Name: 9 Most Advanced AI Robots - Humanoid & Industrial Robots @TerkRecoms
Uploaded: 2026-09-21T08:17:00-05:00
Duration: 8 min 17 s
Description: 9 Most Advanced AI Robots - Humanoid & Industrial Robots

9 Most Advanced AI Robots - Humanoid & Industrial Robots

TerkRecoms - Tech TV 2026-09-21 | 9 Most Advanced AI Robots - Humanoid & Industrial Robots

14 Advanced Exoskeletons Giving Humans Super Strength & Endurance

TerkRecoms - Tech TV 2022-03-05 | These are the most advanced exoskeletons giving humans super strength, abilities, and endurance.

Guardian XO: The world's first battery-powered industrial robotic exoskeleton that combines human intelligence and precision of machines to give the operator extra strength to boost productivity while reducing injuries.

Furion Prosthesis: A 15ft-tall exoskeleton that can run at 20mph (32km/h). It is a sports machine and requires a trained athlete to operate.

XOS 2: Commonly referred to as the ‘Iron Man’ suit, XOS 2 is an exoskeleton designed for soldiers to increases their human strength, agility, and endurance capabilities.

ExoHeaver: A passive tool holding exoskeleton with an over-the-shoulder power winch that can support large loads. It transfers the load weight through the rigid frame into the ground.

KOMA 1.5: Equipped with an obstacle avoidance system this exoskeleton prototype will enable the wearer to effortlessly move up and down while carrying heavy objects.

Guardian GT: With the robotic arms acting as a natural extension of the operator’s real-world arm movements, this large-scale industrial exoskeleton allows the operator to move heavy items of up to 1000 lbs (or 453kg) while reducing the risk of personal injury.

Skeletonics ARRIVE: A 9-foot tall robot suit that uses the kinetic energy of the wearer’s movements to mimic the wearer’s movements. This exoskeleton is designed for entertainment purposes.

NIO ATOUN Powered Suit: Inspired by Weyland P-5000 Powered Loader from Alien movies, this robotic exoskeleton is designed to be used in construction, emergency response, and heavy manufacturing.

Exhauss: A passive shoulder exoskeleton that assists the wearer with lifting and holding objects while reducing fatigue and the risk of injury.

Cray X: A lightweight, carbon fiber water and dustproof exoskeleton designed for protecting the physical and psychological health of manual workers under any conditions.

EksoNR: A robotic exoskeleton designed to be used in rehabilitation for re-teaching brain and muscles how to properly walk again for patients with brain injury, stroke, or spinal cord injury.

EksoUE: A wearable, upper-extremity exoskeleton designed to assist a patient with affected shoulder and arm during rehabilitation.

HAL (Hybrid Assistive Limb): A Wearable Cyborg, designed to improve, support, enhance and regenerate the wearer’s physical functions. It can be used for medical or industrial purposes.

#exoskeletons

This Electric Batmobile is Real and Fully-Functioning

TerkRecoms - Tech TV 2022-03-01 | This is the world’s first and only electric fully-functioning Batmobile replica built by 23-year-old artist and architect, Nguyen Dac Chung
It weighs less than 1,322 lbs (600 kg) and it can go up to 65 mph (105km/hr). The vehicle is based on Christopher Nolan’s version of the Batmobile, "the Tumbler” It has 2 seats and 2 automatic doors

The Batmobile is a fictional car driven by the superhero Batman from DC Comics.

#batman #batmobile #realbatmobile

Source: Van Daryl
Music: That One Bar Scene - RKVC

SpaceX Update: How Elon Musk’s Starship Will Get Humans To Mars | Animation

TerkRecoms - Tech TV 2022-02-11 | Elon Musk released a new starship animation showing how humans will get to Mars. The animation shows the launch of the Starship and the landing and catching of the Starship Booster by the Mechazilla. The video also shows how the Starship refuels in orbit before heading to Mars.

20 Most Innovative Products Unveiled at CES 2022

TerkRecoms - Tech TV 2022-01-15 | In this video, we are going to see the 20 most innovative products unveiled at CES 2022. So, let’s get started.

Cadillac InnerSpace Concept
The InnerSpace is GM’s latest luxury futuristic self-driving concept designed to enhance the passenger experience along with the increased personal time enabled by fully autonomous mobility.
bit.ly/3nvAJPU

Vitruvian’s Trainer Plus
The Vitruvian Trainer plus is designed to change the way you lift weights at home. It uses a unique algorithm based on your profile to load the correct amount of weight for every rep that you do.
bit.ly/3tDU6tI

Labrador Caddie and Retriever
Caddie and Retriever are designed to get things for you in your home. The robots are meant to help those who are unable to move themselves or other things, even short distances due to pain or other health issues.
bit.ly/33kNOEN

Samsung Freestyle
Samsung Freestyle is a projector, smart speaker and ambient lighting device all rolled into one lightweight package that weighs only 1.8 pounds or 830 grams. It can project high-quality video on tables, floors, walls, or even ceilings.
bit.ly/3nqRo76

BMW iX Flow
The BMW iX Flow is an all-electric vehicle that can change its color digitally. The fluid color changes are made possible by a specially developed e-ink body wrap that’s tailored to the contours of the vehicle.
bit.ly/3tu5CI6

iPetWeaR
The iPetWeaR is a wearable health tracking device for pets. It can track a pet's heart rate, respiration, and activities.
bit.ly/3Idp9kp

TP-LINK ARCHER AXE200 OMNI
This new TP-Link Archer router has four rounded antennas that will automatically move to get the best possible connection to your devices as you move around.
bit.ly/3A0L6jE

Ecovacs Deebot X1
The Ecovacs Deebot X1 is a robot vacuum that will not only automatically vacuum and mop, but also empty debris, wash, dry, and refill the mop, all by itself.
bit.ly/3rpCAGY

Robotic Massage Table
This machine from California's Massage Robotics is a life-sized autonomous massage robot table with two 6-axis collaborative robotic arms and cloud artificial intelligence.
bit.ly/3fvWtGZ

Withings Body Scan
The Withings Body Scan can measure not only your body weight precisely, but it can also measure overall body composition, and track sweat glands and small nerve activity. It can also deliver heart rate measurements, ECG recordings, and vascular age determinations.
bit.ly/3GNA6ZL

Whill Model F
The Whill Model F is a lightweight, foldable electric wheelchair designed specifically to collapse down and fit in the trunk of an average car, but without compromising on functionality.
bit.ly/33Baxfx

Y-Brush
This strange-looking toothbrush can clean your teeth in just 10 seconds. Initially debuted on 2017 CES, this 2022 design incorporates an RFID chip and Bluetooth, which allows it to connect to a mobile app to track things like brushing habits and make recommendations to improve your brushing routine.
bit.ly/3GwQWf2

Samsung Eco Remote
This new TV remote from Samsung can charge via Wi-Fi from your home router. It charges by collecting the router’s radio waves and converting them to electric energy.

