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Dobot Nova 2

Dobot Nova 2

Ultra-compact 6-axis cobot for commercial automation

VerifiedPaid DeploymentReleased 2022

Price

Price not publicly disclosed

Record checked Jul 9, 2026

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Key facts

Values reflect the public record

Height
No public data documented
Weight
11 kgManufacturer confirmed
Payload
2 kgManufacturer confirmed
Degrees of freedom
6Manufacturer confirmed
Runtime
None — no built-in battery; controller powered from 30–60 V DC input (can run off an external battery when mounted on mobile platforms)Manufacturer confirmed
Max speed
1.6 m/sManufacturer confirmed

Canonical robot record

Overview

The Dobot Nova 2 is the entry payload model in Dobot's Nova series of collaborative robots, launched as part of a line aimed squarely at retail and service automation rather than the traditional factory floor. Its ultra-compact design lets it operate in a very small footprint, making it suitable for crowded commercial settings such as cafes, kiosks, and small workshops.

The robot is built for operators without robotics expertise. It can be programmed through drag-to-teach motion, a graphical user interface, and playback of recorded trajectories, and it can be controlled from a companion app or PC software. This no-code approach lets staff configure and adjust tasks quickly.

Safety and flexibility are central to the design. The Nova 2 incorporates intelligent collision sensing with multiple adjustable protection levels and supports mounting at any angle, allowing it to be integrated into a wide range of commercial layouts and serving applications.

RoboZaps maintains this record as part of its canonical robotics database. Specs are source-verified where linked; the record compares public facts across manufacturers rather than representing a single robot maker.

Spec sources
4 linked
Verification
Verified · 13/13 specs source-verified
Deployment
Paid Deployment
Last verified
Jul 9, 2026

Key Features

  • No-code programming via drag-to-teach, graphical interface, and trajectory playback
  • Ultra-compact form factor that operates within a very small footprint
  • Intelligent collision detection with multiple adjustable safety levels
  • Flexible installation supporting mounting at any angle
  • Designed for retail and service tasks such as beverage and food preparation

Specifications

Grouped technical data with source detail available on demand.

13 documented values

Connectivity

CommunicationEthernet (TCP/IP, Modbus TCP), RS485
Manufacturer confirmed

Verified Jul 9, 2026

Dobot (opens in a new tab)

Environment

IP RatingIP54
Manufacturer confirmed

Verified Jul 9, 2026

Dobot (opens in a new tab)

Mechanics

Degrees of Freedom6
Manufacturer confirmed

Verified Jul 9, 2026

Dobot (opens in a new tab)
LocomotionStationary
Manufacturer confirmed

Verified Jul 9, 2026

Dobot (opens in a new tab)

Performance

Max Speed1.6 m/s
Manufacturer confirmed

Verified Jul 9, 2026

Dobot (opens in a new tab)
Payload Capacity2 kg
Manufacturer confirmed

Verified Jul 9, 2026

Dobot (opens in a new tab)
Reach625 mm
Manufacturer confirmed

Verified Jul 9, 2026

Dobot (opens in a new tab)
Repeatability±0.05 mm
Manufacturer confirmed

Verified Jul 9, 2026

Dobot (opens in a new tab)

Physical

Weight11 kg
Manufacturer confirmed

Verified Jul 9, 2026

Dobot (opens in a new tab)

Power

RuntimeNone — no built-in battery; controller powered from 30–60 V DC input (can run off an external battery when mounted on mobile platforms)
Manufacturer confirmed

Verified Jul 9, 2026

Dobot (opens in a new tab)

Sensing

SensorsNone built-in (joint-torque/current-based collision detection; stops within 0.01 s on contact)

Software

ROS CompatibleYes
Manufacturer confirmed
SDK SupportYes
Manufacturer confirmed

Evidence & changelog

Sources behind this record and material corrections made over time.

Sources

Record changelog

  • Battery Life: 90 min changed to None — no built-in battery; controller powered from 30–60 V DC input (can run off an external battery when mounted on mobile platforms) · Jul 9, 2026

    tranche-6 verification (corrected): Official spec gives controller input power 30–60 V DC and typical/max consumption 100 W/250 W; no battery or runtime spec exists. '90 min' is cross-record bleed.

  • Sensors: LiDAR, stereo cameras, IMU changed to None built-in (joint-torque/current-based collision detection; stops within 0.01 s on contact) · Jul 9, 2026

    tranche-6 verification (corrected): Nova 2 has no LiDAR, cameras, or IMU — that sensor suite is bleed from a mobile-robot record. Its safety sensing is collision detection ('stops operation in 0.01 se

  • Locomotion: Wheeled changed to Stationary · Jul 9, 2026

    tranche-6 verification (corrected): Nova 2 is a fixed-base tabletop cobot arm (any-angle mounting). 'Wheeled' is cross-record bleed.

  • Communication: WiFi, Ethernet, 4G changed to Ethernet (TCP/IP, Modbus TCP), RS485 · Jul 9, 2026

    tranche-6 verification (corrected): Official spec table lists 2 network interfaces (TCP/IP, Modbus TCP) plus RS485; app-based control exists but 4G is not an official interface and WiFi is not in the

  • Weight: 32.7 kg changed to 11 kg · Jul 9, 2026

    tranche-6 verification (corrected): Official: 'Weight: 11 kg (24.3 lbs)'. Core weight_kg=11 already agrees; the spec row was contaminated.

  • Degrees of Freedom: 12 changed to 6 · Jul 9, 2026

    tranche-6 verification (corrected): Nova 2 is a six-axis cobot (J1–J6). 12 DOF is bleed from a non-arm record.

  • Repeatability: ±0.03 mm changed to ±0.05 mm · Jul 9, 2026

    tranche-6 verification (corrected): Official: 'Repeatability: ±0.05 mm'. ±0.03 is a CR-series figure. ± prefix kept.

  • Reach: 500 mm changed to 625 mm · Jul 9, 2026

    tranche-6 verification (corrected): Official: 'Working Radius: 625 mm (24.6 in)'.

  • Payload Capacity: 14 kg changed to 2 kg · Jul 9, 2026

    tranche-6 verification (corrected): Official: 'Maximum Payload: 2 kg (4.4 lbs)'. Launch press coverage confirms Nova 2 = 2 kg. 14 kg belongs to no Nova model — cross-record bleed.

Media

Manufacturer

Dobot

Developer of affordable desktop and collaborative robotic arms for education and industrial automation.

Headquarters
Shenzhen, China
Founded
2015