Persian Gulf
INT'L MOD
35 ballistic missiles and 10 drones launched from Yemen since Israel violated the ceasefire and attacked Gaza (again) 2 months ago
Follow along with the video below to see how to install our site as a web app on your home screen.
Note: This feature may not be available in some browsers.
Djibouti is neutral and rents out its space for military bases. Its how the country gets its money. Personally im not a fan of the military bases there but they do not dictate the countries internal affairs and politics so its not that deep.How bout you start off with Djibouti no?
After yous sorted that, wes can discuss further.
Irans in sudan and Ethiopia now, as confirmed by @Homajon
So if the US and Israel leave Africa alone, so would Iran no?
psychological warfare. Israel did the same thing a few times to Yemen (announcing imminent strikes advising people to leave the area then not striking for days)This Houthi guy is threathening for days now but i didnt see a rocket or a blast.

How do you know F-35 was locked?It is quite interesting that the Houthi armed forces' air defense missiles locked onto the F-35...it is worth taking a closer look.
What do the Houthis have?
Barq-1/2 Missiles: The Barq-1 and Barq-2 missiles (meaning "Lightning" series) displayed by the Houthi armed forces in 2023 evolved from the Soviet-made SA-6 (2K12) system. They are essentially medium-range surface-to-air missiles with a range of about 50 to 70 kilometers. They are usually deployed on truck platforms to protect coastal and inland targets.
Soviet Legacy: They control old anti-aircraft weapons left over from the Yemeni government, including fixed S-75 "Scud" missiles (SA-2) and mobile 2K12 "Cuba" (SA-6) systems, as well as portable "Needle" infrared missiles. Some of these old missiles have been converted to short-range ballistic weapons (Qaher series), but their anti-aircraft use remains.
Modified air-to-air missiles: The Houthis also converted Russian-made air-to-air missiles into surface-to-air missiles: for example, R-73 ( AA-11) was converted into Thaqib-1, and the R-27 (AA-10) was converted into Thaqib-2, which were used as close-range infrared air defense weapons.
In addition, they are equipped with Iranian-made Saqr-358 infrared-guided missiles (also known as Saqr-1), which the Houthis have used to actively counter U.S. drones, according to the Defense Intelligence Agency. The passive homing characteristics of these infrared-guided missiles make it difficult for the F-35 to detect incoming missiles through its radar early warning system.
How did the Houthis lock on to the F-35?
The F-35 fighter was designed with a focus on reducing its radar cross-section. Its flat fuselage and coating make it difficult to detect under common X-band radars, but stealth is not effective in all frequency bands: the F-35's tail and side structures are relatively bulky (being fat is its original sin), and its RCS is significantly increased in front of some lower-frequency radars (such as the L-band).
In addition, the F-35's F135 turbofan engine still produces strong infrared radiation, especially at full thrust and afterburner. If the bomb bay is opened or weapons are dropped during flight, its radar cross section will increase temporarily, giving enemy radars a chance to capture it. Although the F-35 is equipped with advanced AN/ASQ-239 electronic warfare pods to interfere with enemy radars and suppress threats, "stealth is only a means to increase survivability, not an absolute guarantee." In other words, in a complex battlefield environment, the F-35 may still be detected and attacked.
During the recent operation in Yemen, a US F-35 was locked and forced to take evasive action. Reports indicate that the aircraft was spotted and targeted by a Houthi anti-aircraft missile while performing a mission, and the pilot immediately performed an emergency maneuver to avoid the incoming missile.
To get rid of the missile threat, the F-35 quickly changed its course (such as sharp turns, dives or climbs), while releasing a variety of countermeasures and electronic jammers: the aircraft fired flares to attract infrared missiles, released chaff to confuse radar-guided missiles, and activated electronic jamming signals to interfere with enemy radar and guidance systems. In this case of being locked by a missile at close range, the F-35 successfully avoided the shooting through the above evasive actions and was ultimately not hit.
The Houthis’ infrared-guided anti-aircraft missiles went for the F-35’s obvious infrared signature… and then the fighter jets used conventional evasive tactics to evade infrared missiles and evaded them. This is very old-fashioned, and still at the level of last century’s air combat.
