Gooseneck Implement (North Dakota, USA) - field testing
unknown · unverified
- No deployment-specific evidence recorded.
Watch changes · Evidence history · Cited research export · Plan a pilot
Not applicable to heavy & off-road robots: Manipulation & Dexterity, Ecosystem & Viability. Excluded from the index and the remaining weights renormalised — not scored zero.
Each pillar is scored 0–100 from published specs, then weighted into the HVMX. Compare it only with other heavy & off-road robots — each category uses its own reference scales. See the full methodology →
Second-generation autonomy kit: 16 cameras in pods for 360° perception, no operator in the cab, offered as a retrofit to existing machines.
Legacy mentions are unverified. A partnership or announcement is not proof of an active deployment. Evidence labels do not change HMX v2 scoring.
Gooseneck Implement (North Dakota, USA) - field testing
unknown · unverified
Cleveland Agriculture (Mungindi, QLD, Australia) - 55,000 ha wheat/chickpea planting
unknown · unverified
Evidence is attached to each value. Robot-wide source links do not verify every field. A source about an older value cannot support the current specification.
Declared shared origins are grouped. Distinct domains and unclassified origins do not establish independent evidence.
No field-specific evidence recorded. This value is unverified at field level.
Declared shared origins are grouped. Distinct domains and unclassified origins do not establish independent evidence.
No field-specific evidence recorded. This value is unverified at field level.
Declared shared origins are grouped. Distinct domains and unclassified origins do not establish independent evidence.
No field-specific evidence recorded. This value is unverified at field level.
Declared shared origins are grouped. Distinct domains and unclassified origins do not establish independent evidence.
No field-specific evidence recorded. This value is unverified at field level.
Declared shared origins are grouped. Distinct domains and unclassified origins do not establish independent evidence.
No field-specific evidence recorded. This value is unverified at field level.
Declared shared origins are grouped. Distinct domains and unclassified origins do not establish independent evidence.
No field-specific evidence recorded. This value is unverified at field level.
Declared shared origins are grouped. Distinct domains and unclassified origins do not establish independent evidence.
No field-specific evidence recorded. This value is unverified at field level.
Declared shared origins are grouped. Distinct domains and unclassified origins do not establish independent evidence.
No field-specific evidence recorded. This value is unverified at field level.
Declared shared origins are grouped. Distinct domains and unclassified origins do not establish independent evidence.
No field-specific evidence recorded. This value is unverified at field level.
Declared shared origins are grouped. Distinct domains and unclassified origins do not establish independent evidence.
No field-specific evidence recorded. This value is unverified at field level.
Declared shared origins are grouped. Distinct domains and unclassified origins do not establish independent evidence.
No field-specific evidence recorded. This value is unverified at field level.
Declared shared origins are grouped. Distinct domains and unclassified origins do not establish independent evidence.
No field-specific evidence recorded. This value is unverified at field level.
Declared shared origins are grouped. Distinct domains and unclassified origins do not establish independent evidence.
No field-specific evidence recorded. This value is unverified at field level.
Declared shared origins are grouped. Distinct domains and unclassified origins do not establish independent evidence.
No field-specific evidence recorded. This value is unverified at field level.
Declared shared origins are grouped. Distinct domains and unclassified origins do not establish independent evidence.
No field-specific evidence recorded. This value is unverified at field level.
Declared shared origins are grouped. Distinct domains and unclassified origins do not establish independent evidence.
No field-specific evidence recorded. This value is unverified at field level.
Declared shared origins are grouped. Distinct domains and unclassified origins do not establish independent evidence.
No field-specific evidence recorded. This value is unverified at field level.
Declared shared origins are grouped. Distinct domains and unclassified origins do not establish independent evidence.
No field-specific evidence recorded. This value is unverified at field level.
9RX Autonomous is a autonomous heavy machinery from John Deere in USA, and it is commercially available. It scores 72.1 on the Heavy Machine Metric, ranking 3rd of 3.
The next robot above it is Komatsu FrontRunner AHS (930E), at 75.7.
Its published price is $1.1m.
On autonomy, it has demonstrated completing tasks on its own. 2 deployment claims are on record, none yet backed by a customer, the press or the vendor.
Its specifications carry a medium-confidence grade from 2 cited sources, as of 2026-08.
Task capability is not inferred from hardware specifications or general autonomy labels. Find robots for a task →
No task-specific evidence recorded. Capability remains unknown.
Machine-readable: HIS Layer 0 manifest · what's this?
The John Deere 9RX Autonomous has a published price of $1.1m.
Published specifications: weight 33566 kg. Not published: payload.
The John Deere 9RX Autonomous has demonstrated completing tasks on its own. The grade reflects demonstrations, not marketing claims.
On the HVMX, the John Deere 9RX Autonomous scores 72.1 and the Komatsu FrontRunner AHS (930E) 75.7. The John Deere 9RX Autonomous leads on commercial readiness & deployment; the Komatsu FrontRunner AHS (930E) leads on hardware & engineering.
The John Deere 9RX Autonomous is made by John Deere, in USA.