Review of Intensifier Options for Night Vision in the U.S. (Mid 2026)

It's an unfortunate reality - buying night vision has always been a bit confusing. No matter how hard we try to simplify things for you, stuff keeps changing in the market. What one person has purchased might not even be truly available for their friend looking to purchase the same thing just a few seasons later.

Between tube grades changing, manufacturers diverting supply in support of new military programs, development of new 'high gain' options, and so on, if you're a potential night vision user in mid-2026, this post should hopefully help provide some clarity on intensifier options for your device. 

Terminology to Know Before We Begin

Throughout this brief article, we're going to use some terms that are fairly common once you get down the night vision rabbit hole. But for those who aren't that far into yet, here's a quick crash course on what some of these terms mean. 

Tube Specifications (or 'specs') - semi-standardized intensifier performance tests which are recorded for each individual intensifier and have some level of impact on the image quality that a tube can provide the end user when used in a night vision system

FOM (Figure of Merit) - you should probably know this if you're readying this, but this is the most widely used single 'tube spec' used to quickly compare one tube versus another. It's a number which is the product of two other numbers on the tube's data record.

Tube "Grades" - this is a framework imposed by the intensifier manufacturers which determines the boundaries for performance and cosmetic quality at the batch level. This is for businesses like Apollo Gear to use when sourcing tubes, because it gives us some idea of what we're paying for and what to expect each individual tube to have in terms of the specifications and any minor allowed image defects. Grades are only relevant to the end user like you in the sense that it may impact your cost (because component costs of tubes are based on grades). But since you can pick specific tubes for your device from most builders, what grade they ultimately are isn't that important - but more on that later. 

Gain classification - Intensifier performance and lifespan is heavily impacted by their factory set gain level. Historically, the main thing to know about gain level was that Gen 2 tubes had a lot less gain compared to Gen 3. This equated to several possible differences between Gen 2 and Gen 3, but today the lines are blurring as each underlying technology continues to be developed further. We now have "Gen 2" tubes with gain levels exceeding some Gen 3, and also Gen 3 tubes with gain levels almost twice the level of what Gen 3 has had for nearly all of its history. 

Elbit Systems in 2026 and Beyond

Starting with the manufacturer with the least changes, Elbit Systems in the night vision market isn't significantly different today than it was a year ago, aside from the continual price increases which all manufacturers are battling. Elbit Systems are a supplier of Gen 3 intensifiers primarily to the U.S. military and partner nations. 

If there's one thing to know about Elbit, it's that they're the tube manufacturer that does the "commercial grade vs. milspec grade" dynamic the most. This dynamic can get confusing and obfuscated in the market, because on one hand, there is nothing inherently different between an Elbit 'commercial grade' and a 'milspec' or even 'aviation' grade tube in terms of what they're made of or how they're made. They don't have different lifespans. On the other hand, there can be up to an $800 cost difference at the wholesale level between a commercial grade tube and a milspec grade tube, even though they're intended to be the exact same during manufacturing. 

Commercial grade tubes are supposed to be 'fallouts' for some type of either performance or cosmetic reason. This is usually a reality for buyers of these tubes, but more often due to the cost difference and resulting popularity, we see 'commercial grade' Elbit tubes without an obvious trade-off. This happens when a tube manufacturer has committed to sell a particular quantity of commercial grade tubes but doesn't actually have enough true 'fallout' quality tubes to actually fulfill that commitment, and then must fill the remaining volume with tubes that could otherwise have qualified to be a milspec grade tube. 

All in all, there's about a 2 to 1 or 3 to 1 ratio in the market for Elbit tubes in terms of how many are commercial grade versus milspec. However, it's not always obvious to the buyer if what they're purchasing is a commercial tube - because commercial grade Elbit is so popular, many buyers and vendors alike just associate Elbit with their commercial fallout grades. 

How can you even tell, as a buyer, what's an Elbit commercial grade? Sometimes you can't, unless you inquire, and even then there's actually some grey area. Elbit has created a number of grades over the past few years which they refer to as 'commercial' but which don't differ in terms of their performance boundaries and cosmetic requirements from other grades they refer to as 'milspec' - our opinion is that there's really just one commercial grade from Elbit, which is known as XLSH. We say this because they're both by far the most common Elbit tube out there, and because they're the only grade sold which has a noticeably different set of criteria in terms of performance boundaries and cosmetic defect allowables from any other Elbit grade. 

So, to summarize Elbit in 2026, not much has changed. They're still widely known for commercial grade tubes and being a comparatively affordable Gen 3 option to L3Harris. Price increases are really the only story with Elbit - we are now paying for commercial grade tubes what a milspec grade tube used to cost just four years ago during the height of the night vision boom. 

L3Harris in 2026 and Beyond

Unlike Elbit Systems, where not a ton has changed, the same cannot be said for L3Harris, who is the other U.S. supplier of Gen 3 intensifiers to the military. 

In early 2025, L3Harris made some waves in the market by making confusing statements to partners that it would no longer supply intensifier modules to the commercial market as it had for the past many years, instead only allowing the sale of complete night vision systems that use their intensifiers, meaning that regular buyers would only be able to access L3Harris intensifier technology through one of L3s few factory complete binocular devices. These poorly and incompletely communicated statements sent shockwaves through the market for several months in 2025, but things have since evolved (and continue to evolve) today. 