Sengled Smart Light Bulb
This smart light bulb can track your sleep, heart rate, body temperature, and other vital signs by using Frequency-Modulated Continuous Wave (FMCW) radar together with Sengled advanced proprietary AI algorithms.
bit.ly/3FxdTNR

Bird Buddy
Bird Buddy is an AI-powered bird feeder which can notify the owner when a bird hangs out on the feeder through a mobile app.
bit.ly/3Fy4Ex9

Sleep Number 360 Smart Bed
The 360 smart bed is designed to help you fall asleep faster and stay asleep by regulating temperature and automatically adjusting to you. It can monitor your overall health and wellness and detect potential sleep barriers, along with future health risks, all from the comfort of home.
bit.ly/3nusSlC

TCL NxtWear Air
The TCL’s NxtWear Air, by far is the best personal cinema glasses. NxtWear Air offers two 1080p Micro OLEDs embedded in a pair of glasses frames that should give the wearer the effect of viewing a 140-inch screen from about 13 feet or 4m away.
bit.ly/3fqMnHp

Asus Zenbook 17 Fold
The Asus Zenbook 17 Fold is a massive 17-inch flexible display that can be folded into a 12.5-inch Windows touchscreen laptop or propped up behind a Bluetooth keyboard for something that feels like a 17-inch all-in-one desktop.
bit.ly/3fJHV6R

Samsung Odyssey Ark
The Samsung Odyssey Ark is a massive 55-inch 4K curved monitor that can be flipped into a vertical alignment for stacked multi-tasking.

#ces #ces2022 #tech

14 Most Advanced Robots Doing Complicated Actions [Humanoid Robots, Robot Dogs And More]

TerkRecoms - Tech TV 2021-12-11 | Watch amazing advanced robots performing complicated actions autonomously, assisted with Artificial Intelligence. In this video, you will humanoid robots that can walk, run, jump, like humans, show human emotions, work with humans. You will also see robot dogs, bird robots, etc

In this video:
0:00 - Intro
0:08 - Ameca by Engineering Arts
0:49 - Moley Robotic Kitchen by Agility Robotics
1:30 - Digit by Agility Robotics
2:40 - HUENIT by Huenit
4:06 - Leo by Caltech's CAST
5:22 - Max by Tencent Robotics
6:24 - Sophia by Hanson Robotics
6:57 - TIGER X-1 by Hyundai
7:56 - ANYmal by Anybotics
8:39 - Bird-like Robot by Stanford Engineers
9:15 - Atlas by Boston Dynamics
10:06 - Hadrian X by FBR
10:47 - Stretch by Boston Dynamics

Moley Robotic Kitchen: A robot designed to cook for you so that you can concentrate on other things

Digit: A humanoid robot that is designed to work with humans and in human spaces.

Max: A robot dog that can simultaneously combine different moving modes – foot-style motion and wheeled motion according to the environment it is in.

TIGER X-1: A transformer-like robocar designed specifically for extreme environments. It can operate as either a four-wheel-drive vehicle or a four-legged walking robot.

ANYmal: A 3-in-1 robot that can walk, roll, and stand up on its four-wheeled legs.

Leo: The world’s first robot that uses multi-joint legs and propeller-based thrusters to achieve a fine degree of control over its balance

HUENIT: A modular robot arm with an AI camera that can 3D print, laser engrave, draw, and pick & place items.

Atlas: World’s most popular bipedal humanoid robot capable of learning and performing human movements

Sophia: A social human-robot capable of displaying human-like expressions and interacting with people.

Ameca: An advanced robot with more human-like, natural-looking expressions than any other robot in the world

Bird-like Robot: A robot that can land on almost all forms of branches and perch like birds

Hadrian X: A robot that can autonomously do end-to-end bricklaying of a house in up to 3 days.

Stretch: A mobile robot designed for automated case handling for more efficient warehouse operations.

Chip Shortage Explained | Most Severe Chip Shortages in History [1988 to 2021]

TerkRecoms - Tech TV 2021-12-05 | The 2020 - 2021 Global Chip shortage is not the first one in history. The world has seen severe chip shortages since 1988. This video will explain the causes and impacts of those chip shortages in our history which happened in 1988, 1994/1995, 2000, 2004, 2011 and 2020/2021

Timestamp
0:00 - Intro
0:53 - 1988 Chip Shortage
2:45 - 1994/1995 Chip Shortage
3:34 - 2000 Chip Shortage
4:41 - 2004 Chip Shortage
5:57 - 2011 Chip Shortage
7:06 - 2020 - 2021 Chip Shortage

#chipshortage #semiconductorshortage

Jetson ONE Flying Car Evolution and Test Flights

TerkRecoms - Tech TV 2021-11-21 | Watch the evolution of Jetson ONE. An ultralight and fun to fly recreational all-electric personal vertical take-off and landing (eVTOL) aircraft.

2021 Lunar Eclipse Under 2 Minutes Timelapse - Beaver Moon | 2021 Full Moon

TerkRecoms - Tech TV 2021-11-19 | Watch the 2021 Partial Lunar Eclipse full footage in under 2 minutes timelapse. This footage was captured by Griffith Observatory on November 19, 2021.

10 Advanced Autonomous Tractors And Farming Machines (Modern Agricultural Machinery and Robots)

TerkRecoms - Tech TV 2021-11-11 | In this video, we are going to discuss 10 autonomous tractors, farming machines, and robots designed to replace or assist humans in agriculture. These farming equipment include autonomous tractors, weeders, harvesters, and others with multiple purposes.

Agrobot E-series
The Agrobot E-series, the first pre-commercial electric-powered robotic harvester designed for gently harvesting strawberries.
Built by Agrobot from Spain, the Agrobot E-series is designed to carry out its tasks autonomously and uses real-time artificial intelligence to determine the ripeness of fruit.

FARMDROID FD20
The FarmDroid is a fully automatic robot that can take care of both sowing and mechanical weed control. It is designed to help farmers reduce the costs of sowing and weeding crops while also doing it in a carbon dioxide-neutral and ecological way.

The FD20 is a solar-powered machine, it is equipped with four solar panels which produce enough power for up to 24 hours of daily operation.

AgXeed’s AgBot
The AgXeed’s AgBot is an autonomous robotic tractor designed to make farmers more efficient and sustainable. For the machine to perform its tasks, AgXeed provides an online, cloud-based planning tool for optimal path planning and machine management.

Dino
Dino is an autonomous electric-powered weeding robot for large-scale vegetable crops.

Dino is built by France-based Naïo Technologies designs, manufacturers, and markers of agricultural robotics co-built with farmers and consumers.

Ted
Another one from Naïo Technologies is Ted, the first autonomous, 100% electric high-clearance machine dedicated to the mechanical weeding of vines without the use of herbicides.
The machine is powered by lithium batteries. It can drive at a speed of up to 5 km/h (or 3mph) and has an average operating speed of 2.5 hours per hectare.

DJI Agras T30
Manufactured by the world's leading drone company, DJI, the Agras T30 is a 30L autonomous agriculture spraying drone that can spray 40 acres/hour.

Using DJI's digital agriculture solutions, the T30 helps reduce fertilizer use and increase yield with effective, data-driven best practices.

John Deere's Autonomous Electric Tractor
Designed by one of the world’s agricultural heavyweights, John Deere this cabless electric tractor produces a total output of 500 kilowatts which is equivalent to 680 horsepower. This puts it up there with today’s largest high horsepower tractors.

Thanks to the electric drive, this futuristic tractor has zero emissions, and its noise levels are extremely low.

FarmBot Genesis
For those who like to grow crops on their own, this autonomous all-in-one farming machine is for you. FarmBot Genesis is a robot farming machine created for everyone to grow food.

