When Tobias Wagner, known online as Elektrotrucker, decided to quit his job in late 2024 to make videos about electric trucks, many people probably thought he was taking a huge risk. But after driving across Europe in freezing Finland and scorching Gibraltar, he discovered something surprising. Electric heavy-duty trucks were not just barely capable. They were actually outperforming diesel rigs in many ways. Now he is taking the biggest gamble of all. This journey will cover 38 countries and roughly 40,000 kilometers, or about 25,000 miles. The goal is simple. Show the world that electric trucks are ready for the long haul, no matter where the road leads.
The Man Behind the Wheel: From Office Job to Electric Truck Evangelist
Tobias Wagner did not start his career as a truck driver or an automotive engineer. He had a regular job before he decided to change his life completely. In late 2024, he launched his YouTube channel, Elektrotrucker, with a mission. He wanted to document the real-world experience of driving an electric heavy-duty truck across Europe. At first, he expected to find major limitations. He thought the charging infrastructure would be a nightmare and that the truck would struggle on long routes. Instead, he found the opposite.
After countless trips through 22 different countries, Wagner realized that electric trucks work seamlessly in long-distance transport. The challenges he anticipated simply did not exist at the scale he expected. His channel shifted from documenting problems to celebrating solutions. He became a kind of evangelist for electric trucking. Now, with this electric semi world tour, he wants to prove that the technology works on every continent, not just on Europe’s well-maintained highways.
Why This Journey Matters More Than a Typical Road Trip
This is not just a stunt for views or a sponsored vacation. Wagner is attempting something that has never been done before. No one has ever driven a heavy-duty electric truck around the entire circumference of the Earth. The closest comparison comes from Rafael de Mestre, who drove a Tesla Roadster around the world back in 2012. That was an impressive feat, but a Roadster is a lightweight sports car. An electric semi truck weighs many tons and carries a massive 621 kWh battery pack. The logistics of charging such a vehicle in remote areas of West Africa or Central Asia are entirely different from plugging in a passenger car at a hotel.
Chris and Julie Ramsey drove a Nissan Ariya from the North Pole to the South Pole, which was another incredible achievement. But again, that was an SUV, not a Class 8 truck. Wagner’s journey represents a new frontier for heavy transport. If he succeeds, it will send a powerful message to logistics companies, governments, and skeptics everywhere. Electric trucks are not just for short delivery routes in cities. They can cross deserts, jungles, and mountain passes.
The Custom Mercedes-Benz eActros 600: A Truck Built for the Extreme
Mercedes-Benz provided Wagner with the eActros 600, which is already a remarkable machine straight off the production line. The truck features a 621 kWh battery, giving it a range of about 500 kilometers, or roughly 310 miles, under normal conditions. That range is enough for most regional hauling jobs in Europe. But for a trip around the world, Wagner needed more than just battery capacity. He needed a vehicle that could survive rough roads, extreme weather, and unpredictable charging situations.
Critical Modifications for a Global Expedition
Mercedes made several custom changes to the truck before handing it over. First, they added additional headlights. Driving through rural areas in West Africa or the mountains of South America means dealing with roads that have no streetlights at all. Good lighting is not a luxury. It is a safety necessity. The truck also received a spare wheel carrier and single tires instead of the usual dual rear wheels. Single tires reduce rolling resistance and make it easier to find replacements in remote locations.
Perhaps the most important modification is the integrated mobile charging unit. Wagner carries an Alpitronic HYC50, which is a 50 kW DC fast charger. This device allows him to plug into any standard AC electrical outlet and convert that power into the 800V DC system that the eActros 600 requires. Without this unit, charging would be nearly impossible in places without dedicated truck charging stations. A standard household outlet would take over a week to fully charge the 621 kWh battery. With the mobile unit, Wagner can use industrial outlets, campground hookups, or even generators to get a meaningful charge in a few hours.
The Living Quarters: A Motorhome on the Back
The bigger modification is the living space built onto the back of the truck. Bliss Mobil, a company that specializes in building expedition vehicle bodies, is constructing a motorhome-style unit for Wagner. This is not just a simple camper shell. It is a fully integrated living area that will serve as his home for nine months. The unit will include sleeping quarters, a kitchen, storage for supplies, and space for his travel companion. That companion is his dog, Krümelix, whose name means “crumbs” in German. Wagner jokingly calls Krümelix his “charging station nose,” because the dog is always sniffing around for new places to stop.
The truck also features a full passenger seat instead of the uncomfortable jumpseats typically found in heavy-duty vehicles. This means Wagner can invite guests to join him for parts of the journey. He plans to document the entire experience and share it on his YouTube channel, giving viewers a firsthand look at what it takes to complete an electric semi world tour.
The Route: 38 Countries, 40,000 Kilometers, and 80 Charges
The trip is being marketed under the clever slogan “Around the World in 80 Charges.” This is a direct reference to Jules Verne’s classic novel, Around the World in Eighty Days. But instead of traveling by ship and train, Wagner will rely on electric power. The math behind the slogan is simple. The total distance is about 40,000 kilometers, and the truck’s range is about 500 kilometers per charge. That means he will need roughly 80 full charging stops to complete the journey.
Of course, real-world driving is never that neat. Terrain, weather, payload, and driving speed all affect range. Some charging stops will happen more frequently, while others will allow him to go farther. The mobile 50 kW charger means he can top up at any location with a suitable power source, from a remote farm in the Andes to a roadside diner in Kazakhstan.
Breaking Down the Continental Segments
Wagner will start his journey in Germany during the autumn. From there, he will cross Europe and head into West Africa. This segment is likely one of the most challenging. Charging infrastructure in many African nations is sparse, and road conditions can be extremely rough. After Africa, he will ship the truck across the Atlantic to South America. He plans to travel through Central America and then up into North America. From there, he will cross into Southeast Asia and Central Asia before looping back through Europe to finish where he started.
