Outrider

What it does

Outrider automates the yard truck work that moves trailers between parking spots and dock doors at distribution centers. Its system drives electric yard trucks without a driver, backs and hitches trailers, and connects the trailer brake lines, and Outrider says it had completed more than 100,000 autonomous trailer moves by 2024 ^{[1] [7]}. The vehicles use lidar, radar and cameras, monitor the area for obstacles, enter a safe state when they meet a potentially hazardous situation, and have emergency override buttons ^{[1] [15]}.

The safety relevance is the manual work it removes. Hooking up a trailer normally means the driver leaves the cab to couple the pressurized brake lines at the trailer's connection points, called gladhands, which means repeated trips out of the cab in all weather. Outrider's TrailerConnect robotic arm, built on Yaskawa robots, does this step, and Outrider calls it a dangerous task done over 6 billion times a year worldwide ^[4]. Outrider says automation keeps site staff and road drivers out of harm's way ^{[1] [7]}.

For the driverless system, Outrider says its safety design has 14 safety mechanisms covering more than 200,000 yard hazards, including redundant hazard detection, fail-safe hardware and real-time health monitoring ^[5]. Its CTO said the approach used ISO 26262 (functional safety for road vehicles) and ISO 21448 (safety of the intended functionality) as a starting point ^{[5] [13]}. TÜV SÜD carried out a preliminary assessment against its own AV Conformity Framework and found the functional safety approach aligned with it; Outrider says it is still building the body of evidence for implementation ^{[5] [11]}. We found no claim of ISO 3691-4 or UL 4600.

Who it is for

Outrider targets large shippers with busy trailer yards in consumer packaged goods, retail and ecommerce, manufacturing, package delivery and intermodal rail ^[3]. Outrider says its customers and pilot partners represent more than 20% of yard trucks in North America; these customers are mostly unnamed ^{[7] [14]}. Outrider treats yard design and planning as part of a project ^[3].

How it is deployed

The system has three parts: management software for dispatch and tracking, the autonomous vehicles, and site infrastructure ^[1]. The autonomy hardware runs on approved platforms from NVIDIA, Orange EV, RH Sheppard and Yaskawa, and RH Sheppard approved its drive-by-wire steering for Outrider's use ^[5]. Manual and autonomous trucks can be dispatched from the same software, and Outrider provides 24x7 remote monitoring and support with real-time alerts ^{[1] [2]}. Outrider sells a subscription that covers the autonomy stack, cloud management software, trailer inventory tracking and support, without published prices ^[5]. Its safety page describes risk assessment, virtual and on-vehicle scenario testing, and a test yard that mimics real sites ^[2].

In October 2026 Outrider signed a five-year, non-exclusive agreement under which YMX Logistics will finance, operate and support Outrider trucks at its customers' sites, with Outrider giving remote monitoring and technical help ^{[14] [15]}.

Notable public customers and coverage

Outrider Technologies, Inc. is the legal entity named in its privacy notice, which lists addresses in Brighton and Henderson, Colorado ^[9]. Trade press reported it was founded in 2017; Andrew Smith is founder and CEO ^{[10] [8]}. Outrider reports over $250 million in equity raised ^[7]. In 2021 it said Georgia-Pacific had run more than 1,000 autonomous trailer moves in daily operations at a Chicago-area distribution center, with its warehouse management system sending move requests ^[8]. That figure is vendor-published and is a volume count, not a safety outcome. Outrider reports a SOC 2 Type 2 audit by Prescient Security covering its cloud software and infrastructure ^[6]. FreightWaves reported that Edge Case Research and FEV Group also worked on its safety case ^[12]. We found no published injury data, independent test report, or review platform listing.

Things to ask in an evaluation

• Can you see the TÜV SÜD assessment report, and what remains open after the preliminary review?
• How are pedestrians and manually driven trucks detected, and what disengagement or stop data exists from live sites?
• Which tasks still need people, such as damaged gladhands, and how are they kept safe while doing them?
• What camera and lidar data is recorded in the yard, how long is it kept, and who can access it?
• How does the system connect to your yard and warehouse management software?

Our take

Strengths

• Removes a specific manual hazard, coupling brake lines at the trailer, with a robotic arm ^[4].
• A documented safety approach based on ISO 26262 and ISO 21448, with a TÜV SÜD preliminary assessment ^{[5] [13]}.
• A SOC 2 Type 2 claim and an operating partner, YMX, for sites that do not want to run the fleet themselves ^{[6] [14]}.

Watch-outs

• No public injury, incident or disengagement data; the TÜV SÜD review is preliminary and reported by Outrider ^{[5] [11]}.
• Most customers are unnamed, and the one named case gives a move count, not measured outcomes ^[8].
• The privacy notice does not cover sensor data captured in yards, and pricing is not published ^{[9] [5]}.

Best fit: Large distribution yards with high trailer volumes that want to move yard truck work to driverless electric trucks and can run a staged rollout with safety evidence reviewed at each step.