Cargo Bicycles Are More Efficient Than