthening air defenses in the region.

To issue a stern warning against further Australian interference, the leadership of the AURI devised a special operation. They deployed three Tu-16 bombers. Two aircraft were sent to the Malaysian territories (Sarawak, Sandakan, and Kinabalu) to drop propaganda leaflets. The third aircraft, however, was assigned the most perilous mission: to fly deep into the Australian continent.

2. Brief Preparation and a Unique Cargo

The mission was led by Air Commodore Suwondo (who later retired with the rank of Air Vice Marshal). Shortly before the operation, the entire crew was summoned to Wing 003 at Iswahjudi Air Force Base in Madiun—around 11:00 PM Western Indonesian Time—for an impromptu briefing.

One of the crew members, Lieutenant Colonel (Ret.) Sjahroemsjah—who served as a gunner—recounted that the pilot simply instructed them to gather, bringing only water, without providing much explanation. It was only upon assembling that they learned their destination was Australia. Unlike a typical bombing mission, the payload carried by the Tu-16 on this occasion did not consist of destructive bombs, but rather military logistical supplies, including:

• Military-grade parachutes

• Communication/radio equipment

• Canned food rations

• All of these items were intentionally marked with clear labels reading: "Made in Indonesia."

3. Stealthy Flight Beneath Radar (Sea Skimming)

At precisely 01:00 AM Western Indonesian Time (WIB), the roar of the Tu-16’s twin Mikulin AM-3M jet engines shattered the silence at Iswahjudi Air Force Base. The aircraft took off into the darkness, heading south across the Indian Ocean.

To evade Australian air defense radar, Air Commodore Suwondo piloted the massive bomber using a "sea-skimming" technique—flying at an extremely low altitude just above the sea surface. This method is exceptionally hazardous for an aircraft the size of a Tu-16, as even the slightest navigational error could cause it to strike the water. Nevertheless, the maneuver succeeded in keeping the Tu-16’s silhouette below the horizon of the adversary’s radar detection range.

4. Drop Zone: Alice Springs

The designated drop zone for the cargo was Alice Springs, a small town situated at the very geographic center—the heart—of the Australian continent.

The choice of Alice Springs was not arbitrary. Although this desert region was under strict surveillance and monitoring, the Indonesian Tu-16 managed to penetrate the area completely undetected. Upon reaching the coordinates for Alice Springs, the bomb bay doors were opened, and the supplies—complete with their "Made in Indonesia" labels—were parachuted down onto Australian soil.

The psychological message behind this mission was devastatingly clear: "If we can drop canned food and radios at the very heart of your territory without being detected, we could just as easily drop bombs whenever we choose." 

5. Returning to Madiun at the Crack of Dawn

Having successfully jettisoned its payload, Suwondo immediately turned the aircraft around for the return flight. Because the return route took a wide detour for security reasons, dawn had already broken by the time the Tu-16 approached the island of Java.

The aircraft landed safely back at Iswahjudi Air Force Base in Madiun at approximately 08:00 AM Western Indonesian Time (WIB), with the sun already well above the horizon. Throughout the mission, Australia’s air defense system—including its F-86 Sabre interceptors and Bristol Bloodhound surface-to-air missiles—remained completely unaware of the intrusion.

6. Impact and Panic in Australia

The following day, when the Australian military discovered Indonesian military equipment scattered across the desert near Alice Springs, it caused an uproar among both military officials and the general public. They were shocked that their supposedly sophisticated radar system had been bypassed by an Indonesian strategic bomber.

This psychological warfare mission was a resounding success. The psychological impact of this daring flight forced Australia to completely overhaul its air defense strategy and think twice about engaging in an open, direct confrontation with the Indonesian military during that era.

Advanced Armoured Personnel Carriers (APC) Today

Among the advanced Armoured Personnel Carriers (APCs) in service today are the Israeli-made Eitan and the Finnish-made Patria AMV XP, alongside other modern contenders such as the P2 Tiger (a collaboration between PT SSE of Indonesia and Texelis of France).

1. Israeli Eitan APC (8x8)

• Key Technology: Incorporates technology derived from the Merkava main battle tank and the Namer combat vehicle; equipped with the Rafael-developed Trophy active protection system (APS).