Case IH autonomous tractor
Case IH autonomous tractor is another autonomous tractor developed as a solution to the increasing lack of skilled labor to work long hours on large farms in some parts of the world.

The vehicle has an onboard system that automatically plots the most efficient paths depending on the terrain, obstructions, and other machines in use in the same field. These paths can be adjusted remotely by an operator via a desktop computer or portable tablet interface.

AutoAgri IC-Series
The AutoAgri IC is an autonomous implement carrier with an electric drivetrain designed to reduce running cost, soil compaction, and carbon footprint.

It can carry implements up to 2,000 kg behind its front wheels with a mid-mount standard CAT-2 3-point hitch. Its 3-point hitch, PTO, and hydraulics ensure compability with a wide range of implements in the market.

Timestamp
00:00 - Intro
00:28 - Agrobot E-series
01:45 - AgXeed’s AgBot
03:06 - FarmDroid FD20
04:20 - Dino
05:24 - DJI Agras T30
06:38 - Ted
07:35 - John Deere's Autonomous Electric Tractor
08:24- FarmBot Genesis
09:33 - Case IH autonomous tractor
10:32 - AutoAgri IC-Series

#autonomoustractors #farmingequipment #tractors

This is what Jeff Bezos did while in space | Blue Origin Launch

TerkRecoms - Tech TV 2021-07-20 | This is a video of Jeff Bezos, his brother Mark Bezos, Wally Funk, and Oliver Daemen in Space.

In this video, you can see Jeff Bezos and his fellow astronauts experiencing zero-gravity right after they arrived in space.

On July 20 Blue Origin flew its billionaire founder Jeff Bezos and the other three astronauts to space aboard the New Shepard rocket. This was Blue Origin's first flight with astronauts on board.

New Flying Cars and Air Taxis You Must See [eVTOL] ▶️ 4

TerkRecoms - Tech TV 2021-07-16 | In this video, we are going to talk about the new flying cars or air taxis unveiled recently (from 2019 to 2021). The list includes Klein AirCar, Joby Aviation's S4, Cezeri, 7-Seater Lilium Jet, VoloCity, Maker, Airspeeder, and Skai

Check other flying cars videos here: youtube.com/playlist?list=PLPiRc0b-Y5TkIO-NZuE9IOFl4Kl-1AD_4

Joby Aviation's S4
Joby Aviation's S4 is a five-seat electric Vertical Take-Off and Landing (or eVTOL) vehicle with six tilting propellers located on both the fixed-wing and its V-tail.

With Toyota as a manufacturing partner, Joby Aviation predicts it will begin its commercial passenger service in 2024 in cities such as Los Angeles, Miami, New York, and San Francisco.

Cezeri
Developed by Baykar Unmanned Aerial Vehicle Systems in Turkey, Cezeri is Turkey’s first flying car which is designed to be used for green urban aerial transportation for persons and cargo.

Powered by 8 rechargeable electric batteries and propelled by 8 motors, the 230 kg or 510 pounds quadcopter prototype has a maximum cruise speed of 100km/h or 62mph with 70 to 80km or 43 to 50 miles range and 1 hour flight time. It has a maximum payload of 100kg or 220 pounds and it can fly up to an altitude of 2,000 meters or 6561 feet.

7-Seater Lilium Jet
The 7-Seater Lilium Jet is an updated version of Lilium’s 5-Seater air taxi that can carry six passengers and one pilot.
The 7-Seater has a cruise speed of 175 mph 282 km/h and flies at 10,000 feet or 3,048 meters with a range of 155 miles or 250km.

The company is planning to use the 7-Seater in commercial operations starting in 2024. To meet this goal and to fund its growth, Lilium will list itself on the NASDAQ through a merger with Qell Acquisition Corp., with the goal of raising $830 million for the company.

VoloCity
Manufactured by Volocopter, VoloCity is the company's fourth-generation eVTOL vehicle that can fly at speeds 100 km/h or 62 mph with a range of 35 km or 22 miles, and a top speed of about 70 mph or 113 km/h.

Volocopter will not be selling its aircraft to individuals, instead, it will be running an air taxi service at competitive prices.

Maker
Another company entering the flying taxi market is a Silicon Valley aviation startup called Archer Aviation. The company recently revealed its prototype electric vertical takeoff and landing aircraft called Maker.

With a weight of 1,508kg or 3,324 lbs, this gleaming silver airplane/helicopter hybrid vehicle will be capable of traveling 60 miles or 97 km at 150 mph or 241 km/h thanks to its 75kWh battery.

Archer plans to go public through a $3.8 billion reverse merger with a special acquisition company Atlas Crest Investment Corp. The merger is also backed by Stellantis, the parent company of Fiat Chrysler and Peugeot, and United Airlines. United has placed a $1 billion order for 200 Archer aircraft, with an option to purchase 100 more for $500 million.

Airspeeder
The Airspeeder is an electric vertical take-off and landing craft that draws its design inspiration from the racing cars of the 1950s and 1960s. Airspeeder can travel at speeds of up to 200 kph or 124 mph, accelerate from 0 to 62 miles per hour, or 100 kilometers per hour in just 2.8 seconds, and climb up to 1,640 feet or 500 meters. The Airspeeder took its first unmanned remotely controlled flight in Southern Australia. Alauda plans the first unmanned races in 2021 and the manned races in 2022.

Skai
Skai is the first hydrogen-powered eVTOL vehicle currently in development. With the use of hydrogen fuel cells, Skai will have enough power for longer flights and carry more weight compared to the competitors using batteries. The company plans to produce 10,000 aircraft a year and the target price for each aircraft will be around $200,000, though it says the early models will likely be much pricier.

Klein Vision AirCar
Unlike the drone-like flying cars shown in this list, the Klein Vision AirCar looks more like a traditional automobile but with flying capabilities. Klein Vision plans to develop three- and four-seater models of the AirCar, twin-engine and amphibious versions. The current prototype has taken about two years to develop and cost less than $2.4 million in investment.

#flyingcars #airtaxis #evtol

Amazing footage of SpaceX Falcon 9 landing on the dronship #shorts

TerkRecoms - Tech TV 2021-06-22 | This is a view from droneship of Falcon 9's landing. The landing looks like its sped up, but its probably there are some missing frames from the footage

#spacex #falcon9 #elonmusk

First Sound Of Mars Helicopter Ingenuity Flying On Mars - Recorded By Perseverance Rover

TerkRecoms - Tech TV 2021-05-07 | Here is the first sound of NASA's Ingenuity Mars Helicopter flying on Mars recorded by the Perseverance rover during its fourth flight.

On April 30, 2021, during Ingenuity’s fourth flight on Mars, NASA’s Perseverance rover made history as the first spacecraft to record sounds from another spacecraft on another planet.

The sound was recorded by, a microphone included with the SuperCam instrument aboard Perseverance. The microphone captured the humming sound of the blades and the din of wind in mono as the helicopter’s blades were spinning at 2,537 rpm

At the time of recording, the rover was 262 feet (80 meters) away. In the video, you can hear the change of sound as the helicopter leaves the area and then returns. That is called the Doppler effect).

