First Hydrogen Corp. reveals new images outlining the vision for its Generation II concept vehicle, which will be available with either fuel cell electric or battery electric drive trains. The latest sketches show the design process that the Company is undertaking with global mobility experts EDAG Group.

The images show the vehicle's overall form in greater detail and indicate some of the van's technical assets. As well as the vertical taillights and branded daytime running lights, which were revealed earlier this year, the new illustrations exhibit an aerodynamic fuselage. They also show muscular and dynamic fenders and a large front grill, which is both functional and stylish. Incorporating First Hydrogen branding, the grill provides the necessary ventilation for the vehicle's front located fuel cell.

The Generation II concepts are being developed while First Hydrogen trials its Generation I fuel cell electric vehicles (FCEV). Launched last year, the Generation I vehicles are currently undergoing mileage accumulation and evaluation before entering trials with major fleet operators in the UK. The road trials for Generation I are managed in conjunction with the UK Aggregated Hydrogen Freight Consortium (AHFC). Members cover a variety of sectors including grocery, roadside assistance, utilities, construction and express delivery and trial participants will use First Hydrogen's demonstrator vehicles alongside their existing fleets to evaluate the benefits of different vehicle technologies. Data and feedback gained during these trials will influence the design and engineering of the Company's future vehicles to ensure designs meet customer needs.

The global light commercial vehicle market is projected to reach USD 751.86 billion by 2030, increasing at a compound annual growth rate of 5.1% during the forecast period (2022-2030). Further growth is expected as industries strive to meet zero emission targets and governments incentivise switching to zero emission mobility and invest in better infrastructure. First Hydrogen is targeting the commercial van market and light commercial vehicle sector to support fleet operators to move away from fossil fuels and invest in zero emission transport.

Steve Gill, CEO of Automotive for First Hydrogen, says: "We are delighted to present a first look at the new concept vehicle and are proud of its clean, functional, and modern design. The aerodynamic design and overall proportions have been shaped to consider operations on highways and in urban environments. We have taken a particular focus on the lighting, ensuring high visibility for drivers and other road users, – this is especially important for use by delivery, utilities, and roadside assistance companies – but also make the vehicles instantly recognisable as First Hydrogen."

Bernat Costa, Design Director at EDAG Spain, comments: "We have taken great care to reflect the modern and clean energy values First Hydrogen represents in the vehicle design. The pure and minimalist design meets functional needs and accommodates the technical requirements of hydrogen propulsion. We have also created a design suited to modular builds, providing operational flexibility through a range of sizes and potential bespoke elements."

First Hydrogen Corp. is a Vancouver and London UK-based company focused on zero-emission vehicles, green hydrogen production and distribution and supercritical carbon dioxide extractor systems. The Company is designing and building hydrogen-fuel-cell-powered light commercial demonstrator vehicles ("LCV") under two agreements with AVL Powertrain and Ballard Power Systems Inc. The LCV will have a range of 500+ kilometres. At the same time, the Company has launched its bespoke vehicle design phase which will develop its fleet of proprietary zero-emission vehicles. First Hydrogen is also developing refueling capability working with FEV Consulting GmbH, the automotive consultancy of FEV Group of Aachen Germany. As well, the Company is pursuing opportunities in green hydrogen production and distribution in the UK, EU and North America.

What is a flying car? This question has intrigued science fiction fans and technophiles alike for decades- but now it's a reality. Undoubtedly, flying cars are the future of personal transportation, combining the convenience of cars with the freedom of flight. A flying car is an aerial vehicle that is designed to take off and land vertically- it can be a form of personal transportation. It is a vehicle that is propelled through the air by either a turbine engine or electric motors, with the ability to take off and land vertically, like a helicopter.

The concept of the flying car is actually nothing new. The idea has been around for quite some time. In the early 1900s, a French pilot named Clément Ader created the world’s first flying car, the Avion III. Although this vehicle was not successful in achieving sustained flight, it showed that the concept was possible. In the following decades, different types of flying cars were developed and tested, but none of them was successful in achieving sustained flight. One of the biggest challenges with the development of flying cars is the fact that they require a lot of energy to keep them in the air. This is why most modern flying cars are powered by electric motors or jet engines.

Another first known attempt to build a flying car took place in the early 1900s. It was called the Waldo Special and was created by a Canadian inventor named Waldo Waterman. Unfortunately, the project was never completed due to a lack of funding.