• Mobility & Engine: Powered by an MTU 6V890 turbo-diesel engine producing 750 hp. Maximum speed: 90 km/h.

• Protection: Features the Iron Fist Light Decoupled APS, capable of intercepting RPGs, anti-tank missiles, and kinetic energy projectiles via a radar-based detection system. Meets STANAG 4569 Level 4 standards, utilizing NERA (Non-Explosive Reactive Armor). The V-shaped hull is designed to withstand blasts equivalent to 10 kg of TNT.

• Capacity: Carries up to 12 personnel (9 soldiers plus crew).

> Primary Armament: Base APC variant: Samson Remote Weapon Station (RCWS) equipped with a 12.7 mm M2 heavy machine gun or a 40 mm automatic grenade launcher.

IFV variant: Turret-mounted 30 mm or 40 mm automatic cannon.

> Secondary Armament: 7.62 mm NATO pintle-mounted machine gun.

> Integrated with Spike anti-tank guided missile (ATGW) launchers (on the IFV variant).

2. Patria AMV XP (8x8)

• Origin: Finland (manufactured globally and under local license; notably used by Japan’s Ground Self-Defense Force/JGSDF). • Advantages: Possesses a strong battle-proven track record in various extreme terrains (such as Afghanistan), a high-end independent suspension system, and modular ballistic protection that can be adapted to counter threats ranging from RPGs to modern landmines.

> Weapon Configuration: Highly modular. It can be equipped with medium-caliber weapon systems, direct-fire cannons up to 120 mm, or the Patria Nemo 120 mm dual-mortar system.

Secondary armament: A secondary Protector RWS (Remote Weapon Station) or anti-tank/anti-aircraft missiles.

> Supports the integration of various types of global Anti-Tank Guided Missiles (ATGMs).

> Protection: Compatible with modern Active Defense Systems (ADS); features low-radar-emission technology and thermal-stealth sensors.

Rated at STANAG 4569 Level K5+ (exceptionally thick for a wheeled vehicle). Mine protection exceeds Level 4a/4b; includes IED resistance and CBRN (chemical, biological, radiological, and nuclear) defense.

> Engine: Scania diesel engine producing 603 hp (450 kW). Maximum speed: >100 km/h (includes amphibious capability at 6–10 km/h).

> Personnel Capacity: Up to 12–13 individuals, depending on the weapon turret configuration and internal module layout.

3. P2 Tiger (4x4) — A Collaborative Effort Between Indonesia and France

• Origin: Developed by PT Sentra Surya Ekajaya (PT SSE) in Tangerang, in partnership with Texelis (France).

• Protection & Weight: Weighs 18 tons with protection standards ranging from STANAG 4569 Level 2 to Level 4 (depending on the mission configuration). Utilizes a monocoque hull design based on French military protection standards. • Engine: 8.9L Cummins diesel engine producing 375 hp, paired with an Allison 6-speed automatic transmission. Maximum speed is approximately 100–110 km/h.

> Weapon configuration: Features an integrated tactical Remote Controlled Weapon Station (RCWS) capable of mounting machine guns ranging from 7.62 mm to 12.7 mm. It can also be configured as an Infantry Fighting Vehicle (IFV).

Secondary armament: Smoke grenade launchers for tactical defense and crew protection.

> Capacity: 10 personnel (2 primary crew members + up to 8 infantry troops).

Summary of Combat Characteristics

• The Eitan APC excels in active protection, particularly in urban environments; it was specifically designed based on the IDF’s intensive urban combat experience (utilizing the Iron Fist Active Protection System—APS—to neutralize RPGs before they strike the vehicle’s hull).

• The Patria AMV XP excels in terms of firepower modularity. This combat vehicle can be rapidly reconfigured for different roles, including as a mobile artillery system, thanks to its capacity to support heavy turrets—such as the 120 mm Nemo rapid-fire mortar system.

• The P2 Tiger (by PT SSE) excels in rapid tactical mobility (interoperability). With a weight of 18 tons and a 4x4 configuration, it is highly agile, allowing it to navigate narrow roads or cross light-duty bridges. Furthermore, two P2 Tiger units can be loaded simultaneously into an Airbus A400M military transport aircraft for rapid aerial deployment.