Perseverance will capture more audio of the helicopter in future flights

Credit: NASA/JPL

SpaceX Starship SN15 Successful Launch and Landing - 10km Altitude Flight Test

TerkRecoms - Tech TV 2021-05-05 | SpaceX successfully launched and landed its Starship prototype serial number 15 (SN15) during a high-altitude flight test.

The SN15 high-altitude flight test was attempted on May 5 from Starbase in Texas (Boca Chica). SpaceX has improved the SN15's structure, avionics, software, and engines, allowing more speed and efficiency throughout production and flight.

Like previous high-altitude flight tests of Starship, SN15 is also powered through ascent by three Raptor engines, each shutting down in sequence prior to the vehicle reaching apogee – approximately 10 km in altitude.

The four flaps of SN15 are actuated by an onboard flight computer to control the vehicle’s attitude during flight and enable precise landing at the intended location.

Fourth Flight Of Ingenuity Mars Helicopter Full HD Video

TerkRecoms - Tech TV 2021-05-01 | This is a full video of Mars Helicopter Ingenuity Fourth Flight Full Video.
On April 30 Mars helicopter made another successful flight (the fourth one). The helicopter took off at 10:49 a.m. EDT, climbing to an altitude of 16 feet (5 meters). It then flew south approximately 436 feet (13m) and then back covering an 872 feet (266m) distance round trip. In total, the helicopter was in the air for 117 seconds, breaking the third flight record of 80 seconds.

This flight aimed for a longer flight time, longer distance, and more image capturing to begin to demonstrate its ability to serve as a scout on Mars.

This video was created by compiling more than 1000 individual movie frames sent by Perseverance rover. The frames captured by the rover's Left and Right MastCam Z Cameras

Credit: NASA/JPL
Images and Video Source: mars.nasa.gov/mars2020/multimedia/raw-images
Music: quiescent-in-time by silvermansound.com

#MarsHelicopter #Mars #Perseverance

Watch SpaceX Launching 60 Starlink Satellites With Reused Falcon 9 Rocket Booster - Starlink Mission

TerkRecoms - Tech TV 2021-04-30 | Watch live as SpaceX is launching 60 Starlink satellites from Space Launch Complex 40 (SLC-40) at Cape Canaveral Space Force Station in Florida.
The instantaneous window is on April 28 at 11:44 p.m. EDT, or 3:44 UTC on Thursday, April 29.

After the separation stage, SpaceX will land Falcon 9’s first stage on the “Just Read the Instructions” droneship, which will be located in the Atlantic Ocean.

The Falcon 9 first stage rocket booster supporting this mission previously supported the launch of GPS III Space Vehicle 03, Turksat 5A, and four Starlink missions.

#Spacex, #StarlinkMission #live

Ingenuity Mars Helicopter Third Flight Video - Flying Faster & Farther Horizontally

TerkRecoms - Tech TV 2021-04-26 | Here is the full video of NASA’s Ingenuity Mars Helicopter flying faster and farther than in previous flights.

NASA’s Ingenuity Mars Helicopter set a new record by flying 50 meters (164 feet) horizontally at a speed of 2 meters per second (about 4.5 mph) on Sunday, April 25, 2021. This time it went faster and farther than in its previous flights. It climbed 16 feet (5 meters) high – the same altitude as its second flight. It then headed 50 meters (164 feet) north and returned to land at Wright Brothers Field. The total flight time was about 80 seconds and it covered a total distance of 100 meters (330 feet).

The Ingenuity Mars Helicopter team is looking ahead to planning its fourth flight in a few days’ time.

This video also includes 3 aerial images of Mars that were taken by the helicopter during its second flight

Credit: NASA/JPL
Source: mars.nasa.gov/technology/helicopter

#MarsHelicopter #Mars #Perseverance

Ingenuity Mars Helicopter Makes A Third Flight - Flies Faster & Farther Horizontally

TerkRecoms - Tech TV 2021-04-25 | NASA’s Ingenuity Mars Helicopter set a new record by flying 50 meters (164 feet) horizontally at a speed of 2 meters per second (about 4.5 mph) on Sunday, April 25, 2021. This time it went faster and farther than in its previous flights. It climbed 16 feet (5 meters) high – the same altitude as its second flight. It then headed 50 meters (164 feet) north and returned to land at Wright Brothers Field. The total flight time was about 80 seconds and it covered a total distance of 100 meters (330 feet).

The Ingenuity Mars Helicopter team is looking ahead to planning its fourth flight in a few days’ time.

This video also includes 3 aerial images of Mars that were taken by the helicopter during its second flight

Credit: NASA/JPL
Source: mars.nasa.gov/technology/helicopter

#MarsHelicopter #Mars #Perseverance

Second Flight of Mars Helicopter Ingenuity, Flying Higher & Horizontally

TerkRecoms - Tech TV 2021-04-22 | NASA's Ingenuity Mars Helicopter made a second successful Mars flight on April 22. This time it went higher and slightly moved horizontally. The flight lasted for 51.9 seconds. The helicopter climbed 16 feet (5 meters) which is higher 6 feet (2 meters) higher than the first flight. It also made different turns to point its camera in various directions before it made a horizontal movement by tilting itself 5 degrees to accelerate 7 feet (2 meters) sideways.

NASA keeps on gaining its first practical experience of operating a rotorcraft remotely at Mars. The data it gathers will be valuable for potential future Mars missions using next-generation helicopters for more aerial dimension explorations.

Credit: NASA/JPL
Source: mars.nasa.gov/mars2020/

#MarsHelicopter #Mars #Perseverance

New Mars Image Showing Everything Dropped By Perseverance Rover On Mars

TerkRecoms - Tech TV 2021-04-21 | This panorama image was taken by the Perseverance rover on April 17, 2021, martian day (sol) 57. It shows everything it dropped on Mars: The Mars Helicopter, a helicopter debris shield, and the ejectable belly - a protective panel for its sampling system.
The image was constructed by stitching more than 300 individual images

Credit NASA, JPL
Source: mars.nasa.gov/mars2020/multimedia/raw-images
Music: Quiscent in time by purple-planet.com

#mars #marsimages #persverancerover

Full Video of Mars Helicopter Ingenuity First Flight Showing Ascending & Landing in HD

TerkRecoms - Tech TV 2021-04-19 | This is a full video of Mars Helicopter (Ingenuity) First Flight released by NASA. It shows the helicopter ascending, hovering, rotating 96 degrees, and landing. After rotating the helicopter is now facing the Perseverance rover, so we should expect to see images of the rover captured by Ingenuity.

The flight took place on April 19, 2021, at 3:34 a.m. EDT (12:34 a.m. PDT) – 12:33 Local Mean Solar Time (Mars time). It climbed to its prescribed maximum altitude of 10 feet (3 meters) and hovered in a stable position for 30 seconds. Then the helicopter descended, touching back down on the Martian soil.

This flight proved that powered, controlled flight from the surface of another planet is possible.

Credit: NASA/JPL
Images and Video Source: mars.nasa.gov/mars2020/multim...

#MarsHelicopter #Mars #Perseverance

First Videos & Images of Mars Helicopter Ingenuity First Flight

TerkRecoms - Tech TV 2021-04-19 | Here are the first flight video and images captured by both the Mars helicopter and Perseverance Rovers on Mars when the helicopter made its first (and successful) controlled flight on Mars.

