YouTuber built a bike camper from scratch and took it to Burning Man

A solo traveler needs a compact camping solution on his bike. To satiate this adventure group, a new league of bike RVs/campers is coming of age. After having already seen the likes of a wooden camper behind a bike to this hard-walled bike camper with a slide-out component to increase the compact living space for two people, it’s time now to spare some thought for this new bike RV built from scratch (quite literally) by Attoparsec YouTube channel.

The YouTuber has put out a detailed video illustrating and talking us through the entire build. You can see the complete video embedded above. If you want an idea of what’s been done and how he has created a pedal-powered bicycle RV or camper, as you may, read on.

Designer: Attoparsec

Attoparsec starts off with getting a home and industrial cargo trike, which he wasn’t able to use right away for the base. After addressing significant design and mechanical flaws (we’ll try and detail a few of them below), the custom bike was readied, and then the living solution was installed atop.

Constructed to be taken to Burning Man, Attoparsec restructured the donor trike’s mechanical flaw of a single brake cable splitting into a Y to trigger the two rear brakes. Since this caused uneven pulling, which could have been dangerous with the eventual load onboard, the YouTuber created a dual-cable brake lever that worked as a linkage mechanism to create an ideal balance at the rear wheels to brake together. custom mechanical solution also included retrofitting a new differential in addition to the brake system.

This wasn’t the only thing that required tweaking. The cargo bed on this standard trike also needed some expansion. The bed was custom extended toward the rear using round aluminum tubing for structural rigidity and to make it spacious enough to fit one sleeping adult. The compact 8-foot-long, 4-foot-wide living compartment to go on it would ensure comfort for a solo traveler. But extending the frame without moving the rear axle caused problems. The DIYer had to fine-tune it with the use of two heavy-duty trailer jacks with wheels to safeguard the camping structure from tipping over in a wheelie.

The sleeping enclosure sits on raised, reinforced frame risers and is built with rigid foam insulation. The structure is taped together to ensure the sun and the playa dust remain outside when the bike RV is stationed at the Burning Man. The bicycle camper is provided with a solar-powered refrigerator and draws its energy from a Jackery backup battery bank. According to the DIYer, the mobile home on a bike features a transformable interior that adjusts between lounging and sleeping easily. It fared well weathering storms and rain on the dry lake bed of the Black Rock Desert in Nevada.

 

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Veo’s Rover Trike Actually Solves Shared Mobility’s Biggest Gap

Standing scooters have a way of quietly sorting the world into two groups: people who can hop on and zip off, and everyone else. If you’ve got balance issues, a bad hip, low vision, or you’re just pushing a stroller and can’t manage handlebars with one arm, shared micromobility has never really been built with you in mind. Veo’s new Rover trike is the first real attempt I’ve seen to close that gap.

Launched this summer in Denver, Rover is a three-wheeled, seated electric vehicle that looks less like a scooter and more like a cross between a golf cart and a rickshaw, minus the driver. It’s low to the ground, has a cushioned seat, a throttle instead of pedals, and baskets front and back that can haul up to 100 pounds of groceries, bags, or a folded walker. Fifty of them are currently rolling through downtown Denver as part of the city’s shared fleet, alongside the usual scooters and e-bikes.

Designer: Veo

What makes this launch worth paying attention to is not the hardware so much as who Veo built it for. The company spent nearly two years working with disability advocates, older adults, and more than 20 organizations, including the Parkinson’s Foundation and Capitol Hill Village, before finalizing the design. That’s not a marketing footnote. It’s the difference between a company slapping “accessible” on a spec sheet and one that actually sat with riders who’d been shut out of shared transit for years.

Anna Zivarts, who directs the Nondrivers Alliance and wrote the book on what it means to navigate American cities without a license, put it plainly: shared micromobility has excluded a lot of disabled people and anyone uncomfortable balancing on two wheels. That’s a quiet admission for an industry that’s spent the last decade selling itself as the future of urban freedom. Freedom, it turns out, only counted if you could already stand up and steady yourself at ten miles an hour.

Rover tops out at 10 mph, which sounds unglamorous until you consider what that speed is doing. It’s not chasing the thrill of a scooter; it’s chasing confidence. A three-wheeled base means no tipping over at a stoplight. Throttle assist means no straining up a hill or nursing a bad knee through a pedal stroke. The vehicle is 2.5 feet wide, narrow enough to navigate a normal bike lane without becoming a hazard to itself or anyone else on the path.

