Universal Robots has introduced a new addition to its collaborative robot lineup, the UR15, which the company is positioning as its fastest cobot to date. The announcement, which surfaced around the Automate 2025 trade show, marks a notable step in the Danish manufacturer’s ongoing effort to push the boundaries of what collaborative automation can achieve in industrial settings.
The headline specification for the UR15 is its maximum tool center point (TCP) speed of 5 meters per second. This figure is significant because TCP speed directly influences how quickly a robot can move its end effector — the tool or gripper at the end of the arm — through space. Higher TCP speeds translate into shorter cycle times, which is the total time required to complete one full operation, such as picking up a part, moving it, and placing it down again. For manufacturers, cycle time is a critical metric because it determines throughput: the number of products that can be processed in a given hour, shift, or day. Faster cycle times mean more output without adding more machines, floor space, or labor.
Universal Robots stated that the UR15 is engineered to reduce cycle times, increase productivity, and lower costs across a range of applications and industries. The company did not limit the UR15 to a single vertical market, instead presenting it as a general-purpose platform that can serve diverse production environments. This aligns with the broader trend in the robotics industry, where manufacturers are increasingly looking for flexible automation solutions that can be redeployed as production needs change, rather than being locked into single-purpose machinery.
The launch was accompanied by a statement from Tero Tolonen, Chief Product Officer at Universal Robots. Tolonen framed the UR15 as the culmination of two decades of collaborative automation development. He noted that the company has spent 20 years pushing the boundaries of what is possible with cobots, making them easier to use, safer to operate, and more powerful for businesses worldwide. With the UR15, Tolonen said, the company is taking another leap forward. He described the new robot as being designed specifically to operate at higher speeds while delivering what he called the smoothest performance in robotics today. This combination of speed and smoothness, he argued, makes the UR15 a seamless fit for diverse production environments. Tolonen also pointed to the company’s ecosystem of partners, suggesting that the UR15 provides them with an opportunity to enhance existing applications and to develop new, transformative solutions that could take collaborative automation to the next level.
The timing of the announcement is notable. Universal Robots has been a pioneer in the cobot space since its founding, and the company has faced increasing competition in recent years from both established industrial robot makers and newer entrants. The UR15 appears to be a direct response to market demand for faster collaborative robots that can keep pace with the speed of traditional industrial automation while retaining the safety and ease-of-use features that define the cobot category. By pushing TCP speed to 5 m/s, Universal Robots is signaling that it intends to remain at the forefront of performance in this segment.
Product and availability details
The UR15 was first mentioned in public reporting in May 2025, and the product was demonstrated at the Automate 2025 trade show. Automate is one of the largest automation events in North America, and it has become a common venue for major product launches in the robotics industry. The decision to debut the UR15 at this event suggests that Universal Robots views the North American market as a key target for the new model.
In terms of physical characteristics, the UR15 maintains the design philosophy that has become synonymous with the Universal Robots brand. The company emphasized that the UR15 retains a lightweight design and a small footprint. These attributes are important for collaborative robots because they allow the robot to be mounted in a variety of configurations, including on existing workbenches, on mobile carts, or in tight spaces where a traditional industrial robot would not fit. The lightweight design also contributes to safety, as a lighter arm has less inertia and can stop more quickly when it comes into contact with a person or an obstacle.
The small footprint is particularly valuable for small and medium-sized enterprises (SMEs), which often have limited floor space and cannot afford to dedicate a large area to automation. A compact cobot can be integrated into an existing production line with minimal disruption, and it can be moved between stations as production requirements evolve. This flexibility is a core selling point for collaborative robots in general, and the UR15 is designed to preserve this advantage while offering higher speed than previous models.
The most concrete performance claim made by Universal Robots for the UR15 relates to pick-and-place applications. The company stated that for these tasks, the UR15 delivers up to 30% cycle time improvements compared with other UR models. Pick-and-place is one of the most common applications for robots in manufacturing and logistics, encompassing tasks such as moving parts from a conveyor to a packaging station, sorting items, or loading and unloading machines. A 30% improvement in cycle time for these tasks is a substantial gain, as it can directly increase throughput without requiring additional capital expenditure on more robots or more floor space.
It is worth noting that the 30% figure is a comparison against other Universal Robots models, not against robots from other manufacturers. This is a relative improvement within the company’s own product line. The actual performance gain for a specific application will depend on a variety of factors, including the payload being handled, the distance the robot must travel, the complexity of the motion path, and the gripper or tooling being used. Universal Robots did not disclose specific cycle time numbers for the UR15 in absolute terms, so buyers will need to evaluate the robot’s performance in the context of their own applications.
In addition to the UR15 itself, Universal Robots also discussed a related technology called OptiMove. According to the company, OptiMove is a new motion control technology that can be combined with the UR15 to further enhance performance. The company claimed that OptiMove can improve trajectory smoothness and ensure consistently accurate movements, even in high-speed and high-payload applications. This is an important consideration because higher speeds can sometimes introduce vibrations or path deviations, which can affect the quality of the final product, particularly in applications that require precision, such as assembly or dispensing. By pairing the UR15 with OptiMove, Universal Robots is aiming to address this potential drawback and deliver both speed and accuracy.
