Canada's TransPod dreams of revolutionizing transportation with the FluxJet, a magnetic levitation train that could hit speeds of 1,000 kilometers per hour.
This speed demon is based on a concept similar to Elon Musk's renowned Hyperloop: employing technology from a new physical theory known as "Veilance Fluence," the FluxJet would travel inside a protected pipe that propels forward at maximum speed.
The capsules float magnetically and can effortlessly glide through vacuum tubes at high speeds. TransPod envisions trains exclusively using their network, called the TransPod Line, with stations situated in major cities and strategic locations.
The initial phase of this $18 billion infrastructure project would connect Canadian cities Calgary and Edmonton, which are about 300 kilometers or three hours by car apart. This technological leap would make the journey time a mere 45 minutes, faster than an airplane and three times faster than a high-speed train.
TransPod announced earlier this year that they have amassed $550 million in funding for the project. The project is currently in the research and development phase, focusing on environmental impact assessments and land acquisitions.
TransPod's co-founder and CEO, Sebastien Gendron, highlighted plans to build a connection to Edmonton's airport by the end of 2023 and an entire line linking Calgary and Edmonton by 2027.
The proposed network will utilize the FluxJet vehicles to transport up to 54 passengers and 10 tons of cargo simultaneously while offering frequent departures every two minutes. TransPod claims this new system will drastically reduce highway traffic and CO2 emissions by around 636,000 tons per year.
FluxJet travel is anticipated to be approximately 44% cheaper than purchasing an airplane ticket for the same journey, although no timetable for public usage has been disclosed.
The FluxJet system could potentially expand to connect cities like Dallas to San Antonio, the United Arab Emirates with Dubai and Abu Dhabi, and Australia with Sydney and Brisbane.
Directly related search results are not available about Canada's TransPod; nevertheless, the general concept of vacuum tube trains and their potential for reducing greenhouse gas emissions is provided below.
- Speed: Vacuum tube trains like Hyperloop focus on minimizing air resistance and friction by using magnetic levitation (maglev) or air-bearing technology. This technology allows planes to potentially reach speeds of over 1,200 km/h.
- Energy Efficiency: These trains are designed to operate fully electrically and may integrate renewable energy sources like solar panels. This reduces their carbon footprint by using clean energy and optimizing energy consumption.
- CO2 Emissions Reduction: With electric propulsion and energy optimization, vacuum tube trains aim to significantly cut CO2 emissions. Some ideas, like thermoelectric generator technology, could further improve efficiency and reduce waste heat production.