Each continent presents unique obstacles. In West Africa, he will need to negotiate dirt roads, tropical heat, and limited access to high-power charging. In South America, the Andes mountains will test the truck’s climbing ability and battery thermal management. In Central Asia, remote stretches of highway may have few services for hundreds of kilometers. The mobile charger and the truck’s massive battery give him a buffer, but careful planning is essential.
Addressing the Biggest Challenges of an Electric Semi World Tour
Driving an electric truck around the world sounds exciting, but it comes with real problems that most people never consider. The first and most obvious issue is charging speed. Even with the mobile 50 kW charger, a full charge takes several hours. Compare that to a diesel truck, which can refuel in 15 minutes and drive another 1,000 kilometers. Wagner will spend a significant portion of his trip waiting for the battery to fill up. He plans to use that time productively by sleeping, editing videos, or exploring the local area.
Another challenge is finding compatible charging stations. The eActros 600 uses an 800V DC system, which is common in Europe but rare in many other parts of the world. In some countries, the only available chargers might be slow AC units designed for passenger cars. The mobile charger solves this problem by converting any AC source into DC power, but it is still much slower than a dedicated megawatt charger. On a proper megawatt charging station, the eActros 600 can go from 20% to 80% in about 30 minutes. Wagner will not have access to those stations for most of his trip.
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Road Conditions and Vehicle Durability
Paved highways are not guaranteed in many of the regions Wagner will cross. West Africa has stretches of unpaved road that can turn into mud pits during the rainy season. The Andes have steep grades that can overheat batteries if not managed carefully. Central Asia has gravel roads that can damage tires and suspension components. The custom modifications, including the spare wheel carrier and single tires, are designed to handle these conditions. But no amount of preparation can eliminate all risk. Wagner will need to be resourceful and willing to adapt his route as conditions change.
Language Barriers and Bureaucracy
Crossing 38 countries means dealing with 38 different sets of customs regulations, import laws, and driving permits. Some countries require special permits for oversize vehicles. Others have strict rules about bringing a commercial truck across the border. Wagner will need to coordinate with local authorities and possibly hire translators or facilitators in certain regions. His dog Krümelix adds another layer of complexity. Many countries have strict pet import requirements, including quarantine periods, vaccinations, and microchipping. Wagner has likely planned for this, but unexpected delays at borders are almost inevitable.
Why This Trip Could Change Public Perception of Electric Trucks
One of the biggest barriers to widespread adoption of electric trucks is public skepticism. Many people believe that electric trucks are only suitable for short, predictable routes. They imagine that cold weather kills the battery, that charging takes too long, and that the trucks cannot handle heavy loads over long distances. Wagner’s journey is designed to challenge every one of those assumptions.
By driving through freezing conditions in Finland and extreme heat in Gibraltar during his earlier trips, he already demonstrated that the eActros 600 can handle temperature extremes. Now, by crossing deserts, jungles, and mountains, he will show that electric trucks are not limited to flat, temperate regions. The electric semi world tour is a real-world stress test that no laboratory simulation can replicate.
The Role of Social Media in Building Trust
Wagner’s YouTube channel will be the primary medium for sharing his progress. He plans to post regular videos showing the challenges, successes, and everyday realities of the trip. This transparency is crucial. Viewers can see exactly how long a charge takes, how the truck performs on rough roads, and how Wagner solves problems in real time. Unlike a polished corporate advertisement, his content feels authentic and unfiltered. That authenticity builds trust. When people watch a real person struggle with a flat tire in the middle of nowhere and still manage to get the truck charged and moving again, they start to believe that electric trucks are viable.
What This Means for the Future of Freight Transport
The logistics industry is responsible for a significant portion of global carbon emissions. Transitioning to electric trucks is one of the most effective ways to reduce that footprint. But the transition has been slow, partly because fleet operators are risk-averse. They need proof that electric trucks can handle the demands of real-world logistics before they invest millions of dollars in new vehicles and charging infrastructure.
Wagner’s journey provides that proof in a dramatic and visible way. If he can drive 40,000 kilometers across 38 countries with only 80 charging stops, it demonstrates that the technology is mature enough for long-haul applications. It also highlights the importance of charging infrastructure investment. If a single truck with a mobile charger can cross continents, imagine what a network of fast chargers could do for an entire fleet.
Inspiring the Next Generation of Drivers and Engineers
Beyond the immediate logistics implications, this trip has a cultural impact. Young people who watch Wagner’s videos might become interested in careers in electric vehicle technology, renewable energy, or sustainable transport. The adventure aspect makes the topic exciting. It is not just about spreadsheets and emissions targets. It is about exploration, problem-solving, and pushing the boundaries of what is possible. Wagner’s dog Krümelix adds a wholesome, relatable element that makes the story even more engaging for a general audience.
Preparing for the Unknown: Lessons from Previous Electric Expeditions
Wagner is not the first person to attempt an ambitious electric vehicle journey, and he has studied the successes and failures of those who came before him. Rafael de Mestre’s 2012 Tesla Roadster trip showed that an electric car could circle the globe, but it also revealed the importance of planning for charging gaps. De Mestre relied on a network of supporters and sometimes had to wait days for a working charger. Wagner’s mobile unit gives him more independence, but he will still face unexpected delays.
The Ramseys’ North Pole to South Pole trip in the Nissan Ariya demonstrated that electric vehicles can survive extreme cold and remote conditions. They used a combination of portable chargers, solar panels, and careful route planning. Wagner can apply similar strategies. He will likely carry backup power sources and have contingency plans for sections where charging is particularly scarce.
