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J1600

Everything about the J1600 dual-mode self-driving pallet jack: how it works, specifications, safety, software, chargers, and pricing.

OverviewWhat the J1600 dual-mode self-driving pallet jack is, what it automates, its core facts and recognition, and where to find detailed specifications, safety, and pricing information.

How It WorksThe J1600 workflow from first-time setup to autonomous delivery — mapping by driving, saving locations, task patterns such as Boomerang and drop-and-wait, and how the operator stays in control.

Dual ModeHow the J1600 combines manual pallet-jack operation and operator-initiated autonomous travel in one vehicle, how the handover works, and the capability ladder from manual functions to advanced automation.

Features and BenefitsThe J1600's design principles, headline features, and claimed operational benefits — from up to 80% less manual transport work to no-code operation, 30-minute training, and progressive scaling.

ApplicationsWhere the J1600 fits — material-flow use cases from inbound receiving to cross-docking, target industries and facility profiles, and the conditions under which it is a poor fit.

Technical SpecificationsMaster specification table for the J1600 self-driving pallet jack — payload, speed, dimensions, battery, compute, interface, ingress protection, and connectivity, with interpretation notes on lift height and speed.

Dimensions and PerformanceFull J1600 dimension tables in metric and imperial units, motion and lift performance figures, battery and power data, and what the drain rates mean for runtime.

Pallet and Load CompatibilityWhich pallets and load carriers the J1600 can handle — the open-base requirement, the 1,250 mm size envelope, EPAL and GMA support, and how to judge custom carriers.

Operating EnvironmentSite requirements for the J1600 — gradeability in automatic and manual mode, bump and gap tolerance, temperature and humidity range, floor flatness class, and IP21 ingress protection.

Navigation and Obstacle AvoidanceHow the J1600 navigates with 3D LiDAR SLAM on an NVIDIA Jetson computer — continuous mapping while driving, infrastructure-free routing to saved points, obstacle avoidance, and preferred travel zones.

Safety OverviewThe J1600's layered safety architecture — 360-degree protective field, certified safety components, Performance Levels for each safety function, and the standards and directives it complies with.

Software and IntegrationsThe J1600's two software versions — configuration-free Standard software and Advanced software with VDA 5050, REST API, Fleet Manager, and mission planning — plus upgrade rules and list prices.

Chargers and AccessoriesManual and automatic charging options for the J1600, battery drain and charge rates, opportunity charging, and 2026 list prices for both chargers.

Pricing and ROIJ1600 end-user list prices for the robot, chargers, software, installation, and support plans, typical configuration costs, the two-week trial, and the labor and non-labor return arguments.

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