Innovative Inventions That Are Changing Lives. Have you seen the latest gadgets on Amazon? There are futuristic inventions on smart gadgets that will impress any tech gadgets pro. And, with Amazon Prime Day Deals going on, you have no excuse to miss out on the coolest gadgets. These will take your entertainment, communication, hobbies, school, work and travel to another level. Check them out.
Video: Innovative Inventions That Are Changing Lives
GOVE flying car
New technology has produced an electric vertical take-off and landing (eVTOL) vehicle, that combines a passenger drone with a four-wheeled chassis to travel on roads. When the cool tech is on the road, the drone and chassis are connected, with the autonomous driving system turning the chassis into a fully automated mobile takeoff and landing station.
When the new gadget has to take to the skies, the drone is separated from the chassis and the brand’s flight control system and multi-object recognition technology enable GOVE to fly steadily and at high altitudes.
Finally, during an air-to-ground docking scenario, the flight cabin can be precisely aligned and docked with the chassis.
Nike Aergomi Jacket
Don’t you hate it when the weather is unpredictable? Well, that’s its job. This invention’s autonomous venting system adapts to your needs in training, increasing breathability, and regulating temperature when situations call for it most. When humidity begins to rise, your running jacket can quickly turn into an upper-torso oven.
A number of vents will open across the chest and back as sweat builds up against your skin. Then, they’ll close once the body cools down. This future technology is made possible through a moisture-reactive film applied across the vents.
This Amazon must have is available in three choices. These are; Women’s Running Vest at $115, Men’s Repel Down Running Jacket at $275, and Men’s Down Running Vest at $190.
Video: Innovative Inventions That Are Changing Lives
Unit Surf Pools
Surf parks and wave pools are here to stay, no matter the price tag. Unit Surf Pool is a new standing wave technology that requires almost no construction costs up front. The new tech requires no construction and can be deployed for a fraction of the cost of other wave technologies. This is because they are implemented and integrated into existing bodies of water.
The new inventions create a standing wave so it is different from a natural breaking ocean wave, but still an exciting experience for the rider. Unit Surf Pools can be built into water parks, and integrate with restaurants or hotels. The new technology can also be used for practice by sport surfers as they wait for the high wave season to kick in.
MOTOEYE E6
This new gadget displays maps, calls, music, speed and other information directly in your sight while riding a motorbike. The tech gadget is designed to be both bright and transparent, allowing you clearly see the road ahead and focus on navigating without being distracted by the display.
The magnetic attachment makes it is easy and quick to install the future gadget without causing any damage to the surface of your helmet. The Amazon gadget combines a head-up display, GPS, hands-free kit, and voice command, allowing you to keep your eyes on the road at all times.
Thanks to Amazon Prime Day Sale, this one of the top ten tech deals online. Its price starts at $500 but its still one of the cheap gadgets on the Amazon deals.
Hyper-Deformable Wheel
The Venturi Group in Switzerland has reinvented the wheel. They have created a unique hyper-deformable lunar wheel. The technology will be used on Venturi Astrolab’s FLEX rover, a spacecraft that will be deposited on the Moon in 2026 by Space X’s Starship rocket and initially used to transport payloads.
From 2026, when the Flex Rover is put into service at the lunar south pole, the four wheels supporting the two-tonne vehicle will warp in order to absorb ground irregularities. The FLEX will travel at 20 km/h where extreme temperatures of 90 to 230°C prevail. The wheels will need to perform over 1,000 kilometres, and resist strong radiation from the south pole.
Multi modal Mobility
Taking inspiration from animals, a group of innovators have designed a robot capable of negotiating unstructured, multi-substrate environments, including land and air. They adapted its components in as wheels, thrusters, and legs.
This robot is called the Multi-Modal Mobility Morphobot, or M4. The invention can can fly, roll, crawl, crouch, balance, tumble, scout, and loco-manipulate. M4 can traverse steep slopes of up to 45 degrees and rough terrains with large obstacles when in balancing mode. It possesses onboard computers and sensors and can autonomously employ its modes to negotiate an unstructured environment.
This morphobot could be used in a broad number of applications, including search and rescue operations, space exploration, automated package handling in residential spaces, and digital agriculture.
VR Shoes
Freeaim’s innovative VR Shoes let you walk naturally in Virtual Reality across infinite distances and in any direction. Meanwhile, in the real world, they actively keep you safely inside a small play area. Their aim is to provide incredible immersion, ease of use and affordability. At the same time, they will be bringing realistic VR movement that is required in gaming, fitness, training and more.
