It looks more and more that russia shot down Azerbaijan plane today
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I'm still struggling to believe the shocking Russian performance on the battlefield when you consider the numbers, and support from North Korea.
I wonder of the long term impacts to Russians reputation, military and otherwise. Surely things must be desperate for them to invite North Korean soldiers to help fight their wars for them? Not great optics for a 'superpower' is it.
I'm also a little shocked Ukraine don't even seem close to being kicked out of the Kursk region they seized, does anyone have a link or up to date info on the state of play in this region?
You can follow the map here: https://deepstatemap.live/en#9/51.3434808/35.7797241 - it also allows you to see changes over time by clicking the back arrow on the top left.I'm still struggling to believe the shocking Russian performance on the battlefield when you consider the numbers, and support from North Korea.
I wonder of the long term impacts to Russians reputation, military and otherwise. Surely things must be desperate for them to invite North Korean soldiers to help fight their wars for them? Not great optics for a 'superpower' is it.
I'm also a little shocked Ukraine don't even seem close to being kicked out of the Kursk region they seized, does anyone have a link or up to date info on the state of play in this region?
This map is here only for a show. I doubt that attack would be done with those routes
yeah total shitshow for the Russians. Makes you wonder where they would be if they didnt have oil and gas to sell. You would have to imagine any attack on south korea, japan would have ended pretty bad for the russians.
All of the above mentioned lessons have been already learned and taught by Turks in Libya, Syria, and Karabagh.Lessons from the Ukraine War and Their Implications
The Ukraine War has provided several critical battlefield lessons that highlight the evolving nature of modern warfare. These are the key takeaways:
1. Artillery Dominance: Artillery remains the backbone of modern warfare, proving to be the decisive factor in shaping the battlefield. Ukraine was short of a million artillery shells and was continuously loosing ground.
2. The Rise of Drones: Offensive and defensive drones have revolutionized combat, taking centre stage in surveillance, strikes, and disrupting enemy operations. Even the most primitive Iranian drones demoralized the Ukrainians.
3. Missiles as Strategic Weapons: Precision-guided missiles of all types are indispensable for achieving battlefield superiority. Very accurate American missiles were highly effective on Russian targets.
4. Air Force Limitations: The effectiveness of air forces has been significantly reduced due to advanced air defense systems, which prevent fighter jets from penetrating enemy airspace. Russians suffered that disadvantage.
5. Tanks as Endgame Assets: Tanks play a critical role in consolidating gains and occupying territory toward the end of a battle. Early deployment, however, is highly risky and often counterproductive.
6. Manpower’s Supporting Role: While ground troops remain essential, their deployment is most effective only after artillery, drones, and missiles have softened enemy defenses.
These developments signify a profound shift in battlefield tactics, necessitating the retraining of military officers and generals to adapt to these new realities.
On Nuclear Weapons
Nuclear weapons, though potent as tools of intimidation, face diminished effectiveness in the age of advanced, multi-layered air defense systems. Their strategic value is increasingly being questioned.
4. Air Force Limitations: The effectiveness of air forces has been significantly reduced due to advanced air defense systems, which prevent fighter jets from penetrating enemy airspace. Russians suffered that disadvantage.
Nuclear weapons, though potent as tools of intimidation, face diminished effectiveness in the age of advanced, multi-layered air defense systems. Their strategic value is increasingly being questioned.
Libya is a Civil war. Karabagh a regional conflict. Syria is civil and proxy war. Only Ukraine against Russia is a „real“ full out war.All of the above mentioned lessons have been already learned and taught by Turks in Libya, Syria, and Karabagh.
yeah total shitshow for the Russians. Makes you wonder where they would be if they didnt have oil and gas to sell. You would have to imagine any attack on south korea, japan would have ended pretty bad for the russians.
Pointless having 100-200km ranged shells, rockets and kamikaze drones if you don't have better surveillance geolocating targets"Marathon" refers to unpressurized microclass satellites. Its mass is less than 100 kg. To form a full-scale orbital constellation, group launches of 44 vehicles by one launch vehicle are provided.
What will the full-scale orbital constellation "Marathon IoT" look like? It will allow providing data transmission services throughout the Earth. The satellites will operate in a low circular orbit at an altitude of 750 km, where they will be distributed in 12 planes with a circumpolar inclination.
In addition, in the outgoing year, tests of four experimental optoelectronic satellites "Gryphon" were completed. Their launch is also scheduled for next year. And starting from 2026, it is planned to deploy an orbital constellation of serial satellites "Sphere-Griffin" with bringing them to the standard composition: 132 spacecraft. They will allow you to receive data every 30 hours from the territory of Russia and at least 38 hours around the world. They will analyze data to identify changes in natural phenomena and man-made processes, regulate traffic flows and monitor mining.
Sphere is one of the key projects of Roscosmos, aimed at developing space information technologies and eliminating the so-called "digital divide": providing Internet access via satellites where it is impossible to lay fiber optics. For example, in high latitudes, taiga, tundra and permafrost zones.
SocietyThey can see everything from above: the new Resurs-PNo 5 satellite has begun to be prepared for launch
A state-of-the-art communications and monitoring system is being created, including both existing and future space infrastructure. The project includes orbital constellations of communications and remote sensing spacecraft.
According to Roscosmos, in order to carry out priority work on the Sphere project in 2021, 7 billion rubles of subsidies were allocated from the federal budget to Roscosmos organizations: the Central Research Institute of Mechanical Engineering - to carry out research work "Laser", "Digital", "Typoryad", to the company "ISSFETNEV" - for work on the "Skif" and "Marathon" systems. The results achieved, according to experts, are not just positive but fundamental.
So, in the direction of "Typoryad" in 2024, a scalable scalable unified space platform of the same name was developed. On its basis, small satellites for various purposes will be created in a short time. The resulting experimental sample and its components will be used in ground testing of two experimental optoelectronic remote sensing satellites "Berkut-VR" and one experimental radar remote sensing satellite "Berkut-RSA" being created at NPO Lavochkin (part of Roscosmos). Their launches are planned for 2026-2027.
In the future, an increase in groupings is expected: Berkut-VR - up to 30 spacecraft, Berkut-RSA - up to 24.
In the direction of "Digital", the key elements of an experimental sample of a flexible digital payload have been created. And in the direction of "Laser", in order to increase the speed of information transmission, experimental samples of ground and onboard terminals of high-speed space laser communication have been developed, manufactured and successfully tested. In the future, it is planned to conduct flight experimental studies of the onboard terminals as part of Berkut-BP.
Within the framework of the Sphere project, by 2027 it is planned to deploy conveyor production of Marathon data transmission satellites at ISS-Reshetnev and Berkut optoelectronic and radar satellites at NPO Lavochkin.
In May 2024, a contract was signed for the creation of four Skif broadband Internet access spacecraft. Together with the two previously ordered, it is planned to launch them into orbit in 2027-2028. In the future, this constellation will increase to 12 satellites.
The creation of highly elliptical communication satellites "Express-RV" continues: in 2026, an orbital constellation of 4 spacecraft should be formed. In the same year, the launch of the telecommunications Express-AMU4 and Yamal-501, as well as two experimental optoelectronic remote sensing satellites Pixel-VR is expected.
In addition, work has begun on the creation of a demonstration optoelectronic remote sensing spacecraft "Berkut-VD" with an ultra-high linear resolution of 0.5 meters. For the Sphere project, two promising Yamal telecommunications satellites and nine Smotr optoelectronic and radar satellites will be created.