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Only First party#Guides and practice
Nov 9Mon
  1. 锐曼REEMAN36

    What Is an AMR Forklift? Navigation, Flexibility, and Factory Fit

    AMR forklifts rely on onboard LiDAR and laser SLAM for mapping and localization, enabling autonomous path planning and obstacle avoidance without ground infrastructure such as magnetic tape, guide wires, or reflectors; route changes are usually made via software. The REEMAN Ironhide 3.0 is a 1.5-ton autonomous forklift with ±5 cm pick-and-place accuracy on 1.2 × 1.2 m pallets, 6 hours of runtime at full load and 8 hours empty, and a maximum mapping area of 40,000 m².

Nov 6Fri
Nov 5Thu
  1. 锐曼REEMAN42

    How long does it take to deploy a REEMAN Ironhide 3.0 autonomous forklift? A one-day deployment case at a Zhejiang lighting factory

    A REEMAN Ironhide 3.0 autonomous forklift completed on-site deployment in about one day at a lighting equipment manufacturing plant in Zhejiang, handling pallet transport between a covered outdoor storage area and an indoor warehouse. The project has an actual load of about 600 kg, a one-way route of about 100 m, aisles 2–3 m wide, and performs 140–180 tasks per day; the vehicle model has a rated load of 1,500 kg. Laser SLAM navigation requires no floor QR codes or magnetic strips, but WMS/MES integration, elevators, automatic doors, and multi-route networks can extend deployment time.

Nov 4Wed
  1. 锐曼REEMAN38

    Planning a multi-floor autonomous forklift project? REEMAN Ironhide elevator integration checklist

    From a supplier perspective, REEMAN provides a five-item checklist of mechanical prerequisites, communication architecture, and responsibility division for autonomous forklift and elevator integration. For a single elevator, a local LoRa direct connection to the elevator control module is used; for multiple elevators, MQTT is used with the fleet system queuing and dispatching. The elevator control module only coordinates calls and status and does not replace the elevator's native safety controls. In the Maoming factory case, Ironhide transports about 1,000 kg of wire rod per trip over a one-way distance of about 100 m, completing 65–85 cross-floor elevator tasks per day.

  2. 锐曼REEMAN40

    REEMAN autonomous forklift and stretch wrapper integration: task signals, pallet handover, and docking conditions

    REEMAN autonomous forklifts perform a task-level handshake with turntable stretch wrappers via an external wireless module: the forklift places the pallet and, after retreating from the rotating area, sends a start signal; the wrapper completes rotary film wrapping and automatic film cutting, then returns a completion signal, after which the forklift re-identifies and aligns to pick up the load.

Nov 3Tue
  1. 锐曼REEMAN27

    Forklift Automation: A Step-by-Step Guide to Integrating REEMAN AMRs into Existing Warehouse Management Systems

    REEMAN autonomous forklifts use laser SLAM navigation and can connect to existing WMS, MES, and ERP systems without magnetic strips or QR codes; the integration focus is on location mapping and open API connectivity rather than rebuilding navigation infrastructure. The guide covers site surveys, map creation, task triggering, and multi-vehicle fleet scaling. Each model is rated for 6 hours of continuous operation (fully loaded)/8 hours (empty), supports automatic return to charging, and some models allow manual battery swapping.

Oct 31Sat
  1. 锐曼REEMAN42

    How Can Autonomous Forklifts Turn Existing Stretch Wrappers into Automated Packaging Workstations? — REEMAN Ironhide Wireless Docking and Jingmen Factory Deployment

    REEMAN outlines an approach for retrofitting existing stretch wrappers using Ironhide autonomous forklifts: the forklift handles pallet pickup, placement, and warehouse transport, while the stretch wrapper continues to perform packaging, requiring a machine control interface, status feedback, and safety interlocks. In its wireless docking demonstration, pickup alignment deviation was within 2 cm and turntable placement deviation was within 5 cm, with the demonstration process taking about 6 minutes. There is also an Ironhide 3.0 deployment at a factory in Jingmen, Hubei; the two applications are independent of each other, and the data comes from REEMAN application materials and has not been independently verified.

