Urban Transport

Three-wheeled chainless pedal car capable of highway speeds

Three-wheeled chainless pedal car capable of highway speeds
The Vigoz seats two in a weather-protected bubble, is aimed at having a per-charge range of 160 km and has a top pedal-powered speed of 120 km/h
The Vigoz seats two in a weather-protected bubble, is aimed at having a per-charge range of 160 km and has a top pedal-powered speed of 120 km/h
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The Vigoz seats two in a weather-protected bubble, is aimed at having a per-charge range of 160 km and has a top pedal-powered speed of 120 km/h
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The Vigoz seats two in a weather-protected bubble, is aimed at having a per-charge range of 160 km and has a top pedal-powered speed of 120 km/h
Controls within arm's length, steering low to the sides, the PERS system out front and a digital dash
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Controls within arm's length, steering low to the sides, the PERS system out front and a digital dash
The Pedaling Energy Recovery System can charge the 22-kWh battery pack, but it can also be topped up via the included charge port
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The Pedaling Energy Recovery System can charge the 22-kWh battery pack, but it can also be topped up via the included charge port
The Vigoz sports an open cargo area to the rear
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The Vigoz sports an open cargo area to the rear
The Vigoz mule prototype has been tested to top speeds of 100 km/h, though the production vehicle is expected to reach 120 km/h
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The Vigoz mule prototype has been tested to top speeds of 100 km/h, though the production vehicle is expected to reach 120 km/h
The Vigoz will be highway-capable, visible in traffic thanks to its 1.65-m height, and offer a smooth ride thanks to PERS and active tilt
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The Vigoz will be highway-capable, visible in traffic thanks to its 1.65-m height, and offer a smooth ride thanks to PERS and active tilt
View gallery - 6 images

For the last couple of years, French e-mobility company Cixi has been working on a three-wheeled vehicle called Vigoz that's based on its chainless pedaling system. A skeletal prototype has been tested to 100 km/h, and now the company has revealed the latest production design.

Cixi was founded about 10 years ago in the Haute-Savoie region of France, and has been working on a chainless and beltless electronic drivetrain for ebikes and cargo haulers ever since.

The company says that its Pedaling Energy Recovery System essentially "converts human power into bicycle propulsion through electricity, enabling the rider to intuitively control speed and braking by pedaling." So energy from pedaling is recovered at the crank and converted into electricity to drive a hub motor.

The system also feeds charge into a battery pack to amplify power and range, while regenerative braking helps extend the life of brake pads. PERS is reported to auto adjust pedal resistance in real time so you can "choose your preferred rhythm and enjoy the ride." If the battery runs out of juice, pedal power still drives the wheel via the motor but there's no boosting available so it might be more of a slog.

Controls within arm's length, steering low to the sides, the PERS system out front and a digital dash
Controls within arm's length, steering low to the sides, the PERS system out front and a digital dash

For the Vigoz vehicle, the rider sits in a recumbent position – though "the pilot's head is placed at 130 cm (51 in) from the ground" for optimum visibility – and pumps away at the pedals inside a car-like bubble. Steering is undertaken using a custom system with control handles mounted low at each side of the rider, and an active tilting system helps lean into the corners.

There's room behind for "a passenger, a pet or big stuff" – oddly though, luggage is strapped in at an open area to the rear. Both occupants are protected from the elements within the slender chassis, and are strapped in by three-point seatbelts. That chassis has been designed with energy-absorbing elements to keep occupants safe in the event of collisions. A HVAC system helps maintain a comfortable cabin temperature.

The Vigoz mule prototype has been tested to top speeds of 100 km/h, though the production vehicle is expected to reach 120 km/h
The Vigoz mule prototype has been tested to top speeds of 100 km/h, though the production vehicle is expected to reach 120 km/h

The company is aiming for a per-charge range of 160 km (~100 miles) from the 22-kWh under-floor battery pack, while the top speed of the drive system will be 120 km/h (75 mph) – though the mule prototype has so far only been tested up to 100 km/h.

Cixi has now officially unveiled the design prototype, which will be merged with the working mule to form a single vehicle that "combines all technical systems with production-level design." Then the Vigoz will enter the certification phase of development ahead of production. Reservations will opened once a solid timeline has been confirmed, though estimated pricing has not been revealed.

Source: Cixi

View gallery - 6 images
20 comments
20 comments
YourAmazonOrder
Ride to work... and have to take a shower when you get there because you're sweaty and stinky. Texting, slathering on make-up and/or shoving a breakfast burrito into one's gaping maw while pedaling this thing won't be the easiest things to do, but I'm sure many will give it that college try! Then, pedal back to their tiny house in the middle of the woods. "Living!" Do forests have EV chargers these days?
Techutante
A lot of places have a gym at work where you can get a quick shower and change into your work clothing. Don't have to shower when you get up that way. That said, going 75 MPH in a small plastic bubble scares the bejezus out of me. Especially if there's anything larger on the road.
gimd
Beyond ridiculous.
Captain Danger
With an HVAC System 4 wheels , frame , body , motors , second seat, seat belts , tilt steering system etc. how much will this thing weigh? The pedal system is just a method to call this a bike and get around the onerous laws required to sell a car. Hope it works for them.
Brian M
A Sinclair C5 (for those who can remember) with a bubble and a battery, with probably the same result.
Daft idea as it doesn't have the advantages of being an electric bike, which is treated as a bike in many areas including UK (no insurance, licence or road tax). Too big to have weave through traffic jams or use of bike lanes, probably as vulnerable as a bike and less visible (height or lack of).
Suspect it will meet the same fate as the C5 - Sorry!
Bob Stuart
How does that "automatic tilting" work? On a bike, you tilt first, and then turn. What is the weight? What are the other dimensions? Can it get through a man-door? Can it climb stairs when empty? What is the efficiency without the battery? Is the pedal response instantaneous, or are you always aware of the battery? Does the regenerative braking veto high speeds downhill?
TechGazer
You might as well have a stationary bike/charger at home that charges a regular EV. This is a small car that has a stationary charger in it. If this is a regulation loophole (claiming it's a bicycle), it'll be plugged shortly.
How much energy does it take to move this vehicle at highway speeds? If your pedaling input is just a tiny fraction of that, then it's not a pedal assist.
Karmudjun
When there is an accurate price and reliable estimate of pure electric range, this might be feasible, Having ridden to work and home daily for years, until other drivers managed to destroy my hip, I understand how one's regular athletic activity enhances their stamina and reduces the sweating. It was no difficulty cleaning "the pits" prior to dressing for the workplace so all the naysayers online here have no merit. But the lack of pricing or hard estimations of range means I can't consider this a viable option.
see3d
A lot safer than a bicycle. Rides in the car lane at car speeds—a practical option for commuters, depending on the eventual retail price. I am not holding my breath on the last point.
moreover
Some countries are more open to transportation innovation such as Switzerland (adjacent to France's Haute Savoie) where you'll see lots of human powered vehicles. Low highway speed limits (on top of eternal congestion) and much smaller cars than the monstrosities unleashed on US roads also help make HPVs a reasonable choice.
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