The innovation’s features include haptic feedback, kinetic feedback and foot tracking. They boast a comfortable and lightweight design and are compatible with most VR headsets.
The pre-order price is USD $499 which sounds pricey. However, if you are a tech gadgets pro or an avid gamer, this is about seven night-outs to forego.
3D Eyeball reflections
Did you know that your eyes can reveal what you’ve been watching? Be afraid. Be very, afraid. Researchers can now use computer vision technology to reconstruct 3D images of a scene from the reflections on your eyeballs.
Jia-Bin Huang and his colleagues at the University of Maryland, College Park, developed a computer vision model that takes between five and 15 digital photographs from different angles of an individual’s face while they look at a scene. The gadget then reconstructs that scene from the reflections in their eyes.
The method adapts a technique called neural radiance fields (NeRF). This cool tech uses neural networks to determine the density and colour of objects the computer “sees”. NeRF usually operates by directly looking at a scene, rather than viewing one reflected in a person’s eyeballs.
Piano Lift 2
Just like that, piano lifting became fun. Designed and distributed by the company Pianolift, the new pianolift2 enables you to move any kind of piano alone, and without much effort. Whether a concert grand piano or baby grand ones, this innovation has been designed and tested to handle musical equipment weighing up to 600kgs.
No other accessory is needed and loading is made much quicker and easier. The basic model, Pianoplan offers numerous advantages like moving pianos and climbing staircases. In addition to these, the new hydraulic function of pianolift2 gently tips over the piano with its three legs and the lyre, directly on the tray of the pianolift and sets it back on its feet very easily.
Aerodynamic Attachment
Aerodyme Technologies aims to provide the most practical and efficient rear-mounted aerodynamic attachment for tractor trailers that eliminates driver interaction altogether. The engineers have invented special aerodynamic devices to improve fuel efficiency. Aerodyne changes the shape of the trailer, making it more streamlined. This reduces resistance force by 10 percent and decreases fuel consumption by 5 percent. It may seem like a little, but on a national scale like the USA, this simple solution can save eight billion dollars per year.
What’s more, aerodyne reduces harmful emissions and operates automatically without interfering with the driver’s focus on the road. Even a few pieces of metal and fabric can be incredibly useful in the skilled hands of Engineers.
Shared Indoor Mobility
This is the AngGo, a shared indoor mobility device, that can transport riders around an indoor environment. It can detect obstacles up to 4m away and move safely around them.
In the semi-autonomous mode, AngGo can search for potential users and navigate indoor spaces using six time-of-flight distance sensors. Upon noticing that it was difficult for a user to board a moving AngGo, the developers designed a two-way mode switching interaction, that is following and blocking. This allows AngGo to change its mode to the standby mode through certain movements of the user.
In the standby mode, when the user boards the AngGo, it switches to the footplate manual driving mode. Thereafter, the user can change to the joystick manual mode by pressing a joystick button.
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Wound Monitoring Patch
Singaporean researchers have developed a wearable, AI-powered skin patch, named Petal, capable of monitoring your wound health. The technology is designed to send early warning signals if wound conditions worsen, allowing medical staff to intervene promptly.
Resembling a pinwheel flower, the patch is equipped with five sensors, or “petals”, each keeping track of a different biomarker. These include temperature, acidity, uric acid, moisture, and trimethylamine. The central opening of the patch collects wound fluid and distributes it to the sensors, where colour-changing chemicals gauge the indicators.
What’s more, PETAL doesn’t require an energy source. It can be customised to suit different wound types and sizes and can be integrated into dressings without being intrusive. The tech gadget has an accuracy rate of 97% in distinguishing healing and non-healing wounds.
Ungoverned Vendetta
What you’re seeing here is a contraption that married motocross bikes with skateboards. The gadget features a skateboard-like deck where the rider can simply jump on and ride away.
The Vendetta is propelled by brushless hub motors that are centrally mounted within the drive rollers. The motors are powered by a swappable central battery pack, which has a run time of about 40 minutes, based on a 75 kgs rider that travels at the average speed of 25 kph on a flat circuit.
The innovation can glide effortlessly over the most rugged terrains, and reach a top speed of 50 kph. The transition from 4-stroke internal combustion to electric made the power-board 19.5kgs, which is lighter than its predecessors.
The vehicle’s standard retail price is $6,995.
