Ísar is a pioneering brand that aims to revolutionize travel and transport in areas with limited or no infrastructure. Their innovative solution, Ísar Roadless Rapid Transit™ (RRT), offers a sustainable logistics solution for passenger and goods transport in any conditions, on or off pavement. Powered by Ísar's unique low environmental impact Ultra High Mobility vehicles, the RRT is the world's first viable alternative to conventional infrastructure investments.

These vehicles, equipped with specially designed low ground pressure tires, can tackle any road or off-road terrain while fully complying with EU road vehicle standards. With Ísar vehicles, travel time is dramatically reduced, comfort and safety are elevated, and costs for environmentally destructive roadbuilding are minimized. The fully driver-controlled vehicles feature a high ground coverage suspension system with adjustable damping, ensuring a smooth and comfortable ride even in extreme off-road conditions.

Furthermore, Ísar offers a range of options, including different wheelbase lengths, cargo versions, and various roof options, providing flexibility to cater to different transportation needs. The vehicles are built using anodized marine-grade aluminum alloy and lean duplex high-strength stainless steel for durability and resistance to corrosion. Ísar's commitment to environmental sustainability is evident in their integration of non-carbon emitting energy sources, such as geothermal-produced carbon capture methanol e-fuel or electric hybrid solutions.

The brand's focus on minimal environmental impact, reliability, and economic efficiency sets them apart in the industry. Ísar, a brand of Jakar ehf, Iceland, collaborates with leading specialist companies in Iceland, the EU, and North America to produce their vehicles. They are currently in the prototype testing and production prep stage and offer Type Approval certified vehicles that adhere to EU road vehicle regulations.

With Ísar, travel and transport become efficient, sustainable, and accessible, regardless of existing infrastructure limitations