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KINOVA Gen2
Kinova
Not yet assessed
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- Payload
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- Verified autonomy
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- Real deployment
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KINOVA Gen2
KinovaThe KINOVA Gen2 is a research-grade and assistive collaborative robotic arm manufactured by Kinova (founded 2006, Boisbriand, Quebec, Canada), available in 4, 6, or 7 DoF configurations with payloads ranging from 2.4–4.4 kg and a reach up to 985 mm. It is widely used as a platform in academic research (manipulation, pose estimation, EEG-based learning, assistive robotics) and is compatible with ROS, Kinova SDK, MATLAB, and Python/C++. Community reviewers rate it highly (4.7/5) for its lightweight design, integrated sensors, and support, but note slow speed compared to other cobots and limited torque control in the ROS package. The Gen2 is a research/assistive tool operated under human direction or programmed autonomy depending on the application; it does not perform tasks autonomously on its own without human programming or supervision in any independently verified deployment.
Availability
Specification
- degrees of freedom
- 4, 6, or 7 DoF (three variants)
- payload
- 4DoF: 4.4 kg; 6DoF: 2.6 kg; 7DoF: 2.4 kg
- reach
- 4DoF: 750 mm; 6DoF: 985 mm; 7DoF: 985 mm
- arm weight
- 4DoF: 3.6 kg; 6DoF: 4.4 kg; 7DoF: 5.5 kg
- power supply
- 18–29 VDC, 25 W average, 100 W peak
Price
No public price — contact the supplier for a quote.
Good · Bad · Ugly
Evidence-graded claims from the Kinova deep report
The Gen3 Lite has a continuous payload of only 0.5 kg — positioning it as a lightweight research/assistive arm rather than an industrial workhorse.
The 0.5 kg payload is consistently stated across two independent commerce listings (NativeInstinct [3] and Generation Robots [2]), corroborating the spec, though no independent lab test confirms real-world sustained performance.
from Kinova deep report →Kinova raised $60 million in new financing in February 2022, with Graham Partners as a key investor, to expand into industrial automation.
The $60M round and Graham Partners' involvement are confirmed by multiple independent news outlets including Newswire [7] and Surgical Robotics Technology [6], though actual deployment outcomes from this capital have not been independently reported.
from Kinova deep report →
Kinova robotic arms (Gen3, Gen3 Lite, Link 6) operate autonomously — executing tasks such as CNC machine tending, assembly, and packaging without a human performing or driving the task during operation.
All autonomy characterisation derives from vendor commerce listings and marketing descriptions [4][5]; no independent user review, third-party test, or customer case study in the dossier confirms unsupervised autonomous task execution in a real deployment.
from Kinova deep report →The Gen3 6-axis arm features 1 kHz closed-loop control, embedded vision, infinite joint rotation, and a 4 kg payload at 891 mm reach.
Specifications are stated in the Vention and Qviro commerce listings [4][5], which are reseller/marketplace sources rather than independent technical audits; no third-party benchmark or teardown confirms these figures.
from Kinova deep report →The Gen3 arm is suitable for mobile robotics applications due to its embedded controller, small footprint, low weight (~7.5 kg), and low power consumption.
This suitability claim originates solely from the Qviro vendor listing [5]; no independent mobile robotics integration study, customer deployment report, or third-party review in the dossier validates real-world mobile use.
from Kinova deep report →Kinova's Kortex API supports Python, C++, and Matlab and is shared across the Gen3 and Gen3 Lite product lines, enabling a unified software ecosystem.
API compatibility is stated across multiple commerce listings [3][4][5], but no independent developer review, open-source repository audit, or third-party integration report in the dossier verifies the claimed cross-platform consistency or ease of use.
from Kinova deep report →
Setup time for Kinova arms is less than 30 minutes.
The sub-30-minute setup claim appears only in the Qviro marketing listing [5] with no independent user report, reviewer timing, or customer testimonial in the dossier to substantiate it.
from Kinova deep report →
About the company
Editorial directory of real robot products from leading global manufacturers. Each entry links to the manufacturer's official page.