The Thermonator
This freakish looking contraption is a robot dog, equipped with a flamethrower. The quadruped is coupled with the ARC Flamethrower to deliver on-demand fire anywhere. Thermonator is built on the Unitree Go1 quadruped robot, and includes a variety of cameras and sensors onboard. These allow it some level of autonomous navigation when it’s not being operated from a wireless controller.
The invention uses a built-in fuel tank filled with gasoline, or a gasoline/diesel mixture, to blast a 30-foot long stream of burning fuel. It can do this for up to 45 minutes when using its largest capacity battery. The manufacturer claims the Go1 robot weighs around 26 pounds on its own, but after the flame-throwing upgrades, the Thermonator weighs closer to 60 pounds.
Biodegradable Food Wrap
Researchers say food could stay fresher if casein-based film replaces plastic wrap. This new biodegradable film, made of milk protein, has the potential to keep food fresher and replace plastic wraps. This is according to researchers from the U.S. Department of Agriculture.
The lead researcher says the substance they created is made of casein, a milk protein, with the addition of citrus pectin and some salts to make it stronger and more resistant to moisture. It behaves much like a plastic cling wrap, but it’s biodegradable, even edible, and there is no danger of harmful compounds leaching into food.
For products such as cheese slices, packaged meat or individually wrapped snacks, it would take packaging that now goes into landfill and replace it with a material that breaks down in the environment.
The Floating Island
This invention from Netherlands consists of 87 large floating triangles that are connected flexibly to each other. Together, they form a flexible floating island that can reach 1 to 5 kilometers in reality for accommodating housing, ports, farms or parks on sea.
The 6×8 metre sized model, that is made of wood and polystyrene, was laid out in the institute’s test basin to simulate the impact of wind, waves and storms. The inventor hopes to learn the best way to construct such an artificial island, such as the connections of the elements and its connection to the seabed.
One focus area is the ability of the island to generate and store sustainable energy from offshore wind, tidal energy, wave energy and floating solar panels.
Tankless Scuba Mask
Yeah? You got that right. South Korean designer Jeabyun Yeon unveiled his concept for a “Portal Oxygen Respirator” dubbed Triton.
The device consists of two branching arms designed to serve as gills, that extract oxygen from the water and deliver breathable air directly into the wearer’s lungs. Instead of hauling around heavy scuba equipment, swimmers could simply bite down on a plastic mouth-piece.
The Microporous Hollow Fiber in the gills makes breathing underwater possible. The holes of the threads are smaller than water molecules. They keep water out and let oxygen in. The micro compressor then extracts and stores the oxygen.
While the concept is still in development stage, you can get an underwater mask on Amazon at around $59.
Seakeeper Gyro-Stabilizer
Does the idea of a day at sea fill your stomach with butterflies?
A flywheel, which spins at 9750 RPM, uses angular momentum to resist the force of your boat rolling from side to side by applying an equal and opposite force. This constantly changes as your boat rocks.
The flywheel is enclosed in a vacuum-sealed dome which, in combination with the mounting hardware, measures a scant 22.9 by 23.6 by 15.7 inches and weighs only 365-pounds. The 12-Volt unit can be installed above or below deck.
Activating the stabilizer is as simple as pushing a button to unlock the device allowing it to reduce your roll angle by as much as 95 percent.
Wisk Air Taxi
New Zealand has selected Wisk to establish a passenger transport trial in Canterbury as part of the government’s Airspace Integration Trials program. Enabling the emergence of an entirely electric air taxi service is a natural fit with New Zealand’s zero carbon goal by 2050.
Wisk intends to use Cora as an autonomous air taxi accessible via its own app. It’s not yet clear whether the initial passenger transport trials in Canterbury will have a pilot onboard or use remote piloting.
Wisk CEO Gary Gysin touted the MoU as a “sign of confidence in our product and abilities to develop and deliver a safe and reliable air taxi service,” stating the company’s mission to bring “safe everyday flight to everyone.”
Goodyear’s Oxygene
Goodyear’s latest concept tire is a visionary solution for cleaner, more convenient, safer and more sustainable urban mobility. The concept, named Oxygene, has a unique structure that features living moss growing within the sidewall. This open structure, and the tire’s smart tread design, absorb and circulate moisture and water from the road surface, allowing photosynthesis to occur and therefore releasing oxygen into the air.
According to the World Health Organization more than 80% of people who live in air pollution-measured urban areas are exposed to air quality levels that exceed WHO limits.