The flight took place on April 19, 2021, at 3:34 a.m. EDT (12:34 a.m. PDT) – 12:33 Local Mean Solar Time (Mars time). It climbed to its prescribed maximum altitude of 10 feet (3 meters) and hovered in a stable position for 30 seconds. Then the helicopter descended, touching back down on the Martian soil.

This flight proved that powered, controlled flight from the surface of another planet is possible.

Credit: NASA/JPL
Images and Video Source: mars.nasa.gov/mars2020/multimedia/raw-images

#MarsHelicopter #Mars #Perseverance

WATCH NASAs First Flight of the Ingenuity Mars Helicopter: Live from Mission Control

TerkRecoms - Tech TV 2021-04-19 | Watch NASA’s Ingenuity Mars Helicopter is making history as it makes the first attempt at powered flight on another planet (Mars)

Join NASA's helicopter team in mission control to watch live as they receive the data and find out in mission control beginning at 3:15 am PDT/6:15 a.m. EDT /10:15 a.m. UTC.

New Mars Image Showing Strange Prints on Sand - What are they?

TerkRecoms - Tech TV 2021-04-17 | On sol 53, Perseverance captured an Image of Strange marks (or prints) on sand while doing science experiments on Mars rocks. They look like foot prints of some small creatures, but I am pretty sure they not. They sometimes also look like rain drop marks, but obviously not.

So what do you think are they. Please share your thoughts in the comment section.

This image was made by stitching 98 individual images which were captured by perseverance rover

Credits: NASA, JPL
Images source: mars.nasa.gov/mars2020/multimedia/raw-images

Music: Quiescent In Time - silvermansound.com

#mars #marsimages #perseverance

New HD Video of Mars Helicopter Ingenuity Spinning Its Rotor Blades

TerkRecoms - Tech TV 2021-04-15 | This is a High Definition (HD) video of Mars Ingenuity Helicopter unlock its rotor blades on sol 47 and then spinning them at 50 rpm on sol 48.

The video is made by compiling a series of video frames (images) captured by Mars Perseverance rover when the the helicopter was unlocking and spinning its blades.

Ingenuity is currently waiting for a software update.

Also at the end of the video, there is a lates image of Mars rocks captured by perseverance rover while waiting for the helicopter first test flight.

Credit: NASA, JPL

#mars #ingenuity #perseverancerover #marsimages

Blue Origin New Shepard NS-15 Launch Recap - Successful Landing

TerkRecoms - Tech TV 2021-04-14 | Jeff Bezos' Blue Origin has successfully launched and landed an uncrewed test flight of its New Shepard rocket-capsule combo, NS-15. This mission was a “verification step” for the rocket and capsule before flying people.

The New Shepard is a reusable rocket-capsule, designed to take customers and payloads on brief trips to suborbital space. The capsule is designed to carry up to six people.

The launch was conducted at Blue Origin’s facility in West Texas.

Both the booster and the capsule landed successfully.

Blue Origin NS-15 Launch - Testing Human Capable New Shepard Rocket

TerkRecoms - Tech TV 2021-04-14 | Watch as Jeff Bezos' Blue Origin test a human capable rocket - the New Shepard NS15

New Mars Images Showing Dust Devils Behind Ingenuity Helicopter

TerkRecoms - Tech TV 2021-04-14 | On Apr. 13, 2021, Martian day (Sol) 52 perseverance captured two dust devils blowing behind the Ingenuity. This is the second time Perseverance captures dust devils on Mars. Multiple dust devils have been captured by the Mars Curiosity Rover since 2012.

A dust devil is a small whirlwind or air vortex over land, visible as a column of dust and debris. Martian dust devils can reach heights of 5 miles (8 kilometers) — much taller than dust devils on Earth.

Martian dust devils are most active in mid-summer. Many of them form each afternoon throughout the spring and summer in northwestern Amazonis Planitia.

Dust devils are usually harmless, but sometimes (on rare occasions) can grow large enough to pose a threat to both people and properties.

Credit: NASA/JPL

#mars #dustdevils #ingenuityhelicopter

Mars Helicopter First Flight Delayed Due To Technical Issues

TerkRecoms - Tech TV 2021-04-10 | Ingenuity's first flight that was to occur on April 11 has been rescheduled to no earlier than April 14.

This is after NASA received Ingenuity's data of the high-speed spin test of the rotors on late Friday night.
The data showed the command sequence controlling the test ended early as “watchdog” timer expired.

The watchdog timer supervises the command sequence and give alerts on any potential problems.The problem occurred as the flight computer was trying to transition from ‘Pre-Flight’ to ‘Flight’ mode.

NASA is currently diagnosing the issue. They will later reschedule and re-run the full-speed test before the test flight.

Source: NASA

Video of Mars Helicopter Spinning Its Blades As It Prepares For Its First Flight

TerkRecoms - Tech TV 2021-04-09 | Mars Helicopter Ingenuity successfully performed a slow spin test of its blades on April 8, 2021. This video was made by combining 4 images that were captured by the Mastcam-Z on NASA’s Perseverance Mars rover. On April 11, It will do its first flight autonomously.

Perseverance as a communications base station for Ingenuity will receive instructions from Earth and transmit the commands to the helicopter for it to fly. It will take about 6 seconds to climb to 10 feet (3 meters), which is a maximum height for the first flight. And then it will go into a hover for about 30 seconds.

Meanwhile, perseverance will be taking imagery of the flight and it will send the pictures back to earth on April 12.

#mars #ingenuity #perseverance

Credit: NASA/JPL

How Perseverance Rover Took a Selfie on Mars

TerkRecoms - Tech TV 2021-04-08 | On April 7, Sol 46, perseverance took the first selfie on Mars with the Mars helicopter Ingenuity. This video explains how the rover did it. The rover used a camera mounted on its robotic arm to take 62 individual images to create one selfie. The camera's name is WATSON. The robotic arm positioned the camera at different angles to capture the images. In this video, you will see how the camera was being positioned. After the rover finished taking the images, it sent them back to Earth. When those images were stitched together with the help of photo editing software, they form a panorama selfie like what you see at the end of the video. The same technique was used by the Curiosity rover.

Source/Credit: NASA/JPL

#mars #perseverance #ingenuity

First Perseverances Selfie with Ingenuity Helicopter on Mars [4K Image]

TerkRecoms - Tech TV 2021-04-07 | On April 7, Sol 46, perseverance took the first selfie on Mars with the Mars helicopter Ingenuity. The rover sent pieces of over 50 images which when stitched together creates a panorama of a selfie.

Credit NASA, JPL

#mars #marsimages #perseverancerover

Curiosity Rovers Wheels Wearing Out - Wheel Damage Getting Worse

TerkRecoms - Tech TV 2021-04-06 | Mars Curiosity rover’s wheel damage is getting worse since the rover landed on Mars in August 2012. In 2017, NASA said the damage is occurring more rapidly than expected.

The wear and tear of the wheels are caused by the hard, embedded rock on Mars when the 1-ton robot drives on them.

The damage isn't identical from wheel to wheel. Much of the damage is occurring in the middle wheels, especially the rovers’ left middle wheel

So far the damage has not imperiled the rover's mission.

