Putin IS FORCED To Ground His Jets… Ukraine Just ERASED 8 Su-35s in ONE Night
KYIV, Ukraine — For months, the skies over eastern Ukraine have belonged to a deadly, predictable rhythm. Russian Sukhoi Su-35S fighter jets—hailed by Moscow as the pinnacle of its fourth-generation-plus aviation—would soar high above the reach of Ukrainian air defenses, unleashing devastating guided glide bombs onto frontline positions.
But on the night of July 8, 2026, that rhythm was shattered in spectacular fashion.
In a coordinated, multi-front campaign, Ukrainian forces launched a devastating double-blow against the Kremlin’s elite air fleet. On the ground, a swarm of long-range kamikaze drones descended on Russia’s Borisoglebsk military air base, deep inside Russian territory, where seven Su-35s had been tightly packed on the tarmac. Simultaneously, high in the pitch-black sky over the Donbas, an intricate, high-stakes aerial ambush took down an eighth Su-35, sending it plunging to the earth in a spinning fireball.
The dual operation represents one of the most concentrated and humiliating losses for the Russian Aerospace Forces (VKS) since the full-scale invasion began, signaling a dangerous new phase in the war for the skies.
The Trap Over the Donbas
While the drone strike on Borisoglebsk lit up the Russian night, a parallel drama was unfolding forty-two kilometers behind the frontline in eastern Ukraine.
According to reports from both Ukrainian military officials and prominent Russian pro-war bloggers, a lone Russian Su-35S was lured into a meticulously planned trap. What exactly brought down the $85 million aircraft remains a subject of intense narrative warfare, but the resulting wreckage, filmed by Ukrainian reconnaissance drones of the Third Army Corps, is indisputable.
Ukrainian military analysts claim the interception was a classic “SAMbush”—a coordinated air-to-air and surface-to-air engagement. In this scenario, Ukrainian F-16 fighter jets recently supplied by Western allies played a decisive role. One F-16 allegedly acted as “bait,” feigning vulnerability to draw the Russian pilot out. As the Su-35 closed in for what it believed was an easy kill, a Swedish-supplied early-warning radar aircraft, hovering hundreds of kilometers away, silently relayed target coordinates directly to a second F-16 and a ground-based MIM-104 Patriot missile battery.
[Swedish Early-Warning Aircraft]
│ (Data Link)
▼
[Ukrainian F-16] ───► Fires AMRAAM
│
▼
[Russian Su-35S Intercepted]
Russian military bloggers, including the highly connected Fighterbomber Telegram channel, offered a grudgingly similar account. They described a complex engagement in which the Russian pilot was forced to maneuver against multiple incoming threats, ultimately being struck while diving to low altitude to evade radar tracking. While the Russian pilot reportedly managed to eject and was rescued, the loss of the aircraft is a severe symbolic blow.
“They acted predictably, and we didn’t,” remarked one prominent Russian military analyst, criticizing the VKS’s rigid tactical doctrine. For Ukraine, the downing is a validation of the long, politically fraught effort to secure Western F-16s and integrate them into a modern, NATO-style network-centric warfare system.
Inferno at Borisoglebsk
While the aerial duel raged, the ground campaign achieved even greater scale.
Satellite imagery captured on July 7, 2026, revealed a glaring vulnerability at the Borisoglebsk air base in Russia’s Voronezh region, roughly 300 kilometers from the Ukrainian border. Russian commanders had concentrated seven Su-35 fighters, alongside eight Yak-130 trainer jets and several military helicopters, in highly congested, standard parking spaces with virtually no protective revetments.
Borisoglebsk Airfield Tarmac (Pre-Strike):
[ Su-35 ] [ Su-35 ] [ Su-35 ] [ Su-35 ] [ Su-35 ] [ Su-35 ] [ Su-35 ]
(Tightly packed, minimal spacing, highly vulnerable)
Hours later, Ukraine’s long-range strike drones struck.
NASA’s FIRMS fire-monitoring satellite service recorded intense thermal anomalies centered directly on the aircraft parking areas and the base’s primary fuel and ammunition depots. Local residents captured footage of secondary explosions lighting up the Voronezh night. Subsequent satellite analysis confirmed the complete destruction of a newly constructed fuel storage facility, starving the base of the logistics required to launch combat sorties.
“This is the cost of complacency,” said a European defense analyst, speaking on the condition of anonymity. “Parking dozens of highly advanced, irreplaceable aircraft in tight clusters within known drone range is a recurring tactical failure that Russia has yet to correct.”
