The world’s first hydrogen cargo bike is the future of transportation as it runs without batteries!





The LAVO bike from StudioMOM is the world’s first hydrogen bike, requiring no heavy batteries, particulates, or CO2 emissions for operation.

Nowadays, it seems bikes are the preferred mode of transportation in crowded cities. Traffic is no joke and public transportation has seen some major changes since the onset of the COVID-19 pandemic, so people are hitting the streets with shiny electric and portable bicycles. While bikes are generally more environmentally friendly than cars and trucks, they come with their own list of setbacks. Becoming the world’s first hydrogen bike, the LAVO bike from StudioMOM is a small solution to a big problem.

Requiring no heavy batteries, particulates, or CO2 emissions, the LAVO bike was designed to bring us, as StudioMOM puts it, “one step closer to an emission-free society.” Acquiring hydrogen from water and solar energy, the LAVO bike is outfitted with small hydrogen tanks that power up the bike for operation.

LAVO’s proprietary energy storage system converts electricity from solar panels using an electrolyzer that divides water into its hydrogen and oxygen components, relocating them to a long-term storage system that contains a metal alloy to produce hydrogen.

Only requiring around ten minutes for charging, the LAVO bike runs for a range of about 150km before recharging. Constructed using lightweight material, the LAVO bike keeps a cargo build to cater to the basic weight that comes with a hydrogen-based system.

Describing the choice to make LAVO a cargo bike, StudioMOM notes, “Long-range cargo solutions, in particular, require a lot of energy. Then an extra hydrogen tank of 1.2 kg is surely preferable to an extra battery that weighs 6 kg.” From its modular assembly system to its ergonomic build, the LAVO bike was designed as less of a traditional cargo bike and more of an innovative mode of transport–LAVO was designed for change.

Designer: StudioMOM

A modular electric cargo bike to glide your load through city centers in environmentally-friendly manner

Whether you want to run errands, carry groceries home or even ride kids to school – a cargo bike can let you pull it off with all the health benefits of cycling and without burdening the environment. For their convenience on the street and the benefit of hauling heavy loads, electric cargo bikes are gaining popularity as a greener mode of transportation. Designers are doing their bit to make the space even more enthralling for customers who are now picking more electric cargo bikes than electric cars. A fact documented through research by the Two-wheel Industry Association of Germany.

These bikes with a longer wheelbase (than standard bikes) that make space for carrying cargo are donning the street in numbers. They are being billed as a viable alternative for the busy city centers and commercial hubs around the world that have begun banning gas-powered cars considering the growing air and noise pollution. When cargo bikes begin to comprise a considerable part of the traffic in city centers – quietly and in an environmentally friendly manner – a concept like the LARA cargo bike will don the scene with its modular approach.

A result of an industrial design project for an intermediate diploma, the LARA cargo bike is the brainchild of designer Alexander Kaula. It is constructed on a single frame with intelligently included mounting points that make installation of modules possible depending on the user preference. LARA opens up multiple use case possibilities, which are akin to cargo bikes, but this differs with its ability to customize. To the already interesting frame of the cargo bike, the rider can combine a loading area with a small transport box or attach additional accumulators, stands, head/tail light depending on the requirement. Interestingly there is a port to allow batteries to be replaced or more batteries can be connected to increase the bike’s range.

LARA is fitted with a tiny computing display onboard, which can read the provided information from the smart mounting points as to which module is attached or detached and configures itself accordingly. The screen also displays maximum payload, battery status, and maps for navigation amid other statistics. The bike spans a length of 2.45 with a loading area measuring approximately 1×0.6m. The bike is driven by a carbon belt that is positioned inside the rear wheel rim which also adds aesthetic appeal to the otherwise rimless wheels. The cargo bike is a greener, modular solution to hauling cargo alright, but with the possibility to add a child seat in the cargo area, it can instantly become your bike to transport kids to and back from school!

Designer: Alexander Kaula