NASA has made the wheels of the Perseverance rover much stronger than these to avoid the rapid wearing problem

Credit: NASA/JPL

#curiosityrover, #mars #wheeldamange

8.5 Years Time-lapse of Curiosity Rover Driving & Drilling on Mars [Front Camera View]

TerkRecoms - Tech TV 2021-04-04 | An 8.5 years time-lapse video of Curiosity Rover Driving and Drilling on Mars and its location/position. From Martian Day (Sol) 16 to 3,071 (Aug 22, 2012 to March 27, 2021).

The video was made by using images and data provided by NASA.

Curiosity Rover is a car-sized Mars rover designed to explore the Gale crater on Mars in order to find out if the crater has ever offered favorable environmental conditions for microbial life, and perform planetary habitability studies in preparation for human exploration.

Curiosity was launched on November 26, 2011, from Cape Canaveral. Using a series of complicated landing maneuvers never before attempted, the rover landed on Mars on August 6, 2012, at Aeolis Palus, a plain between the northern wall of Gale crater and the northern foothills of Aeolis Mons.

The rover’s mission duration was supposed to be two years. But in December 2012, its mission was extended indefinitely.

The Curiosity rover is the most technologically advanced rover ever built before. It is equipped with 17 cameras and a robotic arm with a suite of specialized laboratory-like tools and instruments.

Credit: NASA/JPL

New Images of Mars Helicopter on Martian Soil - Ingenuity Touchdown [Sol 43]

TerkRecoms - Tech TV 2021-04-04 | On Sol 43 (April 4) Perseverance Rover sent new Images showing the Mars Helicopter finally on the Martian soil, confirming the touchdown.

This was after the rover finished charging it up to 100%.
Now NASA is waiting to see if the craft can survive surface temperatures down to -130ºF (-90ºC) on its own. The charge will help to power the helicopter heater so that it protects key components such as the battery and some of the sensitive electronics from harm at very cold temperatures.

The team will check the temperatures and the battery recharge performance over the next couple of days. If it all looks good, then it's onto the next steps: unlocking the rotor blades, and testing out all the motors and sensors.

Credit: NASA/JPL

New Mars Image Showing Perseverance Rovers Dropped Debris Shield & Belly Pan

TerkRecoms - Tech TV 2021-04-02 | This Panorama Image was taken by the Perseverance rover on Sol 38. It shows its current location where it is waiting to drop the Mars helicopter and where it dropped the helicopter debris shield and the ejectable belly pan a protective panel for its sampling system.

Credit NASA, JPL

Music: Slow Dissolve by purple-planet.com

#mars #marsimages #persverancerover

Mars helicopter Ingenuity First Flight Updates

TerkRecoms - Tech TV 2021-04-01 | Here are the new updates of the Mars Helicopter, Ingenuity, and things you should know before the maiden flight. Also, enjoy the latest images of Mars captured by the Perseverance rover on Sol 38

Credit: NASA/JPL

Mars Helicopter Unfolding Step by Step From Sol 30 to Sol 39

TerkRecoms - Tech TV 2021-03-31 | #Shorts
A short video showing the mars helicopter ingenuity unfolds itself under the Mars Perseverance Rover stage by stage. From Sol 30 when the rover dropped the helicopter debris shield to sol 39 when the helicopter fully unfolds itself waiting for the drop and first flight.

Credits: NASA, JPL

#marshelicopter #perseverance #ingenuity #helicopterdeployment

Mars Helicopter Ingenuity is Now Unfolded - Helicopter Deployment Images | Part 3 [Sol 39]

TerkRecoms - Tech TV 2021-03-31 | On March March 30, 2021 (Sol 39), Perseverance Rover sent new images of Mars helicopter, Ingenuity being all unfolded and being released the helicopter to an upright position. All of its four legs are now deployed, ready to touch down the Martian surface and prepare its self for its maiden flight.

Before touch down, the helicopter will disconnect its data and electrical cables from the rovers. The rover will then drive away from the helicopter letting it charge itself using its solar panels.

After that, the helicopter can start making its test flight on Mars. NASA plans to fly it not earlier than April 8 this year.

Credits: NASA, JPL

#marshelicopter #perseverance #ingenuity #helicopterdeployment

Mars Perseverance Rover Found a Meteorite - First Meteorite Encounter

TerkRecoms - Tech TV 2021-03-29 | On March 29, 2021 (Sol 37), NASA’s Perseverance Rover captured an image of a peculiar rock that appears to be a meteorite

The rover stumbled upon this rock while it is in the process of deploying the mars helicopter

It will examine the rock using a combination of a laser, a camera and spectrometers mounted at the end of its robotic arm

It captured this image using its Left Mastcam-Z camera

This is a raw image from the rover, not color-processed

The rock is quite different from others found in the same area

No official statement or confirmation was given by NASA at the time of making this video

If it turns out to be a meteorite, then it will be Perseverance’s first meteorite encounter.

Credit: NASA, JPL

Images of Mars helicopter being deployed

TerkRecoms - Tech TV 2021-03-29 | The 6 days/sols countdown for Mars helicopter (Ingenuity) deployment has started. Here are the images of Mars helicopter being deplyoed. The helicopter is now hanging from the Perseverance rover's belly.

The helicopter is now expected to be fully released and touch the Martian surface in 3 days or so.

Credits: NASA, JPL

New Mars Images From Perseverance Rover [in 4K]

TerkRecoms - Tech TV 2021-03-25 | Here are some new 4K images from Mars captured by Mars 2020 Perseverance Rover.
In these photos, you will see Mars' terrain captured from different angles on different days since the rover touched the Martian surface. You will also see the Perseverance rover dropping the helicopter's (Ingenuity) debris shield to prepare for the helicopter deployment as it moves to the helipad.

Credits: NASA, JPL
Music: Zen Garden by Shane Ivers - silvermansound.com

The First Images of Mars Helicopter (Ingenuity) on Mars

TerkRecoms - Tech TV 2021-03-21 | Here is the first look at Mars Helicopter, Ingenuity on Mars. The photo was taken by the Mars Perseverance on Mar. 21, 2021 (Sol 30) at the local mean solar time of 14:42:58.

The rover used its SHERLOC WATSON camera, located on the turret at the end of the rover's robotic arm.

Sound of Perseverance Rover on Mars and New 4K Images of Mars

TerkRecoms - Tech TV 2021-03-18 | This is how NASA's Perseverance Rover sounds when driving on the Martian rocks. Also, enjoy the new 4k images of the Martian surface taken by the rover.

Credits:
NASA, JPL

The History of Mars Rovers and Landers (#Shorts)

TerkRecoms - Tech TV 2021-03-06 | #Shorts
Check out the History of NASA's Mars Rovers and Landers.

Watch the full video (detailed): youtube.com/watch?v=Lqf01ahsqY8

SpaceXs Starship SN10 Successful Landing (After an Aborted Launch)

TerkRecoms - Tech TV 2021-03-04 | Watch how SpaceX Starship SN10 successfully landed after launch abort. The spacecraft exploded 10 minutes later due to methane leak. This video does not include explosion footage.

Source/Credits
SpaceX - youtu.be/ODY6JWzS8WU

Perseverance Rover and Other Spacecraft Currently on Mars

TerkRecoms - Tech TV 2021-02-23 | In this video, we are going to look at 10 Mars Rovers and Landers sent to Mars by NASA. From the 1975 first NASA's Mars Lander to the 2020 Perseverance Rover. We will talk about their missions and findings/discoveries, cost, and more.

