Russia Intensifies Its Aerial Assault on Ukraine: Glide Bombs, Ballistic Missiles and the Growing Hypersonic Threat
By Unknown Chapter | August 11, 2026
Russia’s aerial campaign against Ukraine continues to evolve, with heavy glide bombs, ballistic missiles, cruise missiles and attack drones forming an increasingly dangerous combination on the battlefield.
The latest phase of the war has seen a particularly heavy reliance on Russian glide bombs. Ukrainian military authorities reported that Russian forces used more than 8,200 glide bombs during June 2026, including nearly 400 in a single day. The figures underline how dramatically the use of guided aerial bombs has expanded during the conflict.
At the same time, Russia continues to employ ballistic and hypersonic weapons against Ukrainian targets. Among the systems repeatedly discussed in connection with Russian strikes are the Kinzhal and Zircon missiles, which present a significantly different challenge for air-defense systems than conventional cruise missiles or drones.
But one important distinction is necessary: claims circulating online about a “700-kilogram bomb” or missiles traveling at exactly 8,000 kilometers per hour should not automatically be treated as confirmed descriptions of every Russian strike. Different Russian weapons have different payloads, speeds and flight profiles.
The broader reality, however, is clear: Russia is maintaining a powerful and sustained aerial strike campaign, while Ukraine is under continuing pressure to strengthen its air-defense network.
A New Era of Glide-Bomb Warfare
One of the most important developments in the Russia-Ukraine war has been the transformation of conventional Soviet-era aerial bombs into guided glide weapons.
Russia has increasingly used modified FAB-series bombs equipped with guidance and glide kits. These weapons can be released from aircraft outside some of the most dangerous zones near the front line and then glide toward their targets.
The system gives Russian aircraft an important advantage.
Instead of flying directly over a heavily defended battlefield target, an aircraft can launch a guided bomb from considerable distance. The bomb then uses aerodynamic lift and guidance technology to approach the target.
Ukrainian military reporting shows just how large the scale of this campaign has become.
According to figures published by Ukraine’s Ministry of Defence, Russian forces dropped 8,266 glide bombs during June 2026, with nearly 400 reportedly used on June 13 alone.
That means the problem is not simply the destructive power of an individual bomb.
It is the volume of attacks.
When hundreds of guided bombs are used repeatedly, Ukrainian defensive positions, logistics hubs, buildings and infrastructure can face sustained pressure.
What About the “700-Kilogram Bomb” Claim?
Social-media reports sometimes describe Russian bombs as weighing around 700 kilograms or carrying hundreds of kilograms of explosive material.
However, Russian FAB-series weapons come in different sizes, including FAB-250, FAB-500, FAB-1500 and larger variants. Recent battlefield assessments have documented Russian use of FAB-500 and FAB-1500 glide bombs in Ukraine.
This is important because the weight of a bomb and the weight of its explosive filling are not necessarily the same thing.
A bomb may weigh hundreds or thousands of kilograms, but only part of that total is explosive material. The remaining mass includes the casing, guidance equipment, fuze and other components.
Therefore, describing every major Russian glide-bomb strike as a “700-kilogram bomb attack” would be misleading without identifying the exact weapon involved.
What is not in serious dispute is that Russia has deployed extremely large guided bombs.
The FAB-1500, for example, is a much heavier weapon than the FAB-500 and has been repeatedly reported in Russian attacks against Ukrainian positions.
The FAB-500 and FAB-1500 Threat
The FAB-500 and FAB-1500 have become particularly important weapons in Russia’s battlefield strategy.
Recent assessments have documented Russian forces using FAB-1500 glide bombs against Ukrainian positions and infrastructure. In one June assessment, analysts documented footage reportedly showing multiple FAB-1500 strikes in the Slovyansk area, while Russian authorities also reported FAB-500 attacks.
The advantage of these weapons is not simply explosive yield.
Their guided glide capability allows Russia to combine a large payload with greater stand-off distance than older unguided bombs.
That combination has created a difficult tactical problem for Ukraine.
If Russian aircraft can launch weapons before entering the most dangerous areas of Ukrainian air-defense coverage, Ukrainian forces must rely on layered defenses farther away from the battlefield.