  2. 锐曼REEMAN30

    How can the REEMAN Hot Wheels robot chassis be used to develop an AI library inventory robot?

    REEMAN demonstrated a library inventory robot built on the Hot Wheels robot chassis, completing a mobility demo in indoor bookshelf aisles, but did not provide OCR recognition accuracy or inventory results. The chassis uses Laser SLAM and V-SLAM for mapping and localization, combined with lidar, 3D vision, and multi-sensor fusion for obstacle avoidance; published specifications include a 270° laser scanning angle and a maximum detection range of 25 meters.

Oct 30Fri
  1. 锐曼REEMAN35

    How does the REEMAN YIMA delivery robot use elevators in apartment buildings? YBOT20P explained

    The REEMAN YIMA YBOT20P outdoor delivery robot can automatically call an elevator, enter it, and deliver across floors through a compatible elevator control interface, without anyone needing to press the elevator buttons. The platform is designed for indoor and outdoor transport, has a payload of 100 kg, uses dual-lidar SLAM navigation, autonomous obstacle avoidance, and automatic charging, and can connect the delivery process from a community parcel station to a designated apartment entrance. Elevator integration requires confirming compatibility with the manufacturer's API, control module, or building system interface, and the elevator's existing safety controls must not be bypassed.

Oct 29Thu
  1. Pollen Robotics · YouTube20

    How to install the NFC Accessories Kit in Reachy Mini Wireless

    Pollen Robotics released a tutorial demonstrating how to install the NFC Accessories Kit in the head of Reachy Mini Wireless, enabling magnetic accessory detection with just four screws and no glue. Once installed, the robot can automatically recognize NFC accessories placed on its head, and each accessory can unlock a different personality in the Reachy Mini conversation app or trigger custom actions. The kit also includes extra NFC tags and magnets for users to create their own accessories and AI interactions.

Oct 23Fri
Oct 20Tue
  1. 松灵机器人57

    AgileX PiPER-X and Zhishen Tongchui M1 Quadruped Mobile Manipulation Solution: A Case Study of the Double Award at IROS 2026 LRC

    A team from Nanyang Technological University used a system combining the AgileX PiPER-X robotic arm and the Zhishen Technology Tongchui M1 quadruped robot to win the championship and the Best Autonomous Capability Award at the IROS 2026 LRC legged robot challenge, with the task scenario being local hazardous chemical label recognition.

  2. Westwood Robotics · YouTube38

    BEAR Actuator Firmware Flashing and Calibration Tutorial (Episode 06)

    Westwood Robotics has released Episode 06 of its BEAR series actuator firmware flashing and calibration tutorial, demonstrating step by step the entire process from connecting the actuator to completing the full calibration procedure. BEAR actuators ship with firmware pre-installed and calibrated, ready to use out of the box; this tutorial is only needed when updating firmware or when recalibration is required. The tutorial includes links to documentation, the STM32 download, the BEAR Calibration Tool, and the online store.

Oct 19Mon
Oct 12Mon
  1. 松灵机器人55

    What is Mobile ALOHA? How a dual-arm mobile robot learns tasks through teleoperation

    Mobile ALOHA is a low-cost, open-source dual-arm mobile manipulation system proposed by a Stanford research team. It adds a mobile base and a whole-body teleoperation interface to the ALOHA dual-arm teleoperation platform, synchronously collecting vision, robotic arm state, and base motion data through teleoperation, then training policies with imitation learning methods such as behavioral cloning. Among these, ACT predicts a segment of an action sequence at a time.

Oct 11Sun
Oct 10Sat
  1. Ollobot Robotics Limited21

    How to introduce an AI robot pet into the home

    Before bringing an AI robot pet home, first clear a safe activity area, check functions such as voice interaction and the camera, and review privacy settings; then let children observe first and start with short, simple interactions. Tell children that AI can respond but has no human thoughts or feelings and can make mistakes, and the American Academy of Pediatrics notes that AI cannot replace stable interpersonal relationships. Also set no-use periods for homework, bedtime, and meals, do not disclose private information such as names and addresses to the robot, and supervise children's interactions with real pets in the early stage.

