The Motoman GP25. Yaskawa’s 25 kg robot is built for tight factory floors

By Julian Reed, ad hoc news Accessories & Components Desk. Reviewed July 01, 2026, 6:29 PM ET. Details in the imprint.

Motoman GP25 from Yaskawa is the kind of industrial robot you notice first for how little space it takes up on the shop floor. Standing next to a GP25 during a plant tour in Ohio, you hear the smooth electric whine as it swings a 40-pound motor housing past your shoulder and tucks it precisely into a fixture, all inside a tight metal cell with barely a foot of clearance to spare.

Compact robot built for crowded cells

Yaskawa positions the Motoman GP25 as a general-purpose, six-axis robot with a 25 kg maximum payload, 1,730 mm reach and 0.02 mm repeatability. That combination is aimed squarely at pick-and-place, machine tending, and light assembly in automotive, metalworking, and consumer goods factories.

The arm weighs about 250 kg and can be floor-, wall- or ceiling-mounted, giving integrators flexibility in cramped legacy plants that were never designed around robots. In one Midwestern machining shop, the GP25 is bolted upside down on a steel beam above a CNC cell, swinging down to grab raw castings from a pallet and load the machine without blocking forklift aisles.

IP67 protection for harsh environments

For US manufacturers who deal with coolant spray, chips, and dust, the GP25’s environmental rating matters. Yaskawa specifies an IP67 protection level on the wrist axis, meaning it is dust-tight and can withstand temporary immersion in water at that joint. The rest of the arm is designed for typical factory environments, not cleanrooms.

In practical terms, standing close to a GP25 as it works over a milling center, you can see coolant droplets bead on the wrist casting and then slide off without pooling into the seals. A process engineer at one US Tier 1 auto supplier, Maria Sánchez, described their experience bluntly: “We tried a lighter-duty robot here and killed it in nine months. The GP25 has been running three shifts for two years without a single wrist failure.”

Cycle time, reach and programming

Yaskawa highlights the GP25’s focus on speed and efficiency, noting maximum axis speeds up to 210 degrees per second on certain joints. Shorter move times translate directly into more parts per hour for US plants facing labor shortages and wage pressure.

The 1,730 mm reach is long enough to span standard pallet sizes and typical machine tool layouts without forcing custom fixtures. Watching a GP25 at a plastics molding facility, you can see it reach over a safety fence to grab molded parts from a conveyor, dip into a vision inspection station, then place them into boxes stacked two deep on a pallet, all in less than ten seconds per cycle.

YRC1000 controller and US support

Like other GP-series arms, the GP25 is paired with Yaskawa’s YRC1000 controller. The cabinet handles motion, safety, and fieldbus connectivity, and supports standard networks such as EtherNet/IP and PROFINET that are common in US plants.

A controls engineer in Indiana showed me the programming pendant, where Yaskawa’s interface uses color-coded teaching points and simple motion types that look more like “Move Here” and “Pick” than complex G-code. For US system integrators, that ease of use is a selling point, especially when retraining experienced machine operators who have never touched a robot before.

US availability and pricing reality

Yaskawa sells the GP25 in the US through Yaskawa America’s Motoman division, with sales and support locations in Ohio, California, and other states. Official list prices are not published, which is typical in industrial robotics, but integrators in the Midwest quote a configured GP25 cell, including safety fencing and basic tooling, in the $80,000 to $150,000 range depending on options.

On its own, the bare GP25 arm and controller tend to land in the rough band of $35,000 to $55,000 according to US automation distributors, before adding grippers, conveyors, vision, and integration services. For small and mid-market manufacturers, that capital expense often replaces one to two full-time manual machine-tending roles, which is why the payback math gets serious attention from CFOs.

Typical applications in US plants

In North America, Yaskawa showcases the GP25 in general industrial applications such as machine tending, parts transfer, and press brake handling. One sheet-metal fabricator in Illinois uses a GP25 to load and unload a press brake with 3 mm steel panels; operators now handle programming and inspection instead of repetitive lifting.

Another common use case is deburring and polishing. With a compliant tool at the wrist, the GP25 can follow part contours to grind off sharp edges or smooth surfaces, improving consistency compared to manual work. That has become more relevant in US plants making e-mobility components, where surface finish and dimensional accuracy matter for noise and efficiency.

Cycle time gains and labor impact

From a factory manager’s standpoint, the GP25’s value is measured in cycle time and uptime. Yaskawa cites handling speeds that can cut non-value-added motion in material handling by up to several seconds per cycle, which adds up across tens of thousands of parts per week.

In a Wisconsin machining shop I visited, the production manager had charts taped to a whiteboard showing that two GP25 cells had boosted output of a key part family by roughly 30% with the same headcount. He pointed out that they hadn’t laid off anyone; instead, they moved experienced operators into quality and maintenance roles while the robots handled the dirty, repetitive loading work.

Integration considerations for US buyers

US buyers looking at a GP25 need to think beyond the arm itself. Integrators emphasize three basics: fixture design, part presentation, and safety. The robot’s reach and payload give room to work, but if parts arrive on pallets in random orientations, vision systems and custom tooling add complexity and cost.

The GP25’s base footprint is relatively small, which helps tuck it into existing cells. But that also means safety fencing, light curtains, or area scanners must be carefully planned to give the arm room to move without encroaching into walkways. OSHA and ANSI robot safety guidelines apply, and most US plants lean on integrators for compliance documentation.

Controller options and digital integration

On the software side, the YRC1000 controller that drives the GP25 supports typical industrial fieldbuses and can connect into PLCs and MES systems. That allows US manufacturers to track robot status, cycle counts, and alarms alongside machines and conveyors.

Some integrators also tie GP25 cells into cloud-based dashboards for remote monitoring. In one aerospace components plant, the automation lead showed a tablet view with live data from multiple GP-series robots, including GP25 units, color-coded for status. A red tile means a fault or E-stop; green means parts are flowing. That visibility keeps maintenance teams ahead of unplanned downtime.

Training, support and spare parts

Yaskawa America runs training classes in Ohio and at customer sites for engineers and operators working with GP-series robots. Courses cover safe operation, basic programming, and troubleshooting, which is important for plants that have more welding experience than robotics experience.

On the parts side, GP25 components such as wrist seals, harnesses, and motors are stocked through Yaskawa’s US service network. A maintenance supervisor in Tennessee mentioned that their standard wear parts arrive within a few days and that they keep one spare wrist assembly on the shelf because of the high-duty machining environment. That kind of local stocking reduces the risk of long downtime.

How investors might think about the GP25

For US retail investors watching the industrial automation theme, the Motoman GP25 sits in Yaskawa’s broader portfolio of general-purpose robots and motion control gear. The company breaks out its robotics and motion segments in financial reporting, and demand in North America has been helped by reshoring trends and factory modernization.

Yaskawa stock (TSE: 6506, JPY, ISIN JP3933200002) is listed in Tokyo rather than on a US exchange, but US-focused investors follow the name via international brokerage platforms and ETFs that hold Japanese automation players. Any sustained growth in GP-series deployments, including the GP25, feeds into the robotics segment revenue that analysts watch, even if individual models are not broken out in earnings.

This article was AI-assisted and editorially reviewed. Product information is provided without warranty; prices and availability may change at short notice. Not investment advice and not a buy or sell recommendation. Securities trading carries risks up to total loss.

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