Alpha Robotics Panda F150 AMR Light Payload Industrial / Delivery Robot

A material transfer can be simple yet still interrupt the work around it. Repeated journeys between storage, preparation and production create a practical starting point for mobile automation. The Alpha Robotics Panda F150 AMR Light Payload Industrial / Delivery Robot addresses this kind of repetitive intralogistics work with automatic, following and power-assisted operating modes. Its value should be assessed against the actual route, the material being moved and the way staff organise each handover, rather than against a specification in isolation.

The product is available through this page, by quotation.

Background

The Panda AMR product family

The named Panda AMR range includes Panda AMR F150, Panda AMR F300 and Panda AMR F600. Within the information supplied for this product, Panda AMR F150 is identified as a light-payload autonomous mobile robot for factories, warehouses and production environments. The relevant context is internal material movement: transferring items within an operation rather than presenting the robot as a general-purpose reception or public-facing service platform.

For procurement teams, a shared family name is a starting point for comparison, not a guarantee of shared equipment or performance. Each model needs its own assessment. This page therefore keeps the F150 figures separate and does not assign specifications to the other named versions.

Mobile automation centred on the workflow

Panda AMR F150 combines long-range LiDAR navigation with two depth cameras. It also provides remote calling for factory, warehouse and logistics workflows, alongside autonomous gate and elevator access options. These features place the discussion around how a movement request becomes a completed transfer, including how the robot is called and how its route interacts with the building.

In intralogistics planning, the journey is only part of the task. Loading, unloading, route access and responsibility at the destination all need clear procedures. Establishing those procedures before selecting a robot gives the technical assessment a useful operational foundation.

Technical Specifications

Specifications are as published by the manufacturer and are confirmed against the datasheet at quotation.

The manufacturer has not published the dimensions, weight, charging time, IP rating, navigation accuracy, box contents, safety certifications, connectivity or operating system; these details are confirmed at quotation.

How do the operating modes fit a material-movement workflow?

Panda AMR F150 offers automatic, following and power-assisted operating modes. This gives buyers distinct operating approaches to discuss when defining a transfer process. The important question is not simply which mode exists, but which mode belongs at each stage of the intended job and how staff will move between those stages.

Begin with a route description: where materials are collected, where they are delivered, who loads them and who accepts them. Then identify the intended operating mode for that route. A demonstration should address the real task sequence, including the start of a journey, arrival at the destination and the procedure for an interrupted transfer.

Remote calling is another relevant feature for organising work requests. Define who will call the robot and what must be ready before a call is made. This keeps the evaluation focused on an orderly workflow rather than treating movement alone as completion of the task.

The robot has two self-resetting emergency-stop controls. Include their use in the operational review and staff procedures. Emergency-stop controls are a specific feature, not a substitute for a site risk assessment or evidence of safety certification.

Who is Panda AMR F150 for?

Panda AMR F150 is intended for buyers planning light-payload material movement in factories, warehouses and production environments. Relevant teams include production managers examining repeated internal transfers, warehouse managers reviewing movement between work areas, and automation engineers assessing how mobile equipment will fit existing processes.

It is particularly useful to frame the purchase around a defined transfer task. Describe the load, route and handover process before deciding whether the robot fits. Buyers browsing Logistics Robots should distinguish this industrial intralogistics role from broader delivery applications, where the destination, users and environment can be quite different.

The other named family members are Panda AMR F300 and Panda AMR F600. Include them in a separate model comparison if the F150 does not match the proposed task. Their payload, route and equipment specifications must be established independently; the F150 figures on this page do not describe either sibling.

For projects in the Gulf, the same disciplined approach applies: assess the actual operating environment and building interfaces rather than assuming that an indoor logistics designation settles every deployment requirement.

What is Panda AMR F150 used for?

1. Factory material transfers: Evaluate repetitive movement between defined collection and delivery points within a factory.
2. Warehouse intralogistics: Assess internal transport tasks connecting storage, preparation and operational work areas.
3. Production replenishment: Review repeated delivery of materials to production workstations against the intended load and handover process.
4. Movement between process stages: Plan transfers of work items between successive activities in a production environment.
5. Staff-requested transport: Use remote calling as part of a defined procedure for requesting factory or warehouse movements.
6. Building-connected routes: Evaluate autonomous gate and elevator access options where the proposed journey crosses controlled interfaces.

Pricing and Availability

Request a quotation for Panda AMR F150 with a description of the intended materials, routes and working environment. Include any requirement for gate or elevator access so that the quotation addresses the proposed configuration rather than an assumed installation.

Delivery, customs and support are arranged with the quotation. Request the supporting technical documentation and agree the scope of supply as part of the same process. A quotation for Panda AMR F150 is available on this page.

Frequently Asked Questions

What payload does Panda AMR F150 carry?

The payload class is up to 330.7 lb. Describe the proposed load and its handling requirements when requesting an assessment, rather than using the payload figure as the only selection criterion.

How long does Panda AMR F150 operate?

The operating time is up to 16 hours, and the battery specification is 48 V, 20 Ah. Include the intended working pattern and charging arrangements in the deployment discussion.

What navigation equipment does it have?

Panda AMR F150 has long-range LiDAR navigation and two depth cameras. The LiDAR range is up to 131 ft; this range is not a navigation-accuracy figure.

How much passage space does it require?

The minimum passage width is approximately 31.5 in. Assess the full route, including turns, passing arrangements and loading points, rather than treating passage width as a complete layout assessment.

Can it cross thresholds and grooves?

The threshold-crossing figure is approximately 1.2 in, and the groove-crossing figure is approximately 1.6 in. Record the actual floor transitions along the intended route for the site review.

Does it support gates, elevators and remote calling?

Panda AMR F150 has autonomous gate and elevator access options, together with remote calling for factory, warehouse and logistics workflows. Gate and elevator access should be specified as an option during the quotation process, not assumed to be included.

Where can I buy Panda AMR F150 and what does it cost?

The product is available through this page by quotation. Submit the intended application and required options to obtain a proposal with the supply scope and deployment arrangements defined.

Summary

A repeated material journey deserves attention because it connects tasks, people and work areas. Panda AMR F150 provides a light-payload platform for examining that journey as a structured intralogistics process, with multiple operating modes, remote calling, LiDAR navigation and depth cameras.

The next step is to connect those features to a specific route and a clearly described load. Review floor transitions, handovers, operating procedures and any gate or elevator requirements together, then request a quotation that addresses the complete task. For turning an everyday transfer into a considered automation project, this page is the starting point.