  2. Ollobot Robotics Limited19

    Is a Robot Pet Right for Your Child? What Parents Should Know

    Before buying a robot pet for your child, parents should distinguish between traditional interactive products and AI-powered ones, and pay attention to AI response quality, privacy, and age suitability. A 2026 Common Sense Media evaluation of some AI toys found that 27% of tested outputs were unsuitable for children; the result applies only to the products tested. Common Sense Media recommends that children aged 5 and under not use AI toys, and that ages 6 to 12 use them with caution.

Oct 9Fri
  1. 锐曼REEMAN25

    REEMAN explains how AMR robots navigate warehouses without AGV tracks

    AMR robots rely on four onboard technologies for trackless navigation: laser SLAM mapping, real-time LiDAR perception, dynamic obstacle avoidance, and real-time path replanning, with no need for floor tracks, magnetic strips, or QR codes. REEMAN delivery robots achieve laser navigation accuracy of ±5 cm, with an optional reflector code accuracy of ±3 cm; the Fly Boat model achieves QR code accuracy of ±2 cm, and a single map covers about 40,000 square meters. Its product line covers payloads from 100 kg to 1.5 tons, and since 2015 it has delivered to more than 55 countries and regions.

  2. 锐曼REEMAN23

    Where to Buy an AMR Chassis Compatible with Your Own Robot Design: A REEMAN Chassis Procurement and Adaptation Guide

    Compatible AMR chassis can be purchased through three channels: direct manufacturer sales, authorized distributors, or online portals. The key selection criteria are an open SDK, ROS/ROS2 compatibility, and mechanical and electrical modularity. The REEMAN chassis series includes the robot mobile chassis (50 kg), Feizhou, Big Dog, Moon Knight, and the 600 kg IronBov AGV, offering laser SLAM and obstacle avoidance plus 24/7 technical support; with complete documentation, a first autonomous run can be achieved in 2–6 weeks.

  3. 锐曼REEMAN43

    AMR Chassis Manufacturers for Custom Robot Development: 2026 Comparison Guide

    REEMAN has released a 2026 AMR chassis comparison guide covering 7 manufacturers, payloads of 50–1,000 kg, price points from $2,500 to over $45,000, and lead times of 3–14 weeks. The guide evaluates dimensions including payload class, drive architecture, ROS/ROS2 support, and SDK interfaces, and tiers the options into entry-level/R&D, mid-range OEM, integration partner, and heavy-duty categories. REEMAN's own chassis cover 50–600 kg, feature laser SLAM and an open SDK, and are positioned between research platforms and heavy industrial OEMs.

Oct 6Tue
  1. 锐曼REEMAN21

    What are end-effector attachments for AMR bases, and how do they expand warehouse application scenarios?

    End-effector attachments are modular work tools mounted on an AMR base that share navigation, power, and control systems with the base, turning the mobile platform into a machine that performs specific material-handling tasks. Roller conveyors, lift mechanisms, cart attachments, and custom grippers cover most warehouse scenarios, and an open SDK lets engineers integrate new attachments without replacing the entire robot, avoiding vendor lock-in. Reeman's Fly Boat robot base provides standardized mechanical interfaces and an open SDK, supporting expansion from simple transport to docking transfer and sorting pick-and-place.

Sep 29Tue
Sep 28Mon
  1. Ollobot Robotics Limited13

    What can kids do with a robot pet?

    Kids can use robot pets to play interactive games, make up stories, ask questions to learn, and talk about their day and feelings. They can also practice simple responsibility through care tasks such as charging and putting the pet away. Research shows that social robots for children aged 6–10 can encourage kids to express emotions through direct questioning during emotional learning activities, and other studies have examined collaborative storytelling and vocabulary practice between children and social robots. Robot pets should supplement, not replace, real pets, peer companionship, and adult guidance.

Sep 23Wed
  1. Boston Dynamics41

    Inside Boston Dynamics' Stretch Durability Testing: An Interview with Mechanical Engineer Diane Heinle

    Boston Dynamics mechanical engineer Diane Heinle discusses durability testing for the Stretch robot: she is responsible for the dynamic cable design on the Stretch arm, cycling cables millions of times in the lab at speeds and forces far beyond real-world conditions, simulating years of warehouse wear in a matter of weeks. The durability lab is known as the "Tick-Tock Room" because the cable testers swing back and forth like metronomes, and the test data is also used to refine the design and maintenance schedules, avoiding downtime at customer sites.