1. Viking 1 Lander
The Viking 1 Lander was NASA’s first lander to successfully land on Mars. The lander was part of NASA’s Viking Project whose mission was to study the Red Planet and search for signs of life.

The lander was accompanied by a Mars orbiter. They were both launched in Viking 1 spacecraft aboard a Titan III-Centaur launch vehicle on August 20, 1975, from Cape Canaveral Air Force Station in Florida.

After an 11-month journey, the Viking 1 Lander landed on Mars on June 20, at Chryse Planitia - a smooth circular plain in the northern equatorial region of Mars.

2. Viking 2 Lander
The Viking 2 Lander was NASA’s second lander to successfully land on Mars. It was also part of NASA's Viking Project. It landed on Mars in September 1976 -- immediately after Viking 1.

Like its predecessor, the Viking 2 lander was accompanied by an orbiter. Both the lander and the orbiter were launched in Viking 2 spacecraft aboard a Titan III-Centaur launch vehicle on September 9, 1975, 20 days after Viking 1 was launched.

NASA estimates the cost for the entire Viking Project was about $7.1 billion when adjusted for inflation.

3. Sojourner
Sojourner was the first wheeled robotic Mars rover to land and operate on the red planet. Although the Soviet Union sent rovers to Mars in the 1970s, it was not able to operate them due to some malfunctions.

The Pathfinder spacecraft which consisted of the Sojourner rover inside a lander was launched on December 4, 1996, aboard a Delta II rocket. It landed on Mars on July 4, 1997, in Ares Vallis -- an outflow channel within the Chryse Planitia region.

The estimated costs for Sojourner and its lander were estimated to be USD $25 million and USD 150 million respectively.

4. Mars Polar Lander
The Mars Polar Lander, a.k.a the Mars Surveyor '98 Lander, was a robotic spacecraft lander designed to study the soil and climate of Planum Australe, the southern polar plain on Mars.

The lander was launched aboard a Delta II launch vehicle on January 3, 1999, from the Cape Canaveral Air Force Station.

The total cost of the Mars Polar Lander mission was US$165 million.

5. Spirit
Spirit was one of two robotic Mars Exploration Rovers launched in 2003 to explore Mars and search for signs of past life.

Spirit was launched aboard Delta 7925 launch vehicle on June 10, 2003, from Cape Canaveral. It successfully landed on Mars on January 4, 2004, within the impact crater Gusev.

6. Opportunity
Opportunity was the second robotic rover launched in 2003 after Spirit. It had the same mission as Spirit; to explore Mars and search for signs of past life.

Launched on July 7, 2003, Oppy landed on Mars on January 25, 2004, in Meridiani Planum three weeks after its twin Spirit.

Adjusted for inflation, both Opportunity and Spirit missions had an estimated life-cycle cost of USD 1.2 billion.

7. Phoenix
Phoenix was a robotic spacecraft sent to the surface of Mars to assess its local habitability and research the history of water.

The lander was launched on Aug 04, 2007, and landed on Mars on May 25, 2008.

The Phoenix mission cost was $386 million, including the cost of launch.

8. Curiosity
Curiosity is a car-sized Mars rover designed to explore the Gale crater on Mars in order to find out if the crater has ever offered favorable environmental conditions for microbial life, and perform planetary habitability studies in preparation for human exploration.

Adjusted for inflation the estimated life-cycle cost for curiosity is USD 3.2 billion.

9. InSight
InSight is NASA’s robotic lander designed to study the deep interior of the planet Mars. Its goals are to understand formation and evaluation on Mars and to determine the level of tectonic activity on Mars.

According to NASA, InSight’s cost only 828.8 million USD.

10. Perseverance
Perseverance is an SUV-sized Mars robotic rover designed to look for signs of past microbial life, collect rock and soil samples, and prepare for future human exploration.

With an estimated cost of USD 2.9 billion, Perseverance is NASA's sixth-most expensive robotic planetary mission when Adjusted for inflation.

Chapters
00:00 Intro
00:32 Viking 1 Lander
01:53 Viking 2 Lander
03:23 Sojourner
04:56 Mars Polar Lander
06:21 Spirit
07:44 Opportunity
09:29 Phoenix
10:42 Curiosity
12:35 InSight
14:16 Perseverance
16:09 Outro

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12 New Advanced Home Robots - Smart Personal Robots For Your Home

TerkRecoms - Tech TV 2021-02-12 | These are the most advanced intelligent home robots that can help your daily house tasks, keep you company and take care of you and your loved ones. The list includes robots that are manufactured by big-name companies such as Samsung, BostonDynamics, Sony, UBTech, and others.

Jet Bot 90 AI+
Jet Bot 90 AI+ is Samsung's new AI-powered JetBot 90 A.I.+ that can make your living place neat and clean. With its 3D sensors and enhanced object recognition, it can navigate your home just like you.

Moley Robotic Kitchen
Moley Robotic Kitchen is a fully autonomous kitchen unit with robotic arms and hands that can cook. It can also tell you ingredients need replacing, suggest dishes based on the items you have in stock, learn what you like, and even clean up its surfaces.

Bot Care
Bot care is a health robot with AI technology to take care of little details in your life like monitoring blood pressure, heart rate, respiration, and sleeping state 24/7.

Spot
Manufactured by Boston Dynamics, Spot is a rugged customizable quadruped robot that can walk around your home, office, or outdoors. Although Spot is now not available for home uses, BostonDynamics has envisioned it taking care of seniors and the disabled, and helping the general public in the home with everyday tasks.

S5 PTZ Security Robot
S5 PTZ is a Security Robot with a CCTV system designed for open spaces. In case of any suspicious movements, S5 has the capability of following the target and warning the owners through a security alarm.

Temi
Temi is an intelligent, mobile, personal home robot with Alexa. You can ask Temi for recipes you need, play music of your choice, she can also become your book reader or Yoga partner.

Bot Handy
Bot Handy is Samsung's domestic robot that can help you whenever you need to pick up laundry, fill the dishwasher, clean the table, pour wine for you, and so much more.

Foldimate
Foldimate is a clothe folding robot. It can help you fold a full laundry load in less time than it takes to brew a cup of coffee!

Moflin
This is Moflin, a cute AI pet with emotions, that is made for anyone who needs comfort and healing from a loving pet. Closest to a natural animal, Moflin has all the emotional capabilities and ability to learn to love you just like a true pet.

Worx
Work is an autonomous customizable robot mower that can help you with maintaining your lawn.

Walker
Manufactured by UBTECH Robotics—a global AI and humanoid robotics company, Walker is an agile smart service robot—an intelligent, bipedal humanoid robot, with a torso, arms, hands, and head, designed to one day be an important part of your family or even your lifelong companion.

Aibo
Aibo is a personal autonomous entertainment robot dog for your home which can grow as it is showered with love as a member of the family.

Top 10 Best Electric Trucks and Hydrogen Trucks With Advanced Technologies (Alternative Fuel Trucks)

TerkRecoms - Tech TV 2020-12-12 | A list of amazing advanced alternative fuel heavy duty trucks equipped with advanced technologies. This list includes Autonomous, Electric & Hydrogen Trucks.

Einride's Pod
Einride called the Pod an environmentally and health-friendly alternative to diesel-powered trucks. It has been designed and developed for SAE Level 4 self-driving. Equipped with cameras, lidars, and radars, it has 360-degree awareness of its surroundings, removing the need for a driver and resulting in no blind spots.

