AEye stock forecast

AEye profile

Q: Where can I research AEye directly?

Go to the primary sources: AEye investor relations , AEye SEC filings . Avoid aggregator summaries when the filing itself is available.

By Jonathan Teplitsky · reviewed against primary sources · updated September 2, 2026.

AEye is a public lidar sensor maker whose Apollo product line reaches drones and autonomous vehicles as a component. A September 2026 contract with Lunar Outpost marks its first move into space mobility.

What AEye does

AEye designs and sells the Apollo long-range lidar sensor into autonomous-vehicle, industrial, defense, and now space-mobility customers, the same enabler position Ouster holds in the lidar market. Apollo is a solid-state, software-defined sensor that can be tuned for a specific mission rather than shipped as one fixed configuration, detecting objects out to roughly one kilometer. AEye sells a component rather than a finished aircraft or vehicle, so its revenue depends on winning design slots across many customer programs, not on the sales of one AEye-branded platform. A single contract announcement should be checked against total company revenue before it gets read as a business-changing event.

The product lines that define the company for research purposes:

Apollo long-range lidar
Software-defined sensor tuning for mission-specific use cases

This profile is qualitative by design. It carries no share price, no price target, no valuation multiple, and no rating — those change faster than any page can honestly track, and the filings linked below are the authoritative source for them.

AEye drone lineup

The current public product record does not identify a complete aircraft lineup.

No complete-aircraft offering is catalogued for this company; it is tracked here as an unmanned-systems enabler.

Statuses are editorial classifications from the company’s current public catalog: active means currently presented for sale, delivery, or program work; development means publicly disclosed but not a mature production offering; legacy means retained for historical or installed-fleet coverage.

Recent contracts & awards

A dated log of the specific contracts, orders, funding, and deployments reported for AEye, each tied to its primary source. This is a record of what was announced — a "selection", "award", or "partnership" is not the same as obligated money, so read each source before treating a figure as revenue. No figure appears here unless a source reported it.

ContractSep 1, 2026
AEye Wins Lunar Outpost Contract for Pegasus Lunar Rover Lidar
AEye won a multi-million-dollar contract, value undisclosed, to supply its Apollo long-range lidar to Lunar Outpost. The lidar will fly on the Pegasus lunar terrain vehicle NASA plans to use for moving Artemis astronauts across the Moon's surface near the South Pole. Apollo would handle obstacle detection, terrain mapping, and autonomous navigation. The award marks AEye's first entry into space mobility as a market. It is a demanding one: a sensor there has to survive vacuum, wide temperature swings, and constant shaking, with no chance of a repair visit once it launches.
StockTitan: AEye’s Apollo lidar selected by Lunar Outpost for Pegasus lunar rover

Where AEye sits in the value chain

AEye is an enabler: it supplies inputs to the companies that build complete systems, so its demand is spread across many platforms instead of concentrated in any single program.

Its disclosed activity spans aerial drones, ground robotics. That placement is the single most useful thing to fix in your head before reading any coverage, because the same headline means different things at different layers: a large platform award is transformative for a pure-play, material but diluted for a diversified contractor, and only indirectly relevant to a component supplier whose exposure arrives later as build-rate demand. Retail coverage routinely applies one story to all three layers at once. For the layer-by-layer comparison across the sector, see the drone stocks research shortlist and the list of publicly traded drone companies.

AEye’s Entry Into Space Mobility

AEye's lidar business has been built on autonomous-vehicle and defense customers. A September 2026 contract to supply Apollo lidar to Lunar Outpost for its Pegasus lunar terrain vehicle marks a genuinely new market rather than an extension of an existing one. Pegasus is a rover NASA plans to use to move Artemis astronauts across the lunar surface near the South Pole. Apollo would handle obstacle detection, terrain mapping, and autonomous navigation on it. A road or a battlefield does not test a sensor the way the lunar environment does. A lidar there has to survive vacuum, extreme temperature swings, and constant vibration, with no chance of a repair visit if something fails after launch. AEye has not disclosed the contract's dollar value, only that it is worth multiple millions.

