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UR7e - Mobile Base Package
Universal Robots
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UR7e - Mobile Base Package
Universal RobotsThe 'UR7e - Mobile Base Package' as described in the extracted facts is a composite of two distinct systems: the Universal Robots UR7e collaborative robot arm (7.5 kg payload, 850 mm reach, 20.6 kg, IP54, 6-DOF, successor to UR5e) and a separate open-source holonomic mobile base platform described in academic research (Princeton/Stanford/Dexterity, arxiv 2412.10447). No commercial product explicitly named 'UR7e Mobile Base Package' is documented in the supplied facts; the mobile base research paper describes a generic open-source design compatible with arbitrary arms, not a UR7e-specific product. The UR7e arm itself is well-characterized by multiple independent and vendor sources with high confidence. Autonomy of the combined system, when used for household mobile manipulation tasks, relies on imitation learning from human teleoperation demonstrations, with the robot executing learned policies autonomously after training — qualifying as Autonomous for its task execution, though data collection requires human teleoperation.
Availability
Specification
- payload
- 7.5 kg (16 lbs)
- reach
- 850 mm (33.5 in)
- arm_weight
- 20.6 kg (45.4 lbs)
- degrees_of_freedom
- 6-axis (6 rotating joints)
- max_tcp_speed
- 4 m/s
- average_power_consumption
- 250 W
- controller_power_input
- 100-240 VAC, 47-440 Hz
- controller_weight
- 12 kg
- controller_dimensions
- 460 mm × 449 mm × 254 mm
Price
No public price — contact the supplier for a quote.
Good · Bad · Ugly
Evidence-graded claims from the Universal Robots deep report
UR cobots operate autonomously on programmed industrial tasks (pick & place, welding, machine tending, assembly, etc.) without a human performing or driving the task during operation.
Wikipedia (independent) and Automate.org confirm cage-free autonomous task execution; community criticism on Reddit [15][16] targets programming/integration difficulty, not human-in-the-loop task performance, corroborating autonomous operation at the task level — though setup, programming, and maintenance overhead remain non-trivial.
from Universal Robots deep report →Universal Robots is the cobot market leader with approximately 40–50% market share and 50,000+ units installed worldwide.
Automate.org (independent industry association) [14] and Wikipedia [13] both independently cite 50,000+ installations and ~40–50% market share as of 2022; the specific figures have not been re-verified post-2022, so current share may have shifted.
from Universal Robots deep report →UR cobots can operate collaboratively without safety cages or fencing, making them the first commercially viable cobot of this type.
Wikipedia [13] independently confirms UR as the pioneer of commercially viable cage-free collaborative robots; safety certifications (ISO 10218, TÜV, UL 1740) are confirmed across official product pages [2][3][4], though independent third-party test reports of real-world cage-free deployments are not cited in the dossier.
from Universal Robots deep report →
UR cobots deliver up to 65% higher joint accelerations and up to 37% faster cycle times versus the prior generation, with the UR15 achieving up to 5 m/s maximum speed.
These figures come exclusively from UR's own official product pages [2][4] with no independent benchmark, third-party test, or customer validation cited in the dossier; furthermore, community sources [15][16] note UR cobots are slow and inaccurate compared to SCARA alternatives, suggesting the vendor's speed claims are relative only to prior UR generations.
from Universal Robots deep report →Total system cost (robot arm + gripper + integration/setup) is typically approximately 2x the base robot arm price.
Multiple commerce sources [6][7] consistently cite the ~2x multiplier, but these are reseller/distributor sites rather than independent audits or customer case studies; community sources [19] suggest real-world integration costs and ongoing support costs can significantly exceed this estimate, making the figure plausible but unverified by neutral parties.
from Universal Robots deep report →The UR+ Ecosystem and partnerships (e.g., Rapid Robotics, Teradyne/Flex) meaningfully expand UR cobot deployment capabilities and scale.
The Rapid Robotics partnership is reported by a trade news outlet [10], providing some independent corroboration, but the dossier contains no independent evidence of deployment outcomes, scale, or customer results from these partnerships — only vendor announcements and a single trade press item.
from Universal Robots deep report →
UR Care maximizes uptime and reduces total cost of ownership (TCO), with UR cobots trusted for reliable long-term deployment across industries.
Independent community sources [19][20] report real-world deployment failures including overpromising by integrators, overly rosy cost projections, lack of long-term support, and insufficient training at handoff — directly contradicting the vendor's reliability and TCO claims, which are sourced only from UR's own marketing [1][11].
from Universal Robots deep report →
About the company
Editorial directory of real robot products from leading global manufacturers. Each entry links to the manufacturer's official page.