The Industrial Bottleneck
The loss of eight Su-35s in a single night is not merely a tactical setback; it is a severe blow to Russia’s long-term defense industry.
Before the full-scale invasion, Russia possessed an estimated 100 operational Su-35s. Replacing them has proven extraordinarily difficult. According to data from the Royal United Services Institute (RUSI), Russian factories received orders for 12 Su-35s, but were only able to deliver 10 due to production bottlenecks.
These bottlenecks are being actively exacerbated by Ukrainian sabotage and targeted strikes. Last year, Ukrainian precision cruise missiles struck the Skiff-M facility in Belgorod—a critical plant that manufactures the specialized precision cutting tools and drills needed to machine the advanced alloys used in Su-35 and Su-57 production.
Furthermore, the Su-35’s advanced avionics, radar, and engines remain heavily reliant on Western-made microchips and components smuggled through secondary sanctions-evading routes. As these supply chains tighten, the timeline to manufacture a single Su-35 has stretched from months to years. Every airframe lost on a Ukrainian runway is a permanent degradation of Russian airpower that cannot easily be replaced by Moscow’s military-industrial complex.
The Failure of the Fifth Generation
To understand why the Su-35 is so vital to Moscow, one must look at the failure of Russia’s supposed next-generation stealth fighter, the Su-57.
Designed to rival the American F-35, the Su-57 program has repeatedly stumbled. Over 15 years, Russia has managed to build just 21 operational Su-57s, far short of its target of 76 aircraft by 2028. The jet’s next-generation engine remains unfinished, forcing it to fly with older engines derived from the Su-35 itself.
With international partners like India pulling out of joint development, and the sole production facility in Komsomolsk-on-Amur suffering a major fire earlier this year, the Su-57 has been largely relegated to a “stand-off” role—firing missiles from safe distances deep inside Russian airspace.
As a result, the Su-35 has had to carry the heavy burden of securing air superiority and escorting bombers. It is the last highly capable jet that Russia can still produce in any meaningful number. Yet, as the events of July 8 demonstrate, even this “crown jewel” is struggling to hold its own against decades-old Western platforms in a networked environment.
A Widening Generational Gap
The mismatch is not necessarily one of raw aerodynamics, but of modern combat philosophy.
In a traditional, isolated dogfight, the Su-35S is a terrifying opponent, boasting thrust-vectoring engines that allow for extreme maneuverability. But modern aerial warfare is rarely fought at close range. It is a war of situational awareness—whoever sees first, fires first.
+-----------------------------------------------------------------+
| TACTICAL COMPARISON |
+----------------------+------------------------------------------+
| Sukhoi Su-35S | • High maneuverability & thrust vector |
| | • Power-centric, heavy punch |
| | • Vulnerable to networked detection |
+----------------------+------------------------------------------+
| Lockheed F-16 | • Superior Western avionics |
| | • NATO Link-16 data integration |
| | • Fires long-range AIM-120 AMRAAM |
+-----------------------------------------------------------------+
The F-16s operating in Ukraine, though older airframes, are equipped with Link-16 data links and modern radars. They do not fight alone. When paired with Western early-warning assets, an F-16 pilot can locate, track, and fire an AIM-120 AMRAAM missile at a Russian fighter long before the F-16 ever appears on the Russian jet’s radar screen.
“The Su-35 throws a heavier punch,” noted a Ukrainian air force commander. “But the F-16 sees the opponent from further away and lands the first blow. In the air, the first hit is usually the last.”
The Cost of the Attrition War
Despite the euphoria in Kyiv over the July 8 success, military planners are quick to caution that a few spectacular nights will not dismantle the Russian Air Force overnight.
Russia still maintains a massive numerical advantage, and the air war remains a bloody, two-way street. Just days prior to the Borisoglebsk strike, Ukraine suffered its own painful losses on the ground, with Russian ballistic missiles striking the Voznesensk air base, reportedly destroying several Ukrainian MiG-29s.
Furthermore, Russia’s campaign of terror against Ukrainian civilian infrastructure continues unabated. The use of glide bombs and ballistic missiles continues to inflict a devastating toll on Ukrainian cities.
However, the strategic math is quietly shifting. By combining cheap, domestically produced strike drones to hit Russian bases with high-tech Western fighters to police the skies, Ukraine has established a potent, two-pronged attrition strategy.
For the first time in more than four years of intense fighting, Russian pilots can no longer assume they are safe—neither high in the clouds, nor parked on their own runways.
