Lattice

Deployed across US and allied programs; designated tactical counter-UAS C2 under the Army's 2026 enterprise agreement

Army enterprise agreement

$20B ceiling over 10 years

first task order $87M

Border deployment

290+ Lattice-connected Sentry towers on the US-Mexico border (2023)

Announced next steps from Anduril Industries that mention Lattice.

1. Sep 272026

   Anduril and ORIGIN agree to trial BLAZE on Lattice

   On September 25, Anduril and Latvian uncrewed-systems maker ORIGIN signed a memorandum of understanding to explore integrating ORIGIN's BLAZE autonomous counter-drone interceptor with Anduril's Lattice software. The companies said they will run joint testing, demonstrations and validation in Latvia as a layered counter-UAS option for Latvian air defense. The MoU was signed during a LIAA trade mission alongside Latvia's presidential visit to the United States; it is an integration trial, not a procurement contract.

   aviationweek.com ↗soldiersystems.net ↗balticnews.com ↗

2. Sep 42026

   Hermeus picks Anduril Lattice for Quarterhorse autonomy

   Hermeus selected Anduril on September 3, 2026 to integrate Lattice for Mission Autonomy on the Quarterhorse Mk 2 high-Mach drone, the first commercial deal to put Anduril's autonomy stack on a third-party Group 5 aircraft. The companies said integration is underway and the first mission-autonomy test flight is planned for 2027, pairing Lattice with an airframe that has already flown supersonic under a Defense Innovation Unit contract. Anduril called the pact a chance to validate end-to-end autonomy on an independent high-speed platform as it also competes for the Air Force Collaborative Combat Aircraft software layer.

   Anduril ↗Hermeus ↗Aviation Week ↗+ Hermeus

3. Aug 282026

   Anduril demos Battle Manager at Valiant Shield 2026

   Anduril demonstrated its Lattice-powered Battle Manager for the Guam Defense System during Exercise Valiant Shield 2026, fusing U.S. Army, Air Force, Navy and Missile Defense Agency assets into a single air-and-missile-defense picture. The company said the software generated autonomous weapon-engagement recommendations less than six months after winning the development contract, and billed the demo as a first-of-its-kind capability delivered to the Department of War.

   Anduril ↗Defence Connect ↗

4. Aug 182026

   Anduril's first satellite returns first calibrated images

   Anduril said August 17 that its first fully-integrated satellite, ANDURIL-216, has returned first calibrated images from all three onboard payloads, a long-wave infrared sensor and two electro-optical sensors. The spacecraft launched July 7 on a SpaceX Falcon 9 Transporter-17 rideshare and went from clean-sheet design to orbit in under two years, with Anduril using its Lattice software to command and task an on-orbit spacecraft for the first time.

   Defense Daily ↗Aviation Week ↗

5. Aug 142026

   Japan weighs Palantir and Anduril AI for military command

   Japan's government is considering deploying Palantir's Maven Smart System, which analyzes intelligence and recommends targets and tactics, and Anduril's Lattice, which fuses sensor data and coordinates autonomous assets, within its Self-Defense Forces command and control structure, Nikkei Asia reported in early August. The proposal aims to close a decision-speed gap with US forces and is expected to feature in revisions to Japan's national security strategy later this year, while Tokyo separately develops a domestic alternative based on Sakana AI.

   Nikkei Asia ↗IT Business Today ↗+ Palantir Technologies

• 

  In Production

  Fury (FQ-44A)

  Jet-powered, semi-autonomous Collaborative Combat Aircraft designed to fly as a robotic wingman alongside F-35s, F-22s, and the F-47. Fury flew 556 days after clean-sheet design start and in June 2026 was ordered into production by the Air Force - the first combat jet produced by a defense startup. Anduril executives said on September 14, 2026 that the unit cost is well below $20 million at currently contemplated quantities, beating the earlier ~$30M (about a third of an F-35) target, and that a Fury has already flown in formation alongside F-35s, though the fighter is not yet controlling it.

  First flight

  October 31, 2025

• 

  Active

  Roadrunner / Roadrunner-M

  Twin-turbojet, vertical take-off-and-landing autonomous interceptor that flies at high subsonic speed to defeat drones and cruise-missile-class threats. The Roadrunner-M variant carries a high-explosive warhead but can land and be reused at near-zero cost if a kill isn't needed - an economics-first answer to the drone threat.

• 

  In Development

  Barracuda

  Family of low-cost, air-breathing autonomous cruise missiles (Barracuda-100/250/500) designed for mass production with commercial components - Anduril's answer to America's munitions-capacity problem. Variants span air, ground (surface-launched SLB/Barracuda-500M), and pallet-airdrop launch, with the 500-class reaching roughly 900 km. A May 2026 production agreement with the Department of War covers at least 3,000 surface-launched Barracuda-500M systems over three years (~1,000/year, first deliveries H1 2027), a July 2026 framework agreement targets thousands of air-launched Barracuda-500s per year, Poland's PGZ will build the surface-launched Barracuda-500M locally, and an Embraer MoU is integrating a palletized Barracuda-500M on the C-390 transport.

  Unit cost target

  ~$200,000

  Production plan

  Arsenal-1

• In Development

  Thunder

  Autonomous, series hybrid-electric tilt-rotor Group 5 attack aircraft co-developed with Archer Aviation and unveiled at the Farnborough International Airshow on July 20, 2026. Designed as a pilotless 'loyal wingman' to fly in formation with crewed helicopters such as the AH-64 Apache and MV-75, cruising above 200 knots with a range of thousands of nautical miles. Archer's commercial variant of the same airframe is called 'Halo.'

• 

  Active

  Falcon 9

  SpaceX

  Partially reusable two-stage medium-lift launch vehicle. The world's most frequently launched orbital rocket.

  Payload to LEO

  22,800 kg (expendable)

  Payload to GTO

  8,300 kg (expendable)

• 

  Active

  Falcon Heavy

  SpaceX

  Heavy-lift launch vehicle consisting of a strengthened Falcon 9 core with two additional boosters.

  Payload to LEO

  63,800 kg

  Payload to GTO

  26,700 kg

• 

  Active

  Dragon

  SpaceX

  Reusable spacecraft for cargo and crew transport to the International Space Station.

  Crew Capacity

  Up to 7

  Cargo Capacity (pressurized)

  6,000 kg

• 

  In Development

  Starship

  SpaceX

  Fully reusable super-heavy-lift launch system designed for missions to the Moon, Mars, and beyond. V3 (Block 3) variant with Raptor 3 engines is the production version.

  Payload to LEO

  100–150 t

  Height

  121 m (397 ft)