L3Harris later in 2025 announced a new 'channel partner' program, which now includes around 8 companies in the night vision market, who will reportedly be able to keep intensifier supply to the commercial world for custom build devices flowing -at least in a roundabout way. As of this writing, it appears as if L3 intensifiers will continue to be available in various forms for building into aftermarket systems we know and love, but there is continued gray area around if these can be sold directly as normal to non-channel partners, or if they have to be built into a system first to be sold.

The bigger change, which has been unofficially in effect for the last year, has been a reversal in tube grading adherence for L3 tubes. Up until around SHOT Show 2026, nearly all L3Harris intensifiers were 'unlimited' FOM grades, meaning a minimum FOM was paid for when purchasing intensifiers directly from L3, but a maximum FOM for each grade did not exist and it was somewhat of a lottery on what ended up being shipped. A 1540 FOM minimum 18UM grade order of 20 tubes could have included 5 tubes with 1600 FOM, 5 tubes with 2000 FOM, and 10 tubes of 2500 FOM, as long as all other requirements were met. 

For the past year unofficially, and now officially going forward, a new 'limited FOM' model is in place, which currently appears to allow intensifiers to come in a variety of relatively narrow FOM ranges which dictate pricing of tubes. For example, a "24LM" grade order of 20 intensifiers would now just consist of 20 intensifiers all from roughly 2100 to 2400 FOM. Gone are the days of a few near-minimum FOM tubes, and some outliers way above the agreed minimum. 

This is already having notable effect on the L3 tube market dynamics. Going forward, it appears maximum possible FOM will be 2800, and any tubes in this range will be significantly more expensive than what these may have cost just a year or two prior. 

Buyers in this market today and throughout the rest of 2026 and into 2027 will find lots of tubes in the 2400 to 2800 FOM range by the end of this year and into early 2027, but in devices that cost $1000-$2500 more than they did for the same specs in 2024 and prior. The one silver lining here is the growth in popularity of L3 High Gain ("Supergain") tubes which push the envelope of Gen 3 forward another incremental point, without increasing the cost beyond the increases already coming down the pipe. 

Photonis in 2026 and Beyond

The toughest intensifiers in the market today continue to be Photonis, where supply in the U.S. for intensifiers is sporadic, with no consistent pattern for tube grades or types. This may be changing soon, however, with the growing connection between Photonis and the U.S. military for night vision technology. In February, Photonis announced a preliminary acceptance as a supplier to the Army's BiNOD program using a submission based on the Nocturn Industries Raptor housing paired with RPO 4.0 lightweight lenses and Photonis' 4G High Gain white phosphor intensifiers - a combination Photonis will also offer commercially as the Vyper PRO. 

With planned U.S. production facilities supposedly becoming operational in 2028 (if not before), Photonis' presence in the U.S. market as a supplier of intensifiers commercially is undoubtedly going to evolve rapidly over the next couple of years. 

But for today, in the middle of 2026, buyers mainly just need to know a couple of things regarding Photonis options.

Echo grade used to mean "4G tubes below a certain level of gain" (where "4G" were Photonis' flagship military grade intensifiers). However, as tech has evolved, today most Photonis tubes that say 'Echo' on their datasheet are actually now exceeding the past gain level cutoff that used to be where "4G" began.

To make things a bit more confusing, Photonis also began offering 'High Gain' variants of their tubes in the U.S. sporadically sometime in 2023, some of which say "Echo" on their datasheets and some which say "4G" - all of which having gain levels well more than double what again used to be the "4G" gain level cutoff line. 

So, what a buyer might come across in 2026 regarding Photonis intensifiers is...confusing. But, at the end of the day, what really matters are just the specifications, and not the tube grade or type. Whether its an 'old 4G' or a 'new 4G' or an 'Echo,' just check the gain level stats, SNR, and FOM level to know just about everything you'd realistically need to know. 

In reality, 4G High Gain white phosphor tubes are going to start taking more of the share of available Photonis tubes going forward, if for no other reason than their role in the Army BiNOD program. Even if the Vyper PRO ultimately doesn't make it past the initial further trial stages that it is technically approved for at the time of this writing, 4G High Gain white tubes will be marketed through the Vyper PRO commercially to all regardless. 

NNVT in 2026 and Beyond

Chinese made NNVT tubes are becoming much more widely supported in 2026 after starting to become imported to the U.S. around 2023. Several large U.S. based night vision builders have, at this point, fully embraced various grades of NNVT tubes as a budget offering in attempts to appeal to 'budget night vision' buyers. 

As of this blog, Apollo Gear is not offering NNVT intensifiers and have no plans to. This reasoning is two-part. First and most importantly, we believe its in the best interest of our products to only offer intensifiers from companies where the manufacturer of the intensifier is directly active in the market. At this time, NNVT relies on a great number of foreign distributors who then import tubes into the U.S. and market them in a fragmented manner. Second, we don't have a longstanding record or testing of critical characteristics of NNVT intensifiers or the various differences therein of all the different 'grades' of intensifiers coming from China that often get conflated. 

Both of the above points could change as the market continues to evolve.