Gulf Wars and the iconic military weapon system used

The Gulf Wars refer to a series of major military conflicts in the Persian Gulf region involving Iraq as a primary actor. The numbering of these wars often varies slightly between Western literature and general historical accounts.
Below is a summary of Gulf Wars 1, 2, and 3, along with the iconic military weapon system used in each:


1. Gulf War I (1980–1988)

F-14 Tomcat (Iran)

• Description: Also known as the Iran-Iraq War. The conflict was triggered by disputes over the strategic Shatt al-Arab waterway, rivalry for dominance in the Gulf, and Iraqi concerns regarding the spread of Iran's Islamic Revolution. The war lasted eight years and ended without a clear victor via a UN-brokered ceasefire.
• Notable Military Hardware Used:
• F-14 Tomcat Fighter Jet (Iran): Used by Iran to dominate airspace and intercept Iraqi jets. Iran was the only foreign nation to acquire this aircraft from the US prior to the revolution.
• MiG-25 & Mirage F1 Fighter Jets (Iraq): Used by Iraq to launch air strikes against Iranian oil facilities.

MiG-25 (Iraq)

Mirage F1 (Iraq)

• Scud Missiles (Iraq): Soviet-made ballistic missiles used by Iraq to bombard Iranian cities during the "War of the Cities."
• Chemical Weapons (Iraq): Iraq employed nerve agents (such as Sarin and Tabun) and mustard gas on a large scale to halt waves of mass Iranian infantry attacks.

Scud Missile (Iraq)

2. Gulf War II (1990–1991)

M1A1 Abram MBT

• Description: Known globally as "The Gulf War" or Operation Desert Storm. This war broke out after Iraq invaded Kuwait following disputes over debt and oil production. A US-led coalition force subsequently launched a massive military operation to expel Iraq from Kuwait.
• Notable Military Hardware Used:
• M1A1 Abrams Tank (US): The coalition's main battle tank, which dominated legendary ground engagements such as the Battle of 73 Easting, easily defeating Iraqi T-72 tanks.
• Tomahawk Cruise Missile (US): A long-range missile fired from warships and submarines in the Persian Gulf to precisely destroy Iraqi air defenses early in the war.

Tomahawk Cruise Missile

• F-117 Nighthawk Stealth Jet (US): The first stealth aircraft used extensively to penetrate Baghdad's dense air defenses without radar detection.
• MIM-104 Patriot Air Defense System (US): Renowned for its active role in intercepting and destroying Scud missiles fired by Iraq at Saudi Arabia and Israel.

F-117 Nighthawk

Patriot Missile

 
• AH-64 Apache Helicopter & A-10 Thunderbolt II Jet (US): "Tank busters" that disabled thousands of Iraqi armored vehicles in the desert.

AH-64 Apache

3. Gulf War III (2003–2011)


• Description: Also known as the 2003 Invasion of Iraq or the Iraq War. The United States and its allies invaded Iraq, alleging that Saddam Hussein's regime possessed weapons of mass destruction (WMD) and supported terrorism. Saddam Hussein's regime was successfully overthrown within weeks, yet the conflict dragged on for years as a guerrilla war against insurgents until the U.S. withdrew its troops in 2011.
• Notable Military Hardware Used:
• Bradley & Stryker Armored Vehicles (U.S.): Widely used for infantry mobility in Iraqi urban areas prone to landmines and guerrilla attacks.

Stryker

Bradley

 
• MQ-1 Predator Unmanned Aerial Vehicles (Drones) (U.S.): Increasingly deployed for reconnaissance (aerial surveillance) and precision airstrikes using Hellfire missiles against insurgent leaders.

MQ-1 Predator

JDAM Smart Bombs

• JDAM (Joint Direct Attack Munition) Smart Bombs (U.S.): GPS-guided kits that converted conventional bombs into precision munitions, used by the coalition to destroy Iraqi defensive bunkers and command centers with high accuracy.
• IEDs (Improvised Explosive Devices) (Iraqi Insurgents): Although not official military hardware, these roadside bombs became the deadliest and most iconic weapons, destroying thousands of coalition military vehicles during the guerrilla warfare phase.

