OTTO 1200 Slender AMR Moves Heavy Payloads in Tight Spaces

Amid the rising pressure to optimize floor space, manufacturers are constantly looking for productive automation solutions. Autonomous mobile robots (AMRs) offer a compelling, flexible solution for material movement; however, in a landscape where every square foot counts, the market's existing footprint-to-payload options unveiled a gap for manufacturers that need to maneuver hefty payloads efficiently through space-constrained facilities.

Recognizing this dilemma, OTTO introduced OTTO 1200, a sleek AMR tailored to move heavy payloads through tight spaces at industry-leading average speeds, delivering unmatched throughput.

At just 910 mm in width, OTTO 1200 holds a slender profile up to 15% narrower than industry alternatives. When simulated in a facility with 12-ft wide aisles, OTTO 1200 enables bi-directional traffic to improve throughput, unlike some larger heavy-class AMRs that limit traffic to one-way. This revolutionizes space-constrained brownfield facilities which can now transform one-way aisles into two-way traffic zones.

Equipped with patented adaptive fieldset technology, OTTO 1200 prevents slowdowns around turns, intersections, equipment, and people to maximize throughput. Intentionally designed with a service-first approach to reduce downtime, the AMR can be serviced by a single person through two rapid access drawers that eliminate the need to remove payloads. OTTO 1200 is powered by the most experienced autonomy software with over 5 million hours of driving experience in mission-critical facilities.

Features:

2,645 lb. (1,200 kg) payload capacity
Narrow footprint of 910 mm to move material in tight spaces
Patented adaptive fieldset technology prevents slowdowns around turns, intersections, equipment, and people
Designed with a service-first approach to maximize uptime
Rapid-access drawers eliminate the need to remove payloads for quick maintenance by a single person
Rugged, all-metal body designed to IP54 rating
Unlocks a wide range of heavy-payload workflows, including inbound to storage, finished goods takeaway, and lineside delivery with the ability to move payloads on pallets,
racks, and bins