This creates another problem: air-defense ammunition is expensive and limited, while Russia can continue producing or modifying large numbers of comparatively cheaper bombs.
Russia’s Missile Arsenal Adds Another Layer
Glide bombs are only one component of Russia’s strike arsenal.
Russia has also used cruise missiles, ballistic missiles and hypersonic or quasi-ballistic systems throughout the war.
Among the best-known is the Kinzhal, an air-launched ballistic missile derived from the Iskander family.
The Kinzhal has attracted enormous attention because of its high speed and maneuvering capability.
Some published estimates place its maximum speed around Mach 10, although the actual speed of a missile varies depending on the phase of flight and launch conditions. Al Jazeera has reported a claimed maximum of around Mach 10, while Deutsche Welle has noted estimates ranging from approximately 6,000 kilometers per hour to much higher figures depending on the source and assumptions.
This is why the popular claim that Russian missiles are “traveling at 8,000 kilometers per hour” needs context.
It may describe an approximate or claimed speed for a particular missile under particular conditions—not a universal speed for all Russian missiles.
Why Hypersonic Weapons Are Difficult to Defend Against
A weapon is generally described as hypersonic when it travels at Mach 5 or faster.
At these speeds, a missile can cover large distances extremely quickly, reducing the amount of time available for detection, decision-making and interception.
But speed is not the only problem.
Ballistic and hypersonic weapons can also follow complex trajectories, maneuver during flight, or approach targets from difficult angles.
Ukraine has repeatedly emphasized the difficulty of intercepting ballistic and hypersonic missiles.
A June 2026 analysis by Ukrainska Pravda reported that Ukraine has limited numbers of systems capable of engaging such threats and identified the Patriot and SAMP/T systems as important parts of its anti-ballistic defense capability.
This creates a major strategic challenge.
Ukraine must protect major cities, military installations, energy infrastructure and other critical facilities at the same time.
A defense system that intercepts one missile may not be enough if an attacker launches a large number of different weapons simultaneously.
The Saturation Problem
Modern warfare is increasingly about more than one weapon versus one defense system.
It is about saturation.
Russia can combine drones, cruise missiles, ballistic missiles and glide bombs in a broader strike campaign.
Drones can force air-defense units to reveal their positions or consume interceptors.
Cruise missiles can attack infrastructure.
Ballistic missiles can arrive at very high speeds.
Glide bombs can repeatedly strike positions near the front line.
The combination forces defenders to make difficult decisions about which threats deserve immediate interception.
This is one reason the current air war cannot be understood simply by counting missiles.
The type, speed, trajectory and target of each weapon matter.
Ukraine’s Air Defense Under Pressure
Ukraine has developed one of the most sophisticated battlefield air-defense networks in the war, but no defensive system can guarantee interception of every incoming weapon.
The country has relied on systems supplied by several Western partners, including Patriot and SAMP/T systems, alongside shorter-range air-defense platforms and electronic warfare capabilities.
However, ballistic and hypersonic threats remain particularly challenging.
A missile approaching at several times the speed of sound can dramatically reduce the reaction window.
If multiple missiles arrive simultaneously from different directions, the challenge becomes even greater.
This is why Ukraine has consistently sought additional air-defense systems and interceptor missiles from its international partners.
Russia’s Increasing Use of Glide Bombs
The scale of Russia’s glide-bomb campaign is perhaps one of the most important aspects of the current battlefield.
The Ukrainian Ministry of Defence reported that Russia used more than 8,000 glide bombs in June 2026, compared with thousands in previous months.
The significance of these numbers is enormous.
A single bomb can destroy a building or defensive position.
Hundreds of bombs can reshape a battlefield.
Thousands can fundamentally alter the tactical environment.
This is particularly important around heavily contested areas in eastern Ukraine, where Russian forces have attempted to use air power to weaken Ukrainian defensive lines before or during ground operations.
Why Russia Uses Glide Bombs Instead of Only Missiles
Missiles are technologically advanced and often expensive.
Glide bombs offer another option.
Russia already possessed large stocks of conventional Soviet-era bombs. By adding guidance and glide systems, Moscow can convert older weapons into modern precision-guided munitions.
This provides a potentially powerful combination of quantity and destructive capability.
Instead of relying exclusively on expensive long-range missiles, Russian forces can use large numbers of guided bombs for battlefield strikes.