Excitingly, with the 21st-century advances in technology and engineering, the dream of having a flying car is finally becoming a reality. Despite the technological challenges, the concept of a flying car is alive and well.

In recent years, several companies have begun developing and testing flying cars, with some of these companies even achieving their goal of sustained flight. Modern flying cars come in many shapes and sizes. Some are designed to look like traditional cars, while others have a more futuristic design. They are powered by either a hybrid engine or an electric motor, and some have vertical take-off capabilities. The flying car is still in its infancy; it's not yet available to the public. However, companies such as Aeromobil, Terrafugia, and PAL-V are currently developing prototypes. The prototypes are being tested and further developed to ensure they are safe and reliable.

Most likely, flying cars will be available to the public in the near future. Such cars will-likely- revolutionize the way we travel and make commuting much more efficient. Imagine being able to fly to your destination in a matter of minutes! This could significantly reduce traffic congestion and pollution. Yes, the flying car is an exciting development that is sure to make a big impact on the way we travel. It is a great example of how technology can make our lives easier.

Although flying cars are still in their early stages of development, they have the potential to revolutionize the way we travel. The first flying car was developed by the Moller International company in 2018; it is currently undergoing testing. The car is powered by four electric motors and is capable of taking off and landing vertically. It has a maximum speed of 80 mph and can reach altitudes of up to 10,000 feet. The vehicle is also equipped with an autopilot system that can be used to safely navigate the skies.

The flying car is just one example of the incredible advancements in the world of personal transportation. Many companies, such as Uber and Lyft, are exploring the potential of using flying cars to expand their services. This could revolutionize travel, allowing people to get where they want- quickly and safely, all while enjoying the freedom of flight. The future of flying cars looks very bright, and many are hopeful that they will soon become a viable form of personal transportation. Indeed, flying cars could revolutionize the way we travel, giving us the freedom to explore the skies in a whole new way. For now, however, the technology is still in its early stages, and only time will tell what the future holds for this exciting invention.

So, have you ever dreamed of flying cars? If so, you are not alone. The idea of flying cars has been around for almost a century and has been the subject of numerous sci-fi stories, movies, and TV shows. The idea of a flying car has also been discussed in the news, as well as in research and development circles. There are different types of flying cars, ranging from those that are powered by conventional aircraft engines, to those powered by electric motors, to those powered by jet engines. In addition, some flying cars are designed to be operated remotely, while others are designed to be operated by a pilot inside the vehicle.

Will flying cars become a mainstream form of transportation or remain a niche form of transportation? It remains to be seen. But one thing is for sure - flying cars will certainly be a fascinating and revolutionary form of transportation.

JetRacer (in the photo) is the latest invention of Franky Zapata and his team. Mixing the design of a drone with a racing car, this flying vertical take-off and landing machine is the fastest one created by the company.

On January 5th, Yadea, the world's leading electric two-wheeler brand, made its debut at the Consumer Electronics Show (CES) in Las Vegas, Nevada, unveiling a range of new products and technologies in its 2023 product launch. As well as being the debut appearance for Yadea at CES, the product launch at the world's biggest tech event saw the US debut of the all-new high-speed straddle electric motorcycle series Yadea Keeness VFD and the high-speed pedal electric motorcycle Yadea E150.

The Keeness VFD model is equipped with a 10KW mid-mounted high-performance motor and features a maximum speed of 100km/h, and an acceleration from 0-50km/h in just 4 seconds. The battery utilizes automotive-grade ternary lithium technology and is equipped with an intelligent energy recovery electronic control system, which enhances power and extends the battery life of high-speed electric motorcycles. Also on show, the Yadea E150, a high-performance electric scooter that boasts a peak power of 5KW, a peak torque of 160Nm, and a top speed of 80km/h. Showcased throughout the exhibition, the Yadea E150 also features Yadea's innovative super-fast charging technology, meaning the motorcycle can be charged up to 80% full power in just 20 minutes.

Yadea also introduced its series of ebike models equipped with high-performance motors featuring a five-year warranty. The company has been in the ebike market for six years and has developed mature smart sensor motor technology, offering a smooth and powerful gear-shifting experience for riders. The Yadea Innovator, one of the models released at CES, is the company's first AI-powered electric folding bike and won the 2022 American Outstanding Industrial Design (IDEA) Award. The Trooper 01 model features a dual motor drive and rear hub motor technology with a peak power of 1000W and 750W, while the Camper model, set to be released in March, will also be equipped with the same motor.

