The Longest-Range Anti-Tank Guided Missiles of 2026
Israel's Spike NLOS reaches targets at 32 km, more than triple the range of Russia's 9M133 Kornet, the next-longest ATGM in our database.
Via Wikipedia, Spike (missile) (shown for identification)
Israel’s Spike NLOS reaches out to 32 km, more than triple the range of the next-longest anti-tank guided missile in this ranking, Russia’s 9M133 Kornet at 10 km. That gap is the headline, but it’s also the thing most likely to mislead you if you stop reading here. The Spike NLOS isn’t a bigger, better version of the missiles beneath it on this list, it’s a different category of weapon entirely: a vehicle- or helicopter-launched, non-line-of-sight system built for deep precision strike against targets a soldier on the ground can’t even see. The missiles at the bottom of this table, the Javelin and Spike LR2, are optimized for the opposite problem: how do you give one infantryman a weapon they can carry, aim, and fire from cover in seconds, with a seeker that finds the target on its own once the trigger is pulled. Range alone doesn’t crown a winner here, because these six missiles aren’t all trying to win the same fight.
What do the range figures actually show?
| Rank | Missile | Country | Max range | Class |
|---|---|---|---|---|
| 1 | Spike NLOS | Israel | 32 km | Vehicle/helicopter-launched, non-line-of-sight |
| 2 | 9M133 Kornet | Russia | 10 km | Man-portable/vehicle tripod |
| 3 | Spike ER | Israel | 8 km | Man-portable, extended range |
| 4 | Spike LR2 | Israel | 5.5 km | Man-portable, long range |
| 5 | BGM-71 TOW | United States | 4.5 km | Vehicle/tripod, wire/wireless guided |
| 6 | FGM-148 Javelin | United States | 4 km | Man-portable, fire-and-forget top-attack |
Six missiles, four separate design philosophies. The Spike NLOS occupies a category by itself. The Kornet, Spike ER, and Spike LR2 form a middle band of extended man-portable or tripod-mounted systems. The TOW is an older vehicle/tripod design still in wide service. The Javelin sits last on raw range but carries the most automated guidance package of the group. A single column of numbers can’t capture that, which is exactly why it’s worth walking through what the range figure does and doesn’t tell you.
Why does the Spike NLOS reach so much farther than everything else on this list?
Because it isn’t playing the same game. The Spike NLOS is launched from a vehicle or helicopter platform and guided by a man-in-the-loop fiber-optic or radio-frequency data link, letting an operator see the target through the missile’s own seeker feed and steer it, or retarget it mid-flight, all the way to 32 km. That’s a fundamentally different proposition than a soldier shouldering a tube and pulling a trigger. It requires a launch platform substantial enough to carry the missile, sensors, and guidance electronics, and it requires an operator willing to stay engaged with the shot for the entire time of flight rather than firing and immediately displacing. The payoff is genuine standoff precision strike against high-value targets well beyond the front line. The cost is that it’s not an infantry self-defense weapon at all, and comparing it directly to a Javelin on range terms alone misses what each system is actually for.
Why does a shoulder-fired missile like the Javelin rank last on this list?
Because range was never the design goal. The Javelin is a man-portable, fire-and-forget system: a soldier locks the seeker onto a target, fires, and can immediately move to cover or engage another threat, because the missile’s own imaging infrared seeker guides itself the rest of the way in. Its top-attack flight profile, climbing after launch and diving down onto a tank’s thinner top armor, was built specifically to defeat frontal composite and reactive armor that a flatter-trajectory missile has to punch through head-on. All of that, the self-guidance, the top-attack dive, the shoulder-launch weight, comes at the cost of range. Four kilometers is short next to the Spike NLOS’s 32, but it’s not a shortfall, it’s the tradeoff a portable, immediate, crew-survivable infantry weapon has to accept. The Spike LR2, also man-portable, makes a similar tradeoff a notch further up the range scale at 5.5 km.
What’s the real difference between top-attack and direct-attack guidance?
It comes down to where the missile hits. Direct-attack missiles like the TOW and the Kornet in their standard configurations fly a comparatively flat trajectory straight into the target, hitting the front, side, or rear armor, wherever the gunner’s sightline points. Modern tanks put their thickest composite and reactive armor exactly there, on the frontal arc, because that’s the direction the threat has historically come from. Top-attack missiles like the Javelin flip that assumption: climb, then dive onto the top of the vehicle, where armor is thinnest because until relatively recently nobody expected an attack from directly overhead. It’s a guidance and flight-profile choice, not a range choice, and it’s a big part of why a shorter-range top-attack missile can still be a serious threat to a well-armored main battle tank that would shrug off a comparable hit from the front.
Is the Kornet’s 10 km range figure solid?