The company also mentioned that it has announced early access to its Direct Torque Control technology for collaborative robots. This technology is aimed at researchers and developers, providing real-time control of all the joints in a UR cobot at a frequency of 500 Hz, with no custom stack required. This is a separate initiative from the UR15 launch, but it underscores the company’s broader focus on expanding the capabilities of its platform and enabling advanced use cases.
Regarding availability, the source material does not specify a precise release date beyond the month of May 2025. It also does not disclose pricing for the UR15. Buyers interested in the UR15 will need to contact Universal Robots or its authorized distributors for current pricing and lead times. The company has a well-established global distribution network, and the UR15 is expected to be available through the same channels as other Universal Robots models.
What it means for buyers
For buyers evaluating collaborative robots, the UR15 represents a meaningful option in the mid-range payload segment. The company did not disclose the exact payload capacity of the UR15 in the source material, but the “15” in the model name suggests a 15 kg payload rating, consistent with the naming convention used by Universal Robots for its other models, such as the UR5 (5 kg) and UR10 (10 kg). However, because this is not explicitly stated in the source material, buyers should confirm the payload specification directly with the manufacturer.
The primary value proposition of the UR15 is speed. For operations that are cycle-time limited — meaning the bottleneck in the production process is how fast the robot can complete its task — the UR15’s 5 m/s TCP speed and the associated 30% cycle time improvement for pick-and-place could translate into significant productivity gains. In a high-volume operation running multiple shifts, a 30% reduction in cycle time could mean the difference between meeting customer demand and falling short, or between running one shift and two.
Cost reduction is another stated benefit. Faster cycle times mean that a single UR15 can produce more output than a slower robot, which could reduce the number of robots needed for a given task. This has a direct impact on capital expenditure, as well as on ongoing costs such as maintenance, energy consumption, and floor space. For manufacturers that are scaling up production, the UR15 could offer a path to increased capacity without a proportional increase in automation investment.
The lightweight design and small footprint of the UR15 are also relevant for buyers. These characteristics make the robot easier to integrate into existing facilities, particularly those with space constraints. The robot can be mounted on a table, a cart, or a custom stand, and it can be repositioned as production needs change. This flexibility is valuable for companies that produce a variety of products or that need to reconfigure their production lines frequently.
The UR15 is also positioned to appeal to Universal Robots’ existing customer base. The company has a large installed base of cobots, and many customers have invested in the UR ecosystem, including grippers, vision systems, software, and training. The UR15 is designed to be compatible with this ecosystem, which means that existing customers can upgrade to a faster robot without having to abandon their current tooling and software investments. The company’s statement about providing its ecosystem of partners with an opportunity to boost existing applications suggests that the UR15 is intended to be a drop-in upgrade for certain use cases.
For buyers considering the UR15 for high-speed applications, the availability of OptiMove is a relevant factor. Trajectory smoothness and accuracy are critical in applications such as gluing, dispensing, welding, and precision assembly, where even small deviations can result in defective products. The combination of the UR15 and OptiMove is designed to address these requirements, but buyers should evaluate the performance of this combination in their specific application before making a purchase decision.
The early access program for Direct Torque Control is another consideration for research institutions and advanced developers. This technology provides real-time joint control at 500 Hz, which enables sophisticated control algorithms and research into new applications. For buyers in this category, the UR15 platform, combined with Direct Torque Control, could serve as a research platform for developing new robotic capabilities.
It is important to note what is not disclosed in the source material. The exact payload capacity of the UR15 is not stated, nor is the price, the precise availability date beyond May 2025, or the specific industries that Universal Robots is targeting with this model. Buyers should not assume that the UR15 is suitable for all applications; as with any robot, the suitability will depend on the specific requirements of the task, including payload, reach, precision, and environmental conditions.
The competitive landscape for collaborative robots is intensifying. The source material notes that cobots from Universal Robots, ABB, Doosan, FANUC, KUKA, and Techman Robot have become more capable over time, with increasing precision and payload capacities. Other companies are also launching new products, such as Standard Bots, which introduced a 30 kg robot arm with collaborative features. Larger cobots are being used for tasks such as palletizing, as demonstrated by Doig’s Pallet EZ using D:PLOY with OnRobot. In this context, the UR15’s speed advantage could be a differentiator, but buyers will need to weigh it against other factors such as payload, reach, price, and the strength of the local support ecosystem.
The UR15 is a significant product launch for Universal Robots, and it reflects the company’s strategy of competing on performance as well as on the safety and ease-of-use features that have traditionally defined the cobot category. For buyers, the UR15 offers a compelling combination of speed, compactness, and ecosystem compatibility. However, as with any capital equipment purchase, a thorough evaluation of the robot’s performance in the specific application is essential. Universal Robots has provided initial performance claims, but the ultimate proof will come from real-world deployments.
Sources
Published by Vigla Media OÜ (Estonia).