I like that Veo didn’t try to disguise who this is for. A lot of adaptive design gets watered down into something “universal” so it doesn’t look like a medical device, and in the process it loses the features that actually made it useful. Rover doesn’t do that. It looks like what it is: a stable, cargo-friendly, seated ride that happens to also work fine for a tourist who doesn’t want to fall off a scooter on cobblestones. Good accessible design tends to work that way. It never needed to be secretly for everyone. It just needed to actually work for the people it was built for first.

Denver makes sense as a proving ground. The city already runs one of the largest and most varied shared micromobility programs in North America, with about 9,000 vehicles in rotation, so a new form factor doesn’t have to fight for infrastructure that isn’t there yet. Veo says it’s watching rider feedback closely before deciding whether Rover expands citywide or beyond Denver altogether, which feels like the right amount of caution for a vehicle type nobody has really tested at scale before.

Whether Rover becomes a fixture in other American cities depends on things design alone can’t solve: pricing, docking logistics, whether cities are willing to give trikes the same curb space as scooters. But as a statement of intent, it’s hard to argue with. Shared mobility spent a decade optimizing for speed and cool factor. Rover is the first one I’ve seen optimize for who actually gets to ride at all.

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Veo’s Rover Trike Actually Solves Shared Mobility’s Biggest Gap

Standing scooters have a way of quietly sorting the world into two groups: people who can hop on and zip off, and everyone else. If you’ve got balance issues, a bad hip, low vision, or you’re just pushing a stroller and can’t manage handlebars with one arm, shared micromobility has never really been built with you in mind. Veo’s new Rover trike is the first real attempt I’ve seen to close that gap.

Launched this summer in Denver, Rover is a three-wheeled, seated electric vehicle that looks less like a scooter and more like a cross between a golf cart and a rickshaw, minus the driver. It’s low to the ground, has a cushioned seat, a throttle instead of pedals, and baskets front and back that can haul up to 100 pounds of groceries, bags, or a folded walker. Fifty of them are currently rolling through downtown Denver as part of the city’s shared fleet, alongside the usual scooters and e-bikes.

Designer: Veo

What makes this launch worth paying attention to is not the hardware so much as who Veo built it for. The company spent nearly two years working with disability advocates, older adults, and more than 20 organizations, including the Parkinson’s Foundation and Capitol Hill Village, before finalizing the design. That’s not a marketing footnote. It’s the difference between a company slapping “accessible” on a spec sheet and one that actually sat with riders who’d been shut out of shared transit for years.

Anna Zivarts, who directs the Nondrivers Alliance and wrote the book on what it means to navigate American cities without a license, put it plainly: shared micromobility has excluded a lot of disabled people and anyone uncomfortable balancing on two wheels. That’s a quiet admission for an industry that’s spent the last decade selling itself as the future of urban freedom. Freedom, it turns out, only counted if you could already stand up and steady yourself at ten miles an hour.

Rover tops out at 10 mph, which sounds unglamorous until you consider what that speed is doing. It’s not chasing the thrill of a scooter; it’s chasing confidence. A three-wheeled base means no tipping over at a stoplight. Throttle assist means no straining up a hill or nursing a bad knee through a pedal stroke. The vehicle is 2.5 feet wide, narrow enough to navigate a normal bike lane without becoming a hazard to itself or anyone else on the path.

I like that Veo didn’t try to disguise who this is for. A lot of adaptive design gets watered down into something “universal” so it doesn’t look like a medical device, and in the process it loses the features that actually made it useful. Rover doesn’t do that. It looks like what it is: a stable, cargo-friendly, seated ride that happens to also work fine for a tourist who doesn’t want to fall off a scooter on cobblestones. Good accessible design tends to work that way. It never needed to be secretly for everyone. It just needed to actually work for the people it was built for first.

Denver makes sense as a proving ground. The city already runs one of the largest and most varied shared micromobility programs in North America, with about 9,000 vehicles in rotation, so a new form factor doesn’t have to fight for infrastructure that isn’t there yet. Veo says it’s watching rider feedback closely before deciding whether Rover expands citywide or beyond Denver altogether, which feels like the right amount of caution for a vehicle type nobody has really tested at scale before.

Whether Rover becomes a fixture in other American cities depends on things design alone can’t solve: pricing, docking logistics, whether cities are willing to give trikes the same curb space as scooters. But as a statement of intent, it’s hard to argue with. Shared mobility spent a decade optimizing for speed and cool factor. Rover is the first one I’ve seen optimize for who actually gets to ride at all.