Volvo Vera
Volvo Trucks, the manufacturing arm of Volvo Group, has developed a self-driving, battery-electric, tractor-like unit it calls Vera. Vera is low and sleek, has no space for a driver, and hooks up to a trailer using a fifth wheel and a kingpin. It is intended to pull freight in ports, factory areas, and large logistics centers where high volume loads are highly repetitive and cover short distances — but additional uses are possible.

Scania AXL
Scania AXL was designed to work in mines and construction sites. That offers the advantage of a much more controlled environment, away from the chaos of public roads. The Scania AXL is steered and monitored by an intelligent control environment where, in mines, the autonomous operations are facilitated by a logistics system that tells the vehicle how it should perform. The front module of the machine is equipped with cameras, radar, LiDAR, and GPS receivers to generate a common view of the vehicle’s immediate surroundings.

Mercedes-Benz GenH2
Mercedes' parent company, Daimler unveiled an all-new Mercedes-Benz GenH2 hydrogen fuel-cell concept truck, which is envisioned for flexible and demanding long-haul transport. It uses hydrogen to create electricity via a fuel-cell stack, which then powers an electric drive system. Designed to have capabilities similar to the Actros long-haul truck, the GenH2 concept has a gross vehicle weight of 40 tons and a payload capacity of 25 tons.

Hyundai HDC-6 NEPTUNE
Hyundai debuted the HDC-6 Neptune concept at the 2019 North American Commercial Vehicle Show. The HDC-6 Neptune Concept Class 8 heavy-duty truck was inspired by the Streamliner train with an Art Deco industrial design.
It comes equipped with hydrogen fuel cells - a perfect fit for heavy-duty trucks and long driving distances due to higher drive range, higher payload, less refueling time, and ultimately lower costs.

Nikola Two
The Nikola Two is a class 8 hydrogen-electric truck with up to 1,000 horsepower and 2,000 foot-pounds or 2,700 newton-meter [Torque: 2000 ft. lb (2,700 Nm)] of torque – nearly double the horsepower of any semi-truck on the road. The Nikola Two has a range of 500 to 750 miles or 800 to 1,200 km [Range: 500 - 750 miles (800 - 1,200 km)] and zero tailpipe emissions. The design of the truck and its expected range make it suited for daily deliveries in a single geographic area.

Walmart Advanced Vehicle Experience
Walmart Advanced Vehicle Experience or WAVE is the wild-looking turbine-hybrid semi-truck. Developed with the help of Peterbilt and Capstone Turbine, the WAVE looks positively bad-ass and almost alien, with its tapered nose, angry bird headlamps, and black front “mask” that encompasses the floor-to-ceiling windshield and the sunroof.

ETF Mining Trucks
The Slovenian truck company ETF Mining has built the world’s largest mining truck with a load capacity of 760 tons, built on an innovative, modular scheme. The modular designed vehicles feature components that can be removed from the vehicle for maintenance and repairs without bringing the entire truck to the shop. Wheels, batteries, and the cabin can be switched out in 15 minutes and entire axle groups can be changed in 25 minutes.

Tesla Semi
Tesla Semi is a heavy-duty all-electric semi-truck developed by Tesla - an American electric vehicle and clean energy company.

The company initially announced that the truck would have a 500 miles range [Range 500 miles (400km)] on a full charge and with its new batteries it would be able to run for 400 miles after an 80% charge in 30 minutes using a solar-powered "Tesla Mega Charger" charging station. Tesla CEO Elon Musk said that the Semi would come standard with Tesla Autopilot that allows semi-autonomous driving on highways.

10 Cool Watercraft Inventions You Must See - [Cool Boats, Jet Bikes & Ships]

TerkRecoms - Tech TV 2020-11-20 | In this video, we are going to share with you some amazing watercraft inventions that you might need to know about. These include some cool yachts, flying Jet Bikes, boats, ships, and other water vehicle inventions.

Jet Capsule
Priced at USD 285,000, the Jet Capsule is a fancy futuristic customizable and luxurious yacht that one can use to spend some quality time on the waters without worrying about their safety.
The yacht is small enough to minimize high port charges but spacious enough to carry a group of friends in comfort.

Kormaran K7
The Kormaran K7 is a uniquely shaped luxurious speed boat that can change its shape at a push of a button while riding on the seas. It can change to a catamaran, trimaran, monohull, or even a hydrofoil, thanks to its electronically activated hydraulic-arms.
Powered by a 493 horsepower triple-jet-drive engine, the Kormaran can reach a top speed of 45 mph or 70 km/h, traveling up to 124 miles or 200 km.

Seabubbles
The Seabubbles is an innovative electric flying boat designed as a way of reducing traffic congestion in cities and helping the environment by using waterways instead of roads to move people around the cities.
The vessel was Originally envisioned as a water taxi on the Seine in France, but that idea has now been scrapped and replaced with a focus on selling to private customers.

Oceanbird
The Oceanbird is a uniquely built wind-powered cargo vessel that is designed and made with environmental conservation in mind.
This water vessel entirely depends on the wind on the oceans to generate the power it uses to cross the ocean.

Seabreacher
The Seabreacher is a two-seater semi-submersible personal watercraft that can operate more like an aircraft with a full three-axis of control – pitch, roll, and yaw.
The Seabreacher starts at USD 80,000, the price goes up depending on the model and the number of options that a customer chooses. The company offers an extensive list of options, but any specially requested options can also be considered.

WaveFlyer
WaveFlyer is an electric watercraft that is made by Electro Nautic in partnership with the University of Western Australia. It is a quiet watercraft that was designed with hydrofoil propulsion technology.
If you are a fan of quiet electric jet skis, this is one of those options you should consider.
Billed as the world's first electric hydrofoil jetski, the WaveFlyer is an eco-friendly watercraft that is 100% electric powered by lithium-ion batteries.

Vanqraft VQ16
Vanqraft VQ16 is a luxury boat which is a Water Scooter-superyacht Combo designed with speed and safety in mind – so you will get the benefit of riding at relatively fast speeds while having fun.

The Mayflower
The Mayflower is an autonomous ship that is designed to stay at the sea for several days collecting some critical data about the ocean. It is a solar-powered ship that is an initiative of marine research organization Promare, supported by IBM and a global consortium of partners.

Quadrofoil
Quadrofoil is a two-seater revolutionary all-electric hydrofoil watercraft designed with a rare form factor compared to other watercraft on the market.
Since the Quadrofoil relies on 100% electrical energy, it can be used in eco-friendly zones where other watercraft are not allowed.

Flyride
The Flyride is a water jet bike that was designed to suit both beginner and experienced riders.
Manufactured by Zapata - a manufacturer of nautical and aéronautical machines, this USD 9,285 fun water vehicle is one of the most advanced flying water bikes on the market at the moment, thanks to the computer-aided flight control and gyro stabilization technology that is used in its design.

Timestamps
00:00 Introduction
00:10 Jet Capsule
01:11 Kormaran K7
02:24 Seabubbles
03:26 Oceanbird
04:30 Seabreacher
05:38 WaveFlyer
06:33 Vanqraft VQ16
07:38 The Mayflower
08:47 Quadrofoil
09:38 Flyride