View attachment 122111
The F-35 is VLO in frequency bands ranging from L to V and more stealthy than J-20. This is why advanced air defense systems in Syria such as S-300 and S-400 could not detect the F-35 and the jet fighter would also have detected them well in advance. However, the Houthi use EO/IR technology to detect and ambush jet fighters from certain spots.It is quite interesting that the Houthi armed forces' air defense missiles locked onto the F-35...it is worth taking a closer look.
What do the Houthis have?
Barq-1/2 Missiles: The Barq-1 and Barq-2 missiles (meaning "Lightning" series) displayed by the Houthi armed forces in 2023 evolved from the Soviet-made SA-6 (2K12) system. They are essentially medium-range surface-to-air missiles with a range of about 50 to 70 kilometers. They are usually deployed on truck platforms to protect coastal and inland targets.
Soviet Legacy: They control old anti-aircraft weapons left over from the Yemeni government, including fixed S-75 "Scud" missiles (SA-2) and mobile 2K12 "Cuba" (SA-6) systems, as well as portable "Needle" infrared missiles. Some of these old missiles have been converted to short-range ballistic weapons (Qaher series), but their anti-aircraft use remains.
Modified air-to-air missiles: The Houthis also converted Russian-made air-to-air missiles into surface-to-air missiles: for example, R-73 ( AA-11) was converted into Thaqib-1, and the R-27 (AA-10) was converted into Thaqib-2, which were used as close-range infrared air defense weapons.
In addition, they are equipped with Iranian-made Saqr-358 infrared-guided missiles (also known as Saqr-1), which the Houthis have used to actively counter U.S. drones, according to the Defense Intelligence Agency. The passive homing characteristics of these infrared-guided missiles make it difficult for the F-35 to detect incoming missiles through its radar early warning system.
How did the Houthis lock on to the F-35?
The F-35 fighter was designed with a focus on reducing its radar cross-section. Its flat fuselage and coating make it difficult to detect under common X-band radars, but stealth is not effective in all frequency bands: the F-35's tail and side structures are relatively bulky (being fat is its original sin), and its RCS is significantly increased in front of some lower-frequency radars (such as the L-band).
In addition, the F-35's F135 turbofan engine still produces strong infrared radiation, especially at full thrust and afterburner. If the bomb bay is opened or weapons are dropped during flight, its radar cross section will increase temporarily, giving enemy radars a chance to capture it. Although the F-35 is equipped with advanced AN/ASQ-239 electronic warfare pods to interfere with enemy radars and suppress threats, "stealth is only a means to increase survivability, not an absolute guarantee." In other words, in a complex battlefield environment, the F-35 may still be detected and attacked.
During the recent operation in Yemen, a US F-35 was locked and forced to take evasive action. Reports indicate that the aircraft was spotted and targeted by a Houthi anti-aircraft missile while performing a mission, and the pilot immediately performed an emergency maneuver to avoid the incoming missile.
To get rid of the missile threat, the F-35 quickly changed its course (such as sharp turns, dives or climbs), while releasing a variety of countermeasures and electronic jammers: the aircraft fired flares to attract infrared missiles, released chaff to confuse radar-guided missiles, and activated electronic jamming signals to interfere with enemy radar and guidance systems. In this case of being locked by a missile at close range, the F-35 successfully avoided the shooting through the above evasive actions and was ultimately not hit.
The Houthis’ infrared-guided anti-aircraft missiles went for the F-35’s obvious infrared signature… and then the fighter jets used conventional evasive tactics to evade infrared missiles and evaded them. This is very old-fashioned, and still at the level of last century’s air combat.
View attachment 122111
this seems like generous speculation. news reports suggest US plans to move to 'phase 2' were impeded by unexpected Yemeni successes and Trump called a premature stop as a result.Pete Hegseth did not consider a large-scale military operation to defeat the Houthi in recent escalation. The objective was limited to bringing the Houthi to the negotiation table to discourage anti-shipping activity in Red Sea.
We use essential cookies to make this site work, and optional cookies to enhance your experience.