Gender
Male
About
Location
Beijing
About Me:
Founded in 2015, Benewake is a provider of AI-native perception solutions for the physical AI era, with a mission to create the eyes that enable intelligent machines to perceive and understand the world. Guided by a model-defined hardware approach, the company continues to expand the capabilities of intelligent perception. Drawing on full-stack expertise spanning optics, mechanical engineering, electronics, software, algorithms, and chip design, Benewake has built a comprehensive portfolio of “eyes for robots” across diverse applications. The company serves customers in more than 90 countries and regions, including major markets in Europe, North America, and Asia-Pacific, supported by a global network spanning R&D, manufacturing, sales, and engineering services.
Please tell us a bit about your UAV interest
altitude hold and landing aid
Hometown:
China
Activity Feed
Real-time obstacle avoidance is a tricky problem for small autonomous drones. Onboard computing power is limited, but the aircraft still needs to detect obstacles and react quickly enough to avoid them.Depth cameras are one way to approach the…
Small drones face a fundamental challenge: autonomous navigation often demands significant computing power, yet onboard processing capacity, memory, and energy are extremely limited. A recent study, Efficient Robot Navigation Inspired by Honeybee…
Benewake Unveils the NOVA20 Solid-State Near-Field Linear LiDAR: Eliminating Robotic Close-Proximity Perception Blind Spots with a 20-Point ArrayRecently, Benewake officially launched the NOVA20, a solid-state near-field linear LiDAR designed…
SHANGHAI — At the 2026 World Artificial Intelligence Conference (WAIC), almost every embodied AI robot showcasing its operational capabilities performed inside a guarded enclosure. Nearby safety personnel kept their eyes fixated on three specific…
At the WAIC 2026 expo, nearly every embodied AI robot demonstrating real-world tasks was enclosed within a protective barrier. Safety personnel kept their eyes glued to the same vulnerable spots: feet, flanks, and arm trajectories.These three areas…
In 2022, a smart pool-cleaning robot project was quietly launched on Kickstarter. Back then, no one called smart pool robotics an "industry sector"—it was just a niche, forgotten branch within consumer robotics.Four years later, in 2026, this…
When integrating the TF03 LiDAR into your system, correct wiring is critical. A simple mistake—such as swapping power lines or misconnecting communication pins—can lead to communication failure or even permanent device damage.This guide walks you…
TFmini-Plus can directly be connected with the one of the serial ports of CUAV V5. There are four serial ports which can be used to interface LiDAR. The following port mapping shows hardware (left) and software (right) serial port mapping: TELEM1 >…
TFmini-Plus can be connected with the IIC port of CUAV V5. There are four IIC ports available on the flight controller, but by default, data can only be read through IIC port-2. In order to use other ports, some settings will be required like…
The configuring procedure is applicable to Cube Orange and Cube Black flight controllers. The interfaces available that can be used to connect TF03 are the same on both flight controllers.TF03-100, TF03-180 and TF350 can be interfaced with the one…
TFmini-Plus can directly be connected with one of the serial ports of Pixhawk 6C or 6X from Holybro. There are four serial ports which can be used to interface LiDAR. The following port mapping shows hardware (left) and software (right) serial port…