Yadea is focused on establishing a complete ecosystem for electric vehicles and providing a range of products and services for American consumers as part of the company's strategic layout for the US market. Data shows strong growth in the electric bike market in the US, with e-bike sales seeing an increase of over 300% in the first quarter of 2022 and 4.8 million units projected to be sold by 2025. Yadea is well-positioned to take advantage of this growth, with a strong global presence and a mature product development resulting from significant investment in research and development. In the US, the company plans to distribute high-quality products through various channels, including retail stores, online sales, and exhibitions. It also plans to open flagship stores in San Francisco and Los Angeles and 100 Integrated brand dealer stores in the first half of 2023. In addition, Yadea will enter large-scale stores across the US, launch an online ebike independent website, and offer professional maintenance outlets and door-to-door services for after-sales support.

In addition to product launches, CES attendees had the opportunity to experience and interact with Yadea's products and technologies through various on-site activities. These interactive experiences were well received by attendees, who were impressed with the high level of innovation and functionality in Yadea's products. The product launch also received media coverage in the US, with several journalists and technology reporters conducting on site interviews.

Yadea is accelerating its globalization strategy with milestones in R&D, manufacturing, marketing, and branding. The brand is dedicated to providing innovative and high-quality electric vehicle products and technologies that enhance people's daily lives, aligning with its brand mission of "Electrify Your Life." Yadea's participation in the exhibition served as a strong opportunity for the brand, positioning it as a leader in the electric vehicle industry and reinforcing its dedication to globalization and green solutions.

Yadea is a global leader in developing and manufacturing electric two-wheel vehicles, including electric motorcycles, electric mopeds, electric bicycles and electric kick scooters. To date, Yadea has sold products to 60 million users in over 100 countries and regions and has a network of 40,000+ retailers worldwide. With a mission to help people "Electrify Your Life", Yadea continues to invest in R&D, production and global expansion to build a shared and sustainable future for mankind.

Drivers Jason and Jordan Frecka from Triple F Collection—a private family-owned collection of supercars based in central Ohio—were invited to the Circuit of Americas in Austin, Texas, for a preview of McLaren's latest Ultimate Series track car: the Solus GT.

The Triple F team participated with some of the brand's top production models before strapping in to put the prototype Solus through its paces. A video showcasing Triple F's experience in Austin—complete with on-track footage of the unreleased supercar—is available on the collection's official YouTube channel at youtube.com/@TheTripleFCollection.

The Solus GT is a limited-production track-only mid-engine sports car produced by famed British auto manufacturer McLaren. Designed as an "extreme expression of track driving engagement," production of the exclusive model will be limited to 25 units. With its single-seat, closed central cockpit and extreme sport tuning, this race-ready automobile is designed to bring the Formula 1 experience to private enthusiasts.

Triple F's experience with the Solus is part of the manufacturer's "Pure McLaren" event series, which allows select drivers to discover the vehicle's true potential on a track setting.

Scheduled on some of the world's finest circuits, these events give drivers access to McLaren's team of expert coaches and some of the rarest vehicles on the planet for an unforgettable experience. Triple F's video takes viewers along for this once-in-a-lifetime outing that is essential viewing for fans of supercars and professional racing.

"Driving the Solus GT is like nothing we have experienced with hyper cars or track cars," says Jason Frecka. "Our relationship with McLaren continues to grow and we're excited to be in a select group of clients to be offered bespoke commission projects like the Solus GT."

The Triple F Collection is a family-owned private collection of supercars and hypercars based in Delaware, Ohio. Through its YouTube channel, the collection highlights the experience of daily-driven ownership of some of the world's most exotic vehicles.

An extreme McLaren design concept born in the virtual racing world.Now made real. And ultra-rare. There will only ever be 25 Solus GTs. Rendered possible through McLaren's position at the apex of motorsport, supercar and hypercar development – this is a pure expression of track driving focus and engagement. A single seater. With central closed cockpit and jet aircraft-style canopy. A ground-up design set free from the compromises of road and race regulations. The unique monocoque houses a naturally aspirated 5.2 litre V10 engine that revs beyond 10,000rpm and generates more than 840PS. In a ruthlessly pared down machine that weighs less than 1,000kg and generates 1,200kg of downforce. It's as close to the experience and feel of driving a Formula 1 car as you can get.