That does not make glide bombs “cheap” in every sense, because the guidance kits and aircraft operations also have costs.
But the concept allows Russia to expand the number of precision-capable weapons it can deploy.
The Role of Russian Aircraft
Russian fighter-bombers play a central role in the glide-bomb campaign.
Aircraft such as the Su-34 have been associated with the use of guided FAB-series bombs.
The basic principle is straightforward.
The aircraft approaches the general area of the target, releases the bomb from a distance, and the bomb uses its glide capability and guidance system to reach the target.
This stand-off capability reduces the need for the aircraft to fly directly over the target.
For Ukrainian defenders, that creates a difficult dilemma.
Destroying or intercepting the bomb may be possible in some circumstances, but preventing the aircraft from launching it can be considerably more difficult when the launch occurs outside effective air-defense coverage.
The Human Cost
Behind the military statistics are civilians and communities living under repeated air-raid alerts and missile threats.
Russian strikes have repeatedly damaged residential buildings, energy facilities, transportation networks and industrial sites across Ukraine during the war.
The danger is not limited to areas immediately adjacent to the front line.
Long-range missiles and drones can reach major population centers far from the battlefield.
The psychological impact is also significant.
For civilians, the threat of an incoming missile or bomb can mean spending hours in shelters, evacuating neighborhoods, or living with the constant possibility of infrastructure disruption.
A Wider Escalation in the Air War
The current battlefield demonstrates how modern warfare is becoming increasingly dependent on long-range strike capabilities.
Russia has continued developing and deploying missiles while expanding the use of modified glide bombs.
Ukraine, meanwhile, has increased its own long-range drone campaign against targets inside Russia.
On August 10, 2026, Ukrainian drones struck targets in Russia’s Tatarstan region, including the Taneco oil refinery complex in Nizhnekamsk. Russian officials said the attack killed at least 13 people, while Ukrainian authorities said the strike was part of a broader campaign against Russian energy infrastructure.
The reciprocal nature of these attacks demonstrates that the conflict is not confined to the traditional front line.
Both sides increasingly possess weapons capable of reaching deep behind enemy lines.
What Comes Next?
The future of the aerial war may depend on three major factors.
The first is production capacity.
Russia’s ability to manufacture missiles, guidance systems, drones and glide-bomb kits will influence how frequently it can sustain large-scale attacks.
The second is Ukraine’s air-defense supply.
Patriot interceptors, radar systems, short-range defenses and other technologies remain crucial to protecting Ukrainian cities and military infrastructure.
The third is long-range strike capability.
Ukraine has increasingly demonstrated the ability to strike deep inside Russian territory with drones, while Russia continues to use missiles and aircraft against Ukrainian targets.
This creates a dangerous cycle.
One side attacks deeper.
The other responds.
Then the first side increases its own long-range capabilities.
The Bottom Line
The headline surrounding Russia’s alleged use of “700-kilogram bombs” and missiles traveling at “8,000 kilometers per hour” captures the dramatic nature of the war—but the reality is more complicated.
Russia is indeed using extremely powerful guided bombs, including FAB-500 and FAB-1500 variants, while continuing to deploy ballistic and hypersonic missile systems. Ukrainian reporting indicates that the number of glide-bomb attacks has reached extraordinary levels, with more than 8,200 reported in June 2026 alone.
The exact speed of a missile depends on the weapon, flight phase and conditions. Similarly, the total weight of a bomb should not be confused with its explosive payload.
But these technical distinctions do not change the larger strategic picture.
Ukraine is facing a sustained and increasingly sophisticated Russian aerial campaign involving multiple types of weapons.
Glide bombs bring enormous explosive power to the battlefield.
Ballistic missiles compress reaction time.
Hypersonic systems create additional challenges for air-defense planners.
Drones can overwhelm defenses through sheer numbers.
Together, these weapons are changing the character of the Russia-Ukraine war.
And as both sides expand their ability to strike targets far beyond the front line, the aerial dimension of the conflict is likely to remain one of its most dangerous and consequential features.
Disclaimer: This article distinguishes confirmed reporting from claims and estimates circulating around the conflict. Battlefield information can change rapidly, and figures released by either side may not be independently verifiable in real time.