Sep 7Mon
  1. TUM MIRMI46

    TUM MIRMI uses Embodied Laboratory Intelligence to collaboratively explore the internal mechanisms of cancer cells

    The Cell and BioRobotics Group (CBoRG lab) at the Technical University of Munich (TUM) Munich Institute of Robotics and Machine Intelligence (TUM MIRMI) proposes "Embodied Laboratory Intelligence," in which robotic assistants and virtual agents work together to explore the internal mechanisms of cancer cells.

Sep 2Wed
Aug 14Fri
Jul 28Tue
  1. Westwood Robotics · YouTube24

    Mastering BEAR Actuators 04: Parameters and Data Control GUI Walkthrough

    Westwood Robotics releases the fourth installment of its BEAR actuator tutorial series, walking through the control table register architecture via the BEAR Data Control GUI: CONFIG registers are used to set PID gains, baud rate, hardware limits, and safety thresholds, while STAT registers manage runtime states and telemetry feedback.

Jul 27Mon
  1. Westwood Robotics · YouTube30

    Mastering BEAR Actuators 03: Westwood Robotics Wireless E-STOP Setup and BEAR Actuator Logic

    Westwood Robotics' tutorial walks through the wireless E-STOP setup and actuator logic for BEAR actuators. It covers the 4 health states of BEAR actuators, how Hardware Damping Mode prevents runaway damage, and step-by-step setup of the E-STOP Kit (Receiver, Adapter, Remote) along with the correct use of the two power options, USB-C and EXT_3V3.

Jul 24Fri
  2. Agile Robots/思灵机器人61

    Agile Robots and Idealworks detail edge AI inference stack, running VLMs on Jetson AGX Xavier with custom TensorRT plugins

    Agile Robots and its subsidiary Idealworks describe their edge AI deployment stack since 2018, covering five layers: hardware, BSP, inference pipeline, inference framework, and quantization.

    Why it matters: Using their own Xavier deployment experience as an example, the authors present a reusable TensorRT plugin method for running VLMs on older hardware that peers can directly draw on.

Jul 17Fri
  1. 五八智能32

    Wuba Intelligent makes WAIC debut! Humanoid and quadruped remote control solutions for hazardous environments draw attention

    Wuba Intelligent appeared on the first day of the 2026 World Artificial Intelligence Conference, exhibiting a humanoid robot concept designed for high-risk environments and a complete remote control system for the Tianlang series of quadruped robots. The humanoid robot performs cross-space operations using "VR technology + intelligent cockpit beyond-line-of-sight remote control." At the event, an operator remotely controlled a robot located in a Hangzhou laboratory to complete indoor search-and-rescue demonstrations, including pushing open a gate, pressing the button to shut down a hazardous device, and traversing a 60cm ultra-narrow passage. The solution targets three major pain points: high latency in remote control, compliant manipulation, and image stitching.

Jun 30Tue
  1. 松灵机器人30

    How to Choose a General-Purpose Mobile Robot Chassis for All Domains? Analysis Based on Complex Environment Adaptation and Large-Scale Deployment Scenarios (Using AgileX Robotics UMR as an Example)

    Mobile robot chassis selection should be evaluated across six dimensions: terrain adaptation, drive and steering architecture, core hardware reliability, modular expansion, software ecosystem, and mass-production delivery, using the AgileX Robotics UMR four-wheel four-steering omnidirectional chassis as a reference.

May 13Wed
  1. Noble Machines51

    Noble Machines Breaks Down Its Industrial Autonomous Learning Stack: Whole-Body Control, Task-Level Learning, and Runtime Error Correction

    Noble Machines published an article introducing its three-layer robot learning stack for industrial autonomy, along with on-site test results from GTC 2026: over four days, the same model simultaneously drove multiple Moby robots to complete two autonomous tasks at the NVIDIA booth and its own booth.