How AEye Competes for Lidar Design Slots

Lidar is a multi-vendor component market. A customer building an autonomous vehicle, a drone, or now a lunar rover typically evaluates several sensor makers before picking one. AEye's pitch centers on Apollo's software-defined architecture, which lets a single hardware design be retuned for different missions instead of requiring a new sensor for each use case. That flexibility is a selling point against fixed-configuration competitors. It does not remove the need for a price and specification fight, though. A program office or systems integrator still weighs range, resolution, and cost against rival sensors from companies including Ouster before it commits to AEye.

Reading a Component Supplier’s Contract News

AEye does not build the vehicle or rover itself. A contract like the Lunar Outpost award says more about AEye's ability to win a design slot than about the size of any resulting revenue stream. Space-mobility programs also tend to be low-volume next to automotive or industrial lidar demand. Even a successful lunar sensor placement is unlikely to move AEye's overall results the way a large-volume automotive or drone design win would. Researchers should treat the announcement as evidence AEye can pass the qualification bar for an extreme-environment application. From there, check AEye's own SEC filings for whether space-related revenue is broken out separately or folded into a broader "other" category.

What to watch

The signals worth tracking are structural, not price-based — they tell you whether the business is changing shape, which is what eventually shows up in the numbers.

Whether the Lunar Outpost contract leads to further space-mobility design wins, since it is AEye's first entry into a market outside autonomous vehicles and defense.
What share of revenue comes from defense and space-adjacent customers versus AEye's broader autonomous-vehicle and industrial base.
Competitive dynamics against other lidar suppliers bidding into the same design slots, including publicly traded peers such as Ouster and MicroVision.
Whether AEye discloses the value of the Lunar Outpost award or later space contracts, since the September 2026 announcement gave no contract figure.

How to research AEye

Every question below has one authoritative source, and using the wrong source is how most retail research goes wrong.

Research question	Where the answer lives	What to look for
How much of this is really drones?	Segment tables in the annual filing	Whether unmanned systems are reported as their own segment or buried inside a larger one.
Is the revenue repeatable?	Revenue-recognition policy and backlog discussion	Recurring sustainment, services, or subscription language versus one-time hardware sales.
Is a win real money?	Official DoD contract announcements	Contract type, awarding command, and whether the amount announced is obligated or a ceiling.
Can the balance sheet fund the plan?	Liquidity discussion and share-count disclosure	Dilution history and cash runway relative to the manufacturing scale-up being promised.

One failure mode is worth naming explicitly: a company announcement describing a "selection", "award", or "partnership" is not the same as obligated money, and the two are easy to conflate because they use the same vocabulary. Check the filing before treating either as revenue. Our full approach is documented on the methodology page.

AEye FAQ

What does AEye do?

AEye designs and sells the Apollo long-range lidar sensor into autonomous-vehicle, industrial, defense, and now space-mobility customers, the same enabler position Ouster holds in the lidar market.

Is AEye publicly traded?

AEye trades as LIDR on NASDAQ. Listing status is not a quality signal, and nothing here is a recommendation to buy or sell it.

What should investors watch with AEye?

Whether the Lunar Outpost contract leads to further space-mobility design wins, since it is AEye's first entry into a market outside autonomous vehicles and defense.

Where can I research AEye directly?

Go to the primary sources: AEye investor relations, AEye SEC filings. Avoid aggregator summaries when the filing itself is available.

What does AEye’s Apollo lidar do?

Apollo is a solid-state, software-defined long-range lidar sensor. It detects objects up to roughly one kilometer away, and it can be retuned for different missions rather than shipped in one fixed configuration.

Is AEye a defense company or an autonomous-vehicle company?

Neither exclusively. AEye sells a lidar sensor component across autonomous-vehicle, industrial, defense, and now space-mobility customers, so its revenue depends on winning design slots across several markets rather than one.

Who is Lunar Outpost, and why did it select AEye?

Lunar Outpost is a space-mobility company developing robotic systems for extreme environments, including a lunar rover for NASA's Artemis program. It selected AEye's Apollo lidar for obstacle detection, terrain mapping, and autonomous navigation on that rover.