- May 24, 2026
- 2:46 pm
- Ukraine
Ukraine is approaching a moment that recently seemed almost like military fiction: a cheap drone can be shot down not with a million-dollar missile, but with a laser beam, where the cost of a single precise strike is essentially measured by electricity consumption.
And this is not a laboratory presentation somewhere far from the war.
The Ukrainian company Celebra Tech announced that the laser complex “Tryzub” is already integrated into a mobile trailer platform and is undergoing the final stage of testing. The system is being created for a specific reality — Russian drone attacks, constant threats to cities, overloaded air defenses, and the need to shoot down cheap aerial targets without economic suicide.
For Israel, this story sounds particularly close. When a country lives next to enemies who rely on drones, missiles, and wearing down the rear, the question is not only about what to shoot the target with. The question is how much each interception costs — and how many such interceptions the country can withstand.
“Tryzub”: what is already known about the new Ukrainian system
According to the declared characteristics, “Tryzub” is capable of hitting FPV drones at a distance of up to 800–900 meters. The system can disable reconnaissance drones at a distance of up to 1,500 meters — by damaging optics, electronics, and body elements.
A separate intrigue — “Shaheds.”
Developers speak cautiously: the complex is almost ready to work against strike UAVs of this type at a distance of up to 5 kilometers, but this capability is still undergoing final verification. If it is confirmed not only in tests but also in combat conditions, it will not just be a new development, but a serious shift in defense against mass drone attacks.
According to demonstration materials, the laser burns through protected elements of the drone in 3–4 seconds. The exact parameters — power, cooling, internal architecture — the company does not disclose. And this is understandable: the system is created not for an exhibition showcase, but for war, where an extra technical detail quickly becomes a gift to the enemy.
Why the mobile platform is important
Mobility here is not a secondary detail, but part of the very idea.
Russian attacks constantly change routes. Today drones go through one area, tomorrow — through another. Stationary defense is important, but it does not cover the whole picture. Therefore, a laser complex on a platform that can be moved to the current threat looks much more practical than a heavy system tied to one point.
“Tryzub” has a radar module for calculating the trajectories of incoming targets. A control unit with artificial intelligence elements is also declared — for automatic target acquisition and tracking.
It sounds technological, but the meaning is very earthly: the operator needs to see the threat faster, take it on tracking faster, and destroy it faster before the drone reaches a house, warehouse, substation, or position.
A million-dollar missile against a drone costing tens of thousands: where the old air defense economy breaks
The main problem of drone warfare is not only that they are dangerous.
They are also cheap.
When a drone costing $20–50 thousand has to be shot down with a missile costing hundreds of thousands or millions of dollars, the defending country falls into a trap. Even a successful interception can be economically painful if dozens and hundreds of such targets are flying.
A stark contrast: one Patriot PAC-3 MSE interceptor costs over $4 million, and according to the US Army budget for 2027, its price may reach $5.3 million. IRIS-T SLM missiles are estimated at €700–900 thousand per unit, AMRAAM for NASAMS — from $1 million to $3.9 million depending on the version.
Now let’s put “Shahed” next to this.
Cheap, mass-produced, unpleasant, designed not only for explosion but also for exhausting the defense. That is why laser air defense is becoming not a beautiful toy of the future, but a necessary response to the new tactics of war.
NANews — Israel News | Nikk.Agency considers this topic in the Israeli context not by chance: Israel itself has long lived in the logic of layered defense, where one system does not solve all tasks. The future of air defense is not one “magic dome,” but a combination of missiles, radars, lasers, electronic warfare, mobile groups, and quick solutions on the ground.
The laser does not cancel missiles — it covers another gap
It is important not to turn “Tryzub” into a myth.
It will not replace the Patriot. It will not be the answer to ballistic missiles. It will not eliminate the need for long-range air defense and will not make classic interceptors unnecessary.
Its strong side is different.
This is the lower and middle layer of protection against mass small targets: FPV drones, reconnaissance UAVs, potentially strike drones. Where using an expensive missile is too wasteful, the laser can become the very tool that preserves the ammunition for more serious threats.
This is the real value of the development.
Not in the beautiful word “laser.” But in the fact that one country, which Russia tries to exhaust daily with strikes, is looking for a way to make defense cheaper, faster, and more sustainable.
Israel has already passed the first milestone. Ukraine may be next
Laser air defense remains a rare class of weapon even for the strongest armies in the world. Israel has already moved from testing to the operational use of the Iron Beam system. This makes the Israeli experience especially important for Ukraine — and the Ukrainian experience no less important for Israel.
The difference is that the Ukrainian “Tryzub” is born not in a calm program of long rearmament, but right inside a big war.
This weapon is created for a specific enemy. For Russian drones. For night attacks. For overloaded air defenses. For a situation where every expensive interceptor is counted, and civilian infrastructure remains a target almost every night.
A small team against a big threat
About 15 people work on the laser project at Celebra Tech. By the usual standards of the defense industry, this is almost incredibly small.
But the war has changed the pace.
Ukraine has repeatedly shown that small engineering teams can adapt to the front faster than large bureaucratic systems. They see the problem, get feedback from the military, change the design, test again — and so on until the result.
Besides “Tryzub,” the company is engaged in FPV drones with fiber-optic control, bombers, electronic warfare means, and specialized software. So it’s not about one random idea, but an attempt to fit into the new reality of war, where not only heavy equipment wins, but also the speed of engineering response.
Why this concerns Israel
Israel and Ukraine live in different strategic conditions, but face similar logic of threats: the enemy seeks cheap ways to pressure the rear, overload air defenses, make society live in anxiety, and spend huge resources on each wave of attacks.
That is why the Ukrainian laser system is interesting not only as news about technology.
It shows the direction.
If “Tryzub” confirms the declared characteristics, it will be a signal for the entire defense market: laser air defense ceases to be a topic of the future and becomes a tool of the present war. Not instead of missiles. Not instead of aviation. Not instead of radars. But alongside them — as a cheaper and faster response to mass drones.
The date of the combat deployment of the complex has not yet been officially named. Some capabilities still require confirmation, especially the declared work on “Shaheds” at a distance of up to 5 kilometers.
But the trend itself is already obvious.
Drone warfare has forced defense to seek new rules. And if one precise laser strike really costs just a few cents, then Ukraine may get not just another air defense system, but a tool that changes the balance between attack and defense.
For Israel, this is also a lesson: in future conflicts, the winner will not only be the one with the most expensive missiles, but the one who can shoot down mass threats quickly, accurately, and without bankrupting their own defense.
Source: Defense News