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Lexus LS Van Concept is a future-ready motorhome for digital nomads

Lexus is retiring the LS sedan after 2026, marking more than three decades of trust and user convenience. The Japanese luxury brand has not, however, given up on the LS moniker as it debuts a trio of concepts at the Tokyo auto show that includes a six-wheeled van, a self-driving three-wheeled robotaxi concept for cities, a larger-than-life catamaran, and a more conventional coupe.

None of these concepts is slated for a production run anytime soon, and the idea here looks to preserve the legacy of the LS division, which has served the brand well all these years. Toyota’s luxury brand debuted these interesting creations at the mega auto show with positive response from automotive pundits and motorheads alike.

Designer: Lexus

LS Van Concept

Lexus sells vans in the Asian and European markets, but not yet in the American market. The LS Van Concept takes that idea to the next level with a design that reassures its usefulness for digital nomads. The LS here signifies the Large Space aesthetic of the van, complemented by the luxury amenities that’ll never leave anyone longing for more. The vehicle has six wheels courtesy of an extra axle, giving the van more room for increasing the interior space. That means the vehicle can easily accommodate four to six people on extended adventure trips. In the relaxed mode, the two front seats can be rotated to face the rear for a more socializing layout when parked.

Rather than being a four-door saloon, the van is stretched out to revive the charm of spacious vans. The sliding door opens to reveal the interior space that is unlike any Lexus before this one. The airy cabin has large windows and a couple of skylights that are adjacent to each other for a panoramic view outside and to enjoy the night sky in its full glory. The seating configuration inside can be done in multiple configurations, including the large captain-styled seats or the reclining bench layout that can double as a nighttime sleeper for an adult. Up front, the luxury van has a curved digital display behind the yoke steering, which shows all the vitals HUD elements.

LS Micro Concept

The LS Micro Concept is a single-seater, three-wheeled commuter tailored for tight spaces. To make the city travel a less stressful experience, the vehicle is self-driving and seems less likely to enter the production lines anytime in the future. The inside cabin can be opened up when there is more space freedom, but in the normal configuration, the vehicle seems quite claustrophobic.

It’s more like a moving pod that’s loaded with a business-class-seat layout, much like the other Lexus cars. Unlike the LS Van, this one has a very closed configuration, with blacked-out translucent windows that signify the privacy aesthetic of the car. The trike is more suited to individuals who like to move solo and prefer a private setup to not get disturbed by the bustle of the city.

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Revolutionary Three-Wheel Electric Trike is like a Car with Joysticks and Pedal-Powered Battery

The world of mobility is evolving rapidly. After electric cars and e-bikes, make way for Twike: an electric bike designed like a car and driven using joysticks, reminiscent of old arcade games. This is not fiction but a continuous endeavor by automaker TWIKE GmbH to create a human-powered hybrid vehicle aimed at providing a sustainable mode of transportation. The German manufacturer of battery-powered electric vehicles is introducing a drivable model of the electric car-bike, the Twike 5.

The Twike 5 is a pedal hybrid vehicle designed for those who pursue conscious consumption and a sustainable lifestyle. It is a three-wheel trike, with one wheel in the front and two at the back, combining an electric motor with a pedal drive. This two-seat trike weighs 600 kilograms and can reach top speeds of up to 190 kilometers per hour.

Designer: TWIKE GmbH

Range is a significant concern with electric vehicles. The Twike 5 can travel up to 500 kilometers on a single charge. The range can be extended by pedaling, which powers the battery and decreases its consumption. The pilot (as the company refers to the rider) can use two joysticks to turn left or right: pushing the right joystick forward turns right, and pushing the left joystick forward turns left. Leaving the joysticks untouched steers the Twike 5 straight. Buttons on top of the joysticks allow the pilot to control the lights, horn, wipers, and direction signals, among other functions.

As mentioned, this velomobile-style electric trike does not have a steering wheel, instead, there is a pair of joysticks on the side of the pilot to steer the vehicle in drive mode. The rider can shift to pedals in order to save power and simultaneously charge the battery, which is now 15 times better than the TWIKE’s previous variant of the e-trike. The Twike 3 like the Twike 5 accommodated two people and had similar interior configuration, but lacked the top speed, which was limited to just 85 km/h.