The Battle of Kursk

The Battle of Kursk was the largest tank battle in history—specifically the engagement near the town of Prokhorovka—taking place during the summer of 1943 on the Eastern Front of World War II.

Key Battle Details:

• Timing: July to August 1943, with the peak of the armored battle at Prokhorovka occurring on July 12, 1943.

• Belligerents: Nazi Germany (German Army/Wehrmacht) versus the Soviet Union (Red Army).

• Scale of Forces: Involved thousands of combat vehicles. In total, the Battle of Kursk involved between 6,000 and 8,000 tanks from both sides. On the peak day at Prokhorovka, approximately 1,500 tanks faced each other at close range.

• Outcome: A strategic victory for the Soviet Union. The battle shattered German offensive power (Operation Citadel) and shifted the initiative of the war entirely into Soviet hands for the remainder of the conflict.

Military Strategy & Tactics

The Battle of Kursk served as a strategic showdown between German rapid-attack doctrine and Soviet layered defense.

Nazi Germany (Operation Citadel)

Primary Strategy: Double Envelopment. Attacking the Kursk salient simultaneously from the north and south to encircle and destroy the Soviet forces within it.

Field Tactics: Armored Wedge (*Panzerkeil*). Heavy tanks (Tiger) at the vanguard to breach defensive lines, followed by medium tanks (Panther & Panzer IV), and then infantry.

Combat Style: Planned Offensive. Relying on the technological superiority of new tanks and the tactical quality of armored troops for rapid penetration.

Soviet Union (Red Army)

Primary Strategy: Defense in Depth. Construction of eight layered defensive zones spanning nearly 300 kilometers, featuring minefields, anti-tank artillery, and barbed wire.

Field Tactics: Anti-Tank Pockets (*Pakfronts*). Grouping up to 10 anti-tank guns under a single command to simultaneously fire at a single German tank target from close range.

Combat Style: Attrition and Counter-attack. Allowing the Germans to exhaust themselves breaking through successive layers of fortifications, then deploying strategic reserves to launch a counter-attack.

At the height of the battle at Prokhorovka, the operational space became extremely confined. Soviet tactics shifted to close-quarters combat (melee). Soviet T-34 tanks charged at high speed directly toward German tank formations to negate the long-range gun advantage held by Tiger tanks.

This battle served as a proving ground for the armored monsters of both nations. Germany relied on the quality of its latest technology, while the Soviets relied on production volume and ease of maintenance.

1. Nazi German Armored Forces

Germany introduced several of its newest combat vehicles in this battle, although many still suffered from technical issues.

• Tiger I (Panzer VI): A legendary heavy tank featuring a highly lethal 88mm gun and thick armor plating. It was capable of destroying Soviet tanks from long range before they could close the distance.

• Panther (Panzer V): A new medium tank designed specifically to counter the Soviet T-34. It featured effective sloped armor and a high-penetration gun but frequently broke down due to unresolved engine issues.

• Panzer IV: The workhorse of the German Army, upgraded with a long-barreled 75mm gun to engage Soviet medium tanks.

• Ferdinand/Elefant: A heavy tank destroyer armed with an 88mm gun. Very heavily armored but slow, and lacking a machine gun for close-range defense against infantry.

2. Soviet Armored Forces

The Soviets employed tactics based on organized mass, utilizing robust tanks that were easily mass-produced.

• T-34/76: The primary Soviet medium tank and one of the best tanks of World War II. It possessed high mobility thanks to wide tracks (ideal for muddy terrain) and sloped armor. Although its 76mm gun struggled to penetrate the Tiger from the front, the tank was highly lethal when attacking from the flanks or rear.

• KV-1 & KV-1S: Soviet heavy tanks that, while becoming obsolete, remained in use to withstand German assaults on the front lines.

• SU-122 & SU-76: Self-propelled artillery used to provide direct fire support for destroying German bunkers and defensive lines.

• M4 Sherman & Churchill: Tanks supplied by the Allies (the US and UK) via the Lend-Lease program, which helped reinforce several Soviet divisions.