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OTTO Lifter V2
OTTO Motors
Not yet assessed
- Height
- 106-inch total; 30-inch in autonomous mode
- Payload
- —
- Verified autonomy
- not assessed
- Real deployment
- not assessed
- Status
- —
- Price
- —
OTTO Lifter V2
OTTO MotorsThe OTTO Lifter V2 is an autonomous forklift AMR developed by OTTO Motors (a division of Clearpath Robotics, now under Rockwell Automation), headquartered in Kitchener, Ontario, Canada. It is designed for autonomous pallet transport in manufacturing and warehouse environments, carrying up to 1,200 kg (2,640 lb) at up to 1.5 m/s, with a 30-inch autonomous lift height (106-inch maximum in manual mode). The system features five 3D cameras, three LiDARs, seven payload sensors, and fork impact sensors enabling autonomous pallet acquisition even with misplaced or stretch-wrapped pallets. No independent teardown or third-party operational reviews were present in the supplied facts; all technical and autonomy claims derive from official/vendor or commerce (dealer) sources.
Availability
Specification
- payload capacity
- 1,200 kg (2,640 lb)
- travel speed
- 1.5 m/s (3.4 mph)
- lift height
- 106-inch total; 30-inch in autonomous mode
- sensors - payload
- Seven payload sensors (for safe pallet acquisition, placement, and stability)
Price
No public price — contact the supplier for a quote.
Good · Bad · Ugly
Evidence-graded claims from the OTTO Motors deep report
OTTO Motors (Clearpath Robotics) was acquired by Rockwell Automation, completing OTTO's transition from an independent AMR startup to a division of a major industrial automation conglomerate.
Rockwell Automation's own press release [7] confirms the completed acquisition, and The Robot Report [12] — an independent trade publication — reported on the Series C and OTTO's commercial trajectory, corroborating the company's real commercial existence; however, acquisition financial terms remain undisclosed.
from OTTO Motors deep report →
OTTO AMRs operate fully autonomously — navigating, planning paths, detecting obstacles, and completing material transport missions without a human performing the transport task.
All sources describing autonomous operation ([1][2][4][9]) are vendor-owned or vendor-adjacent; no independent third-party teardown, regulator audit, or customer review confirms the absence of teleoperation fallback or remote supervision during live missions.
from OTTO Motors deep report →OTTO AMRs have accumulated over 5 million hours of production experience in real manufacturing and warehouse deployments.
The 5 million+ hours figure originates solely from Rockwell Automation's acquisition press release [7]; no independent auditor, customer, or journalist has verified this operational-hours count.
from OTTO Motors deep report →Over 70% of OTTO's installed AMR base is deployed at Fortune Global 500 companies, with named customers including GE, Toyota, Nestlé, and Berry Global.
The 70%+ figure and named customers appear in OTTO's own Series C press release [6][10]; The Robot Report [12] relays the same vendor-sourced claim without independent customer confirmation.
from OTTO Motors deep report →The 'OTTO Autonomy' stack's Graph-based Planner enables AMRs to drive faster and more predictably, increasing manufacturer throughput.
The Graph-based Planner capability and throughput improvement claim originate entirely from OTTO's own software release press release [5]; no independent benchmark, customer trial report, or third-party reviewer has tested or confirmed the throughput gains.
from OTTO Motors deep report →
The OTTO 1500 carries payloads up to 1,900 kg — the highest in the fleet — despite the model name implying 1,500 kg.
The 1,900 kg spec comes exclusively from vendor sources [1][4][9] and conflicts with the model's own name; no independent spec sheet, customer, or test report resolves the internal naming inconsistency or confirms the 1,900 kg figure.
from OTTO Motors deep report →OTTO AMRs can deliver material handling operations at a cost as low as $9 per hour.
The $9/hour figure is cited only in OTTO's own press release/blog [8]; no independent cost analysis, customer audit, or third-party benchmark validates this figure or specifies the conditions under which it is achievable.
from OTTO Motors deep report →GE Aerospace saved $1.3 million within one year of implementing OTTO AMRs.
The $1.3M savings figure is cited only on OTTO's own AMR product page [9]; no independent GE Aerospace statement, case study audit, or journalist report corroborates this specific ROI claim.
from OTTO Motors deep report →
About the company
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