DEPLOYDatabase

Deployment

Arion-SMET at United States

6x6 battery-electric UGV (550 kg payload, ~100 km range) for autonomous off-road squad support; first Korean UGV in US Foreign Comparative Testing (Hawaii, Dec 2023), competing for US Army S-MET Increment II.

Arion-SMET by Hanwha Aerospace · Catalog entry · 2 sources · not yet field-verified · Defense UGV

Recent coverage

See all coverage →


The Hanwha Arion-SMET underwent a US military Foreign Comparative Testing field evaluation in Hawaii in December 2023, competing alongside contenders such as the HDT Hunter WOLF and GDLS MUTT/TRX for the US Army S-MET Increment II production decision anticipated in late FY2027.

Key facts

Operator
US military (Foreign Comparative Testing)
Program
US FCT, Hawaii, Dec 2023; competing for US Army S-MET Increment II
Lifecycle stage (re-verified 2026-06-07)
Pilot under US Army S-MET Increment 2 evaluation. Hanwha Arion-SMET is one of multiple contenders for the S-MET Inc 2 production decision (late FY2027). Competes against HDT Hunter WOLF, GDLS MUTT/TRX, and others.

Exposure

Customer segment
agriculture
Scale tier
pilot lt10

Each exposure value carries its own basis marker. Aggregators report a number; this surface preserves the source class so verification depth travels with the value.

Safety record

No incidents on record for Arion-SMET at United States.

Only active incidents are counted. Retracted incidents are excluded from this summary but remain reachable at their canonical URLs.

Trust tier
Catalog entry · 2 sources · not yet field-verifiedhow tiers work →
Last updated
2026-08-21
Status
pilot
Operator type
maker operated
Scale at site
2 to 10 units
Site environment
outdoor
Location precision
verified coordinates
First seen
2023-12-01
ID
92e7ab0a-3b3b-4975-9a02-d36ed32fc8e2

Timeline

  1. Dec 2023
    First recorded
    Arion-SMET first documented operating at United States.
  2. Dec 2023
    created
  3. Jun 2026
    field updated
    key facts: lifecycle enrichment addedLifecycle stage (re-verified 2026-06-07)
  4. Aug 2026
    Current status: pilot, reviewed
    Latest recorded state. New status transitions append here as the deployment-status recorder produces them.

On the deployment map

Free to use on your site, with a link back to DEPLOY.

Arion-SMET operates in United States. Explore the full verified map:

Sources (2)

  1. https://defence-blog.com/hanwhas-ugv-completes-successful-field-test-with-us-military/
  2. https://www.hanwhaaerospace.com/
Methodology: Verified · 2 sources (no primary) · last reviewed 2026-08-21

Verification posture

Verified

Low confidence

Review state

Stable

Last reviewed 2026-08-21

Maturity + lifecycle

Maturity stage: pilot

Lifecycle: active

Architectural position

Cohort: defense_ugv

Sources by quality tier

2
unclassified
Unclassified source

The framework is documented at /methodology. Corrections at /corrections. Reviewer: DEPLOY editorial team.

Methodology surface for Arion-SMET at United States.

Common questions

What is the Arion-SMET deployment at United States?
Arion-SMET, built by Hanwha Aerospace, is recorded as a deployment at United States on the DEPLOY registry. Hanwha Aerospace operates the deployment directly.
Who operates Arion-SMET at United States?
Hanwha Aerospace, the manufacturer of Arion-SMET, operates this deployment directly. This is a maker-deploys-its-own-product arrangement rather than a customer pilot.
When did the Arion-SMET deployment at United States go live?
The deployment is recorded as starting December 1, 2023 on the DEPLOY registry. Earlier activity may exist but is not yet sourced.
Have there been incidents at the Arion-SMET deployment at United States?
No active incidents affecting this deployment are recorded on the DEPLOY registry. Absence of recorded incidents is not a guarantee no incident occurred; DEPLOY records only sourced incidents and suppresses retracted ones.

Deploy Watch

Track this deployment.

We notify you when status changes against primary-source evidence, contract events surface, or a related incident is filed.

Machine-readable surfaces