Treat it as a claim, not a settled number. The 10 km range listed here for the 9M133 Kornet is Russia’s own published figure, and it hasn’t been independently audited by a neutral test authority the way this site tries to flag for every single-source state or manufacturer spec. It may hold up. Russian ATGM design has a long, generally credible lineage going back to the Cold War, and the Kornet’s laser-beam-riding guidance is a mature, well-understood approach. But “mature and well-understood” isn’t the same as “independently verified,” and readers comparing the Kornet against Western systems in this table should weight that 10 km figure with the same skepticism applied to any other state-sourced number that hasn’t been checked against outside data.
Why does the TOW, one of the oldest designs here, still make this list?
Longevity and a deep production and integration base. The BGM-71 TOW dates back decades and has gone through repeated guidance and warhead upgrades, but its core wire- or wireless-guided, vehicle-or-tripod-mounted concept hasn’t fundamentally changed, and its 4.5 km range sits near the bottom of this ranking. What keeps it relevant is that it’s mounted on an enormous existing fleet of vehicles across dozens of allied militaries, with a sustainment and training pipeline nothing on this list can match except possibly the Javelin. An army that already owns TOW-equipped vehicles faces a very different replacement calculation than one buying an anti-tank system from a blank sheet, the same logic that applies to legacy platforms across every weapons category this site tracks.
So which ATGM is actually “best”?
None of them, in the sense of a single universal answer, because they’re built to solve different problems. If the requirement is deep precision strike against a target well behind the visible front line, the Spike NLOS’s 32 km and man-in-the-loop guidance are in a class of their own on this list. If the requirement is a weapon one soldier can carry, fire from cover, and trust to guide itself onto a tank’s weakest armor, the Javelin’s short range is the price of that portability and survivability, not a design failure. The Kornet and the two mid-range Spike variants sit in between, offering more reach than a shoulder-fired top-attack missile at the cost of a tripod, vehicle mount, or larger crew footprint. Range is the easiest number to rank, and the least useful one to rank by alone.
Compare these systems yourself
Run any two of these missiles head-to-head, spec against spec, in the WeaponSpecs compare tool, or browse the full missile class page to see how these six sit against the rest of the field. If you’re weighing which anti-tank capability actually fits a given mission set rather than just chasing the longest range on a spec sheet, the Advisor walks through those tradeoffs directly. More rankings and spec breakdowns like this one are on the WeaponSpecs articles page.
Systems in this comparison
Every system covered above, with its photo and, where available, a video. Tap a card to open the full spec sheet.
Compare these side by side →
Missile
Spike NLOS
Missile
9M133 Kornet
Missile
FGM-148 Javelin
Missile
BGM-71 TOW
Frequently asked questions
What is the longest-range anti-tank guided missile in service today? +
By published maximum range, Israel's Spike NLOS leads at 32 km, more than three times the next-longest system in this ranking, Russia's 9M133 Kornet at 10 km. The gap isn't a rounding error, it reflects a genuinely different missile category. The Spike NLOS is a non-line-of-sight, vehicle- or helicopter-launched weapon built for deep precision strike, not a shoulder-fired infantry weapon at all.
Does range alone tell you which ATGM is best? +
No. Range is one variable among several, and it trades directly against portability, launch-platform requirements, and crew exposure. A soldier carrying a Javelin or Spike LR2 gets a fire-and-forget top-attack missile they can fire from cover and immediately move, at a fraction of the Spike NLOS's range. The Spike NLOS needs a vehicle or helicopter platform and a man-in-the-loop guidance link to reach 32 km. Neither approach is objectively better, they answer different tactical problems.
What is the difference between top-attack and direct-attack ATGMs? +
Top-attack missiles, like the Javelin, climb after launch and dive down onto a tank's thinner top armor, where protection is weakest. Direct-attack missiles, like the TOW and Kornet in their baseline forms, fly a flatter trajectory into the front, side, or rear of the target, where modern composite and reactive armor is thickest. Top-attack was developed specifically to defeat that frontal armor advantage by hitting where it doesn't exist.
Why do armies still field short-range missiles like the NLAW when longer-range options exist? +
Range isn't the only design goal, and for infantry close-defense work it may not even be the priority. The NLAW is built to be light, cheap, simple to train on, and effective at very short notice against an armored vehicle that has already closed to close range, exactly the scenario a longer, heavier, more expensive system like the Spike NLOS was never designed to handle. A weapon a single soldier can carry, aim, and fire in seconds has value that a 32 km reach doesn't replace.
Are Russian-published missile range figures reliable? +
Treat them as claims, not settled facts, the same way we treat any single-source manufacturer or state figure. The Kornet's 10 km range in this table is Russia's own published figure. It has not been independently audited by a neutral testing authority, and Russian state and manufacturer sources have a track record worth scrutinizing rather than repeating uncritically. It may well be accurate, but it belongs in the same category as any other unverified state-sourced spec until independent data says otherwise.
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