Pursuing Partnership · St. Louis metro
OTTO Motors in St. Louis, MO
Buy OTTO robots in the St. Louis metro, deployed by a Farhand Field Service Engineer, with AI-guided lifetime service via Farhand Relay.
Field service across the St. Louis metro — the Boeing Defense + St. Charles aerospace corridor, the Hazelwood / Berkeley supplier belt, and the Anheuser-Busch + Nestlé food-processing cluster.
OTTO sells units; we sell units + lifetime service. Every OTTO fleet deployed in St. Louis ships pre-loaded into Farhand Relay so the support gets smarter with every shift.
OTTO lineup deployable in St. Louis
Every unit ships with Farhand Relay AI-guided service for the life of the fleet.
Autonomous Mobile Robots (AMRs)
OTTO 100
$80K–$120K
Light-payload (100kg) AMR for cart and tote transport in mixed-traffic facilities.
Autonomous Mobile Robots (AMRs)
OTTO 600
$120K–$180K
Mid-payload (600kg) AMR — the auto-manufacturing workhorse.
Autonomous Mobile Robots (AMRs)
OTTO 1500
$200K–$280K
Heavy-payload (1500kg) AMR for full-pallet and large-format material handling.
Autonomous Mobile Robots (AMRs)
OTTO Fleet Manager
Site license
Software stack for managing mixed-fleet OTTO + 3rd-party AMR operations.
St. Louis operations that run autonomous mobile robots (amrs) robots
St. Louis-area facilities of these companies run robots and machinery we have the brand certs and Farhand Relay context to support.
How a OTTO rollout works in St. Louis
You scope, we quote. We walk your St. Louis facility — square footage, floor types, traffic patterns, integration needs — and quote the right OTTO fleet for your real workload.
Units ship pre-mapped to your floor plan when possible. Our Field Service Engineers commission on-site, train your team, and hand off into Farhand Relay for ongoing service. Coverage spans the entire St. Louis metro via our closest-hub dispatch model.
When something needs attention, you text us. Relay diagnoses the fault from sensor data. A Field Service Engineer is on-site within 24 hours — typically same-day in St. Louis given metro density.