atomic funk

Geolocations of Ukraine Russia War - Satellite- Maps- News -OSINT

[atomic funk @AF_LABS1]

@theBlindking01 @NathanHiggerz @clashreport OR NOT KNOWING GRASS

[News Barron @NewsBarron]

@clashreport When someone tells me to touch grass

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@TrentTelenko

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@MalcontentmentT I MISS QUIZNOS

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Kherson /Dnipro river

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a lot less fires around the Russian breakthrough near Doboropila with more focus to be closer to pokrovsk

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Zolotyi Kolodiaz / Pokrovsk / Rodynsk / Doboropila

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@clashreport sad day

[atomic funk @AF_LABS1]

Its a total package is the thing. Radar cameras weapons all ready to go for all types of threats and missions.

High Payload Capacity: The F-35 can carry a significantly larger payload of munitions compared to smaller drones, including heavy ordnance like the sdb/ glide bomb, which is crucial for targeting heavily fortified positions or infrastructure that smaller drones cannot effectively engage.

Long-Range Strike Capability: With its ability to fly at Mach 1.2 for a dash of 150 miles, the F-35 can reach targets far beyond the range of most FPV drones, enabling deep strikes into enemy territory without the need for forward staging areas.

Advanced Sensor Fusion and Situational Awareness: The F-35's advanced avionics and sensor fusion provide a high level of situational awareness, allowing it to coordinate complex battlefield operations, identify targets, and relay information in real-time, capabilities that are currently beyond the scope of smaller drones.

Air Dominance and Defense: Unlike drones, the F-35 can engage and destroy enemy aircraft, maintaining air superiority which is essential for protecting drone operations and other assets in contested airspace.

Stealth Technology: The F-35's stealth capabilities allow it to operate undetected in hostile environments, a critical advantage for surprise attacks and evading enemy air defenses, which smaller drones lack due to their size and detectability.

Versatility in Munitions: The F-35 can deliver a variety of munitions, including precision-guided bombs and missiles, offering flexibility in mission profiles that smaller drones, limited by their warhead size, cannot match.

Coordination of Swarms: While smaller drones can be part of swarms, the F-35 can potentially coordinate larger, more complex drone swarms due to its advanced communication and processing capabilities, enhancing the effectiveness of drone operations.

Nuclear Delivery Capability: Certain variants of the F-35, such as the F-35A, are capable of delivering nuclear weapons, a role that no current drone can fulfill, providing a strategic deterrent that is indispensable in certain scenarios.

Operational Endurance: The F-35 has a longer operational endurance compared to smaller drones, allowing for extended missions without the need for frequent redeployment or resupply, which is vital for sustained operations.

Crewed Decision-Making: The presence of a human pilot allows for real-time decision-making and adaptability in dynamic combat situations, a feature that autonomous drones, despite advancements, cannot fully replicate due to limitations in AI and decision-making algorithms.

Intelligence Gathering: This includes human intelligence (HUMINT), signals intelligence (SIGINT), and imagery intelligence (IMINT). Drones, such as the Shield AI V-BAT, have become pivotal in ISR due to their ability to operate in contested environments, providing real-time data from areas that are difficult or dangerous for manned aircraft to access.

Electronic Warfare (EW) EW involves the use of the electromagnetic spectrum to deny, degrade, or disrupt enemy operations while protecting friendly forces. It is divided into three main categories: Electronic Attack (EA): This includes jamming enemy radar and communications systems. The F-35's AN/ASQ-239 Barracuda system is designed for such purposes, allowing it to neutralize threats by disrupting enemy electronic systems.

Electronic Protection (EP): Measures to protect friendly systems from enemy EW. The F-35's stealth design and advanced electronic countermeasures help it evade detection and maintain operational integrity.

Electronic Support (ES): The collection of enemy emissions to locate, identify, and target threats. Drones like the V-BAT, operating in GNSS-denied and comms-contested environments, demonstrate the evolving role of unmanned systems in ES, gathering critical data that informs broader EW strategies.

Radar systems are fundamental to both ISR and EW, providing the means to detect, track, and engage targets. Key aspects include:AESA Radar (Active Electronically Scanned Array): The F-35's AN/APG-81 AESA radar is a prime example, offering multi-functional capabilities such as air-to-air and air-to-ground targeting, electronic warfare, and situational awareness. Its ability to operate in multiple modes simultaneously enhances the aircraft's versatility.
Counter-Radar Operations: In EW, radar systems are both a target and a tool. Jamming and spoofing techniques are used to deceive or disable enemy radar, while advanced radar systems on platforms like the F-35 can detect and counter these threats.

[atomic funk @AF_LABS1]

@catwithaura @AMAZlNGNATURE buh dum tsss

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@AMAZlNGNATURE lol i love elephants 😍

[HN0222 @HpwWJVafCv83954]

ドローン発射基地
①プリモルスコ・アフタルスク空軍基地　
46.058716, 38.234277
②ナヴリャ基地　
52.855917, 34.517333
③オリョール　ツィンブロヴァ
53.37188,35.82242

[atomic funk @AF_LABS1]

looks like some major craters between the 6ths and 13th with a fire on the 6ths north of kakhvka

[atomic funk @AF_LABS1]

a lot of missing vegetation on the Dnipro river

[atomic funk @AF_LABS1]

random cookie monster i wanted to share

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Kherson / Dnipro river

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Zolotyi Kolodiaz / Pokrovsk / Rodynsk / Doboropila

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Orikhiv , Robotnye , verbove , Nesterinka