This Faraday Future semi-truck concept makes autonomous vehicles more responsible, communicative, and modular.





Designed and visualized by Daniel Pokorný (with the video above by Darek Zahálka), the Faraday Future semi-truck presents a pretty novel direction for autonomous vehicles in general. The semi-truck comes with a set of hardware as well as AI upgrades that allow it to be a force to reckon with. Powered by artificial intelligence, the trucks have level-5 autonomy, requiring no humans to drive/control/regulate the vehicle when it’s on the roads. However, in Pokorný’s world, the vehicle isn’t just smart enough to drive on its own, it’s smart enough to communicate with people/vehicles on the road too.

Perhaps the most eye-catching part of the Faraday Future semi-truck is its front panel which features a dynamic display that lights up either with Faraday Future’s logo, or can transform into signs, PSAs, advertisements. The front panel also allows the semi-truck to communicate with people around it, letting them know of the truck’s intentions, whether it’s slowing down, making a turn, etc.

That versatile display on the front really gives the Faraday Future semi a wide range of capabilities, that are further enabled by the truck’s ability to operate autonomously. Capable of doing much more than just lifting and transporting cargo, the truck can help aid the city’s public utilities by rerouting traffic, displaying messages, traveling to specific locations with special cargo (like an ambulance or a fire-truck), and providing services for private companies like logistics as well as advertising.

The truck’s AI works as a hive-mind too, allowing multiple trucks to cooperate together for better efficiency. While this ability easily allows multiple trucks to communicate with and work alongside each other on a container yard or a loading bay, it also allows trucks to collaborate by forming a chain-link of multiple trucks, with one truck leading the way and the others behind following like carriages. A pretty unique feature for autonomous vehicles, it gives the vehicles modularity, allowing them to effectively expand their storage, just by lining up additional trucks behind one other. It also helps dramatically reduce drag, allowing subsequent trucks to travel with much lower energy consumption, making transportation of cargo much more energy efficient.

Needless to say, Pokorný’s views on transportation and autonomy are pretty interesting. Rather than having a vehicle that’s a one-trick pony, Pokorný leverages the power of AI to give one truck a versatile set of use-cases… beyond just transporting goods. While the Faraday Future semi-truck is currently just a fan-made concept, it does present an extremely interesting and diverse future for cities, citizens, businesses, and for the automotive industry!

Designer: Daniel Pokorný

The Mini CarSharing concept shows how transportation must evolve along with ever-changing cities

The Mini Cooper is ostensibly a proud, Brit-made car designed for the cities… but as cities grow larger, and a growing population adds more pressure on resources, roads, and other infrastructure, transportation needs to evolve. Daniel Pokorný’s Mini City CarSharing concept shows how the tiny humble hatchback can evolve to become an icon of urban commuting.

The goal was to create a fully electric vehicle ideal for car-sharing fleets that could be easily cleaned after every use. The design integrates Mini’s values, combining a minimalist and practical interior with an exterior that highlights contemporary automotive design. Outwardly, it’s unmistakably a Mini. Aside from the fact that the Mini logo is emblazoned across the front, the car boasts of Mini-esque proportions, the signature round headlights, and a design that’s both comfortable yet compact.

The compact car sports large windows to make up for its small size, these quirky proportions lend to the car’s ‘cute’ demeanor, while also providing a nice view to the passengers on the inside. The CarSharing concept comes with an incredibly short bonnet, characterized further by a large air-intake beneath it. Daniel calls this a cognitive element that communicates the electrified nature of the car. With a minimal front overhang, the car’s front is finally made complete with two ring-shaped headlights divided by thin LED stripes, and the Mini logo.

The two-seater hatchback comes with ample boot space for luggage, making it perfect for long commutes or even journeys to and from the airport/station. The rear hatch opens up in two parts, quite like the Mini Rocketman Concept from a decade ago, giving you easy access to the back to add or remove heavy bags. The top even comes with a fin that reads ShareNow, making the car instantly identifiable from a distance… and the roof boasts a transparent design, supported by pillars that resemble the Union Jack, once again hinting at the car’s British origins.

The car’s dashboard is incredibly minimal, with a two-spoke steering wheel, a small digital instrument cluster, and a smartphone dock attached to it. The car immediately recognizes the user based on the smartphone, working almost like an authentication device that then allows the car to customize its settings according to your preferences. Additionally, since the vehicle’s more suited for constant use (given its ride-sharing nature), it features a removable/replaceable battery, so the car doesn’t need any off-time for charging.

Designer: Daniel Pokorný

This tree branch inspired bike pump magnetically snaps onto your bike

Advancements in materials and manufacturing methods have led to bicycles carrying a sleek and aerodynamic form that slices through the air as they race down the roads, whilst being incomprehensibly lightweight. There is nothing more frustrating than being interrupted by a puncture… apart from having to carry around a bulky, under-designed bike pump that contrasts against the graceful form of the bike! This is where BRANCH comes in, as it aims to be a carefully considered and elegant solution to this problem!

BRANCH has removed the need for the unsightly mounting brackets by relying on an unobtrusive ‘click-clack’ system that’s paired with two magnets, to securely hold the device to the bike frame. The use of this system results in a beautifully simple and fuss-free attachment method that, at first glance, creates a rather surreal spectacle. The sleek and simple form of the pump is free from detailing and material changes, to allow for it to compliment the smooth form of the bicycle frame.

Designers: Prokop Strnka & Daniel Pokorný