Inspired by the principles of the circular economy, with emphasis on reducing material waste, emissions, and energy loss, Goodyear’s Oxygene concept is designed to integrate seamlessly into future cityscapes, featuring several performance solutions.
Detachable Airplane
What if we could survive a plane crash by detaching the problematic part? Ukrainian aviation engineer Vladimir Tatarenko invented a detachable plane cabin which can be ejected within seconds in case of emergency.
The cabin can land both on the ground and water. It has parachutes attached to its roof and inflatable rubber tubes to keep it afloat if needed. “Surviving in a plane crash is possible,” Vladimir Tatarenko told LiveLeak. “While aircraft engineers all over the world are trying to make planes safer, they can do nothing about the human factor.”
Of course, if the plane explodes or is under a rocket attack, it wouldn’t help. Also, some argue that the detachable cabin could undermine the structural integrity of the plane.
But what do you think?
XPeng’s flying car
At the heart of the XPeng X2’s performance is its electric propulsion system. This zero-emission powertrain not only reduces the vehicle’s carbon footprint but also ensures a smooth and quiet driving experience.
The XPeng X2 is equipped with state-of-the-art autonomous flight technology, allowing it to navigate through the skies with minimal human intervention. Advanced sensors, radar, and AI-powered systems ensure safe and reliable flight operations.
Safety is paramount in the design of the XPeng X2. The invention is equipped with redundant systems to ensure continued functionality in case of technical failures. Additionally, the vehicle’s flight systems are rigorously tested to meet the highest safety standards.
The $156K car can travel at 130 km/h and its Flight Time is 35 minutes.
Fledbag Dosing Device
If you need a little more control when emptying bulk bags of seed or fertiliser, this gadget is available on Amazon at $393. The nifty tool comes in two guises – one for single-use bags and one for reusable versions.
The gadget has an adjustable opening that allows precise amounts of product to be released. Disposable bags are handled with the Fledbag Original. This one has a spiked “chisel tip” that punctures the bag as it is dropped on to the tool. Vanes on the side of the tool hold it securely in place.
The flow can then be controlled using an adjustable gate valve that offers rates of 200-700kg/min. To prevent damage from awkwardly dropped bags, the tool uses a tough polyamide glass fibre. All metal parts are stainless steel or galvanised to resist corrosion.
Ameca
Ameca is primarily designed as a platform for further developing robotics technologies involving human-robot interaction. It utilizes embedded microphones, binocular eye mounted cameras, a chest camera, and facial recognition software to interact with the public. Interactions can be governed by either GPT-3 or human telepresence.
It also features articulated motorized arms, fingers, neck and facial features. Ameca’s appearance features grey rubber skin on the face and hands, and is specifically designed to appear genderless.
The first generation of Ameca was developed at Engineered Arts headquarters in Cornwall, UK. The project started in February 2021 with the first video revealed publicly on Dec 1st 2021. Ameca is currently associated with the Museum of the Future’s robotic family, where it can interact with visitors.
Automatic Car Cover
This device turns into a car cover in 30 seconds. You can attach its windbreak ropes to the wheels to prevent the cover from blowing away after deployment. Using the remote control, you can later fold the cover back up in 10 seconds.
Vinoya is powered by a rechargeable solar battery that can operate for about 45 days on one charge. According to its creator, the material of the cover is waterproof, corrosion and abrasion resistant, and also smooth to avoid scratching your car. If someone pulls the car cover by force, its anti-theft alarm will sound loud immediately.
The innovation is available in four different sizes between 55 and 80 dollars.
Read More: This Future Tech Gadgets May be Your Best Friend
Robot Chef
These robots, which store recipes and cooking techniques for 40 kinds of Hunan cuisine, could complete cooking capsicum fried meat in two minutes. “We want our customers to enjoy not only the dishes, but also the technically standardized robot cooking,” said Li Zhiming, inventor of the robots and owner of a restaurant.
With standardized robot chefs, Li hoped that Hunan cuisine robot restaurants could open worldwide, like KFC and McDonalds in the future. Kitchen helpers at Li’s restaurant put ingredients into seasoning boxes, vegetables and meat in designated boxes, and press the “ON” button.
Then, the robot chef is responsible for cooking and cleaning the cookers. Li spent around four years and nearly $1.6 million inventing one.
Which invention impressed you the most? Which one would you like to experience soon? Tell us about it on the comments section.
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