A few notches up from its sibling, the Twike 5, is in the testing phase for now. The Twike community – comprising people who actually want to drive it – has been testing “to see how it handles and how well everything works together.” The feedback is being used to perfect the Twike 5’s interior, exterior, and the overall riding experience. Twike 5, according to the users is a stable three-wheel electric vehicle, safe to make sharp turns, and even to drive on bumpy roads. It is likely to go into production this year, but the construction will be limited to 500 units. Since it will be delivered to community members – who have contributed toward its development – in a specially devised ranking system, you can try your luck by pre-ordering one right now!

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This e-trike with full suspension strikes the right balance between riding in city and beyond

Electric bikes have their own environmental and health advantages. However, riding for long distances – if you’re not a pro – or when planning to go off the tarmac, an e-bike is not the best companion. Before you look for a capable pickup truck – that’ll never be the first choice for a city commute later – spare a thought for an electric trike; a three-wheel genius that strikes the right balance between the comfort of a car and the environmental and health benefits of a bike.

In the past, the shape and design of electric trikes have centered around driving pleasure, speed, and range. To present a commuter of the future, one that’s equally capable of riding within the city and on paved roads, California-based Addmotor has introduced the Grandtan X electric priced competitively at $3,299.

Designer: Grandtan X

For most of us, it’s a breathtaking new design, but actually, the Grandtan X is a feature-rich version of Addmotor’s previous Grandtan e-trike, with a new high-capacity battery, powerful motor, fat tires, and front and back suspension that makes riding the uneven roads a smoother experience. The full suspension system means comfort for the rider, while the trike’s 750W rear-mount motor ensures up to 1,400W of power, translating into 90 Nm torque to take the rider at 20mph top speed.

The Grandtan X, for robustness on any terrain, has a frame made using 6061 aluminum alloy. The rear-mounted motor adds to the stability and provides a better balance whether cruising through the street or riding over gravel with equal comfort and exhilaration. For a convenient journey uphill or down the hill, the trike has more than seven pedal assistant levels, and also has a mechanical disc brake featuring an automatic motor cutoff sensor to slow or stop it instantly.

The 127.9 lbs trike is powered by a 960-Wh Li-ion battery pack comprising Samsung 21700 cells, which take eight to ten hours to complete a full charge from a 30A output. The battery offers 85 miles of range per charge, while the IPX6 water resistance allows the Grandtan X to drive hassle-free through the elements. As off-roading enthusiasts will love to ride beyond the city roads courtesy of the bike’s rear differential that permits the wheels on the back to adjust to different speeds and terrains, the city explorers will like the trailer attachment, which enhances the trike’s cargo hauling capacity with a trailer in tow.

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This handsome three-wheeled EV boasts advanced tilting tech to keep it from toppling over

Three-wheeled electric vehicles mostly targeted for city driving are a practical option instead of four-wheelers and a safer bet than exposed two-wheelers. There’s a downside when compared to cars though, they are not as safe as you would expect them to be, since they can topple over if driven rashly.

This was the main focus for the French nonprofit electric mobility group, SIREMS Association, who’s developed one of the safest three-wheeled electric vehicles with advanced safety features to prevent accidents. The placement of the two wheels on the rear delivers more traction and the shift of center of gravity with the semi-reclined feet forward positioning helps produce more torque.

Designer: SIREMS Association

So that the rider is confident of cornering at high speeds, the rear wheels tilt depending on the tilt of the body. The maker has developed Mobile Lateral Elements (MLEs) which are a pair of advanced doo-hickeys on each side of the front wheel to eliminate any chance of toppling over. They act like a counterbalance to prevent the inside from hitting the road and outside MLEs to keep the EV from going off balance. Just in case the speed is too high and the toppling over action cannot be prevented (laws of physics remember), these MLEs force the vehicle to prop up.

Collisions are also a probability, so these MLEs help absorb a frontal impact. There’s a triangle-shaped structure called Programmed Restraint Device (PRD) just behind the cockpit that dissipates the energy of the collision and also keeps the rider from going over the handlebar. The crumble zones of the vehicle act as a cargo storage space which is as added benefit. In case of a rear impact, the wheels detach and the frame disintegrates to prevent the driver from being crushed if the vehicle flips over.

For now, founder Philippe Girardi plans to have the finished prototype ready for testing by the end of 2024. The vehicle will hit the roads in 2028 at a speculated price of $32,500.

 

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