This video showcases the construction and testing process of a modern floor drainage system designed for fast and efficient water flow 🚿⚙️ By carefully leveling the surface and positioning the drainage outlets with precision, the system allows water to move smoothly and quickly without creating blockages or standing water. The process highlights the importance of engineering accuracy, proper installation techniques, and practical design in modern construction projects. Even small adjustments in floor angle and drainage placement can significantly improve water movement and long-term performance. Watching the water flow perfectly through the system demonstrates how smart construction methods and careful planning create cleaner, safer, and more efficient living spaces. ✨ Follow to explore more fascinating construction techniques, engineering solutions, and satisfying building processes from around the world 🌍⚙️
📖 The water looks completely empty until the glasses go on. Polarized lenses work by blocking horizontal light waves that cause surface glare on water, making the entire water surface appear invisible and revealing everything underneath with perfect clarity.
What looked like an empty river suddenly shows hundreds of fish swimming just below the surface that were completely invisible to the naked eye the entire time.
This is not a filter or a camera trick, this is basic optical physics working exactly as designed. Polarized glasses are used by fishermen, divers and photographers worldwide for exactly this reason.
The world looks completely different when you know how to see it properly. Would you wear these?
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#technology #ai #glasses #polarized #stunts
11 cars drifting in perfect synchronization 👀
creates one of the most insane displays of driving precision ever captured.
This video showcases professional drivers performing a coordinated drift formation where multiple cars slide sideways while maintaining exact spacing, timing, and control.
Drift formations require extreme skill, throttle balance, steering accuracy, and real-time coordination between drivers moving at high speed while intentionally losing traction.
Such synchronized drifting highlights the engineering capability of performance vehicles and the elite level of control drivers achieve through years of motorsport training.
It transforms racing into a visual performance where speed, teamwork, and precision combine to create a breathtaking automotive spectacle.
We do not own any of the content. All credit goes to the respective owners. No copyright infringement intended.
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#automotive #technology #innovation #bmw
#cars
🚗 Maextro S800 is a Chinese luxury smart car focuses heavily on in-cabin intelligence.
⚠️ Passengers can point at screens, windows, seats, or controls and give voice commands directly.
🤖 The car combines AI voice interaction, gesture recognition, ambient lighting, and multi-screen displays to create an experience that feels closer to a moving smart lounge than a traditional vehicle.
🇨🇳 As Chinese automakers push further into AI-driven interiors, cars are increasingly being designed less around buttons — and more around natural interaction.
#tech #china #ev #ai #car
🚗 China’s smart cars are now taking to the water! The vehicle in the video is the Yangwang U8, a luxury SUV built by BYD, China’s largest EV maker. Priced from around 1.09 million RMB, the car starts at roughly £115,000 ($150,000). BYD says the car can stay afloat for up to 30 minutes and steer itself using its four electric motors.
But the U8 is about more than just spectacle. It reflects how Chinese automakers are pushing advanced engineering, from tank turns and autonomous driving to flood-rescue features and luxury tech interiors.
Brands such as NIO, XPeng, Li Auto and Huawei-backed AITO are also competing to redefine what next-generation smart cars can do, especially in EV technology, AI driving systems and connected cabins.
#ev #byd #china #tech #vehicle
🇨🇳 Chinese robotics startup UniX AI
UniX Ai has launched a new home service robot, with prices starting at around ¥88,000 (roughly £9,000/ $12,000).
The robot, part of its Wanda series, is designed to assist with everyday household tasks. In demos, it can fold clothes, clean, cook simple meals like fried eggs, control appliances, and organise items around the home.
It combines several in-house AI systems, including imitation learning, vision and touch sensing, and task planning, allowing it to handle objects with high precision and complete multi-step actions. The robot is also equipped with dual arms, an omni-directional base for tight indoor spaces, and a battery life of up to 16 hours depending on the model.
While marketed for home use, the technology is still in an early stage. Current deployments are more commonly seen in controlled environments such as hotels, retail, and service settings, rather than fully autonomous use in everyday households.
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#ai #tech #robot #china #houserobot
🚗🇨🇳 Nowadays smart cars in China are defined less by speed and horsepower — and more by what the software can do.
Most new models now come with large touchscreens, voice assistants, advanced driver-assistance systems, remote parking, and deep smartphone integration built in. AI-powered dashboards, real-time navigation, and over-the-air updates mean the car keeps improving over time.
🤖 And some go a step further. Models like the M8 and M9 from AITO can recognise hand gestures outside the vehicle — allowing drivers to wave and have the car move itself out of a parking space, or open and close its own doors.
From navigation to apps to vehicle controls, cars are designed to sync with daily digital life — functioning more like smart devices on wheels than traditional vehicles.
In China, “smart” is quickly becoming the baseline — reshaping how everyday cars are built, sold, and used.
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#ev #electricvehicles #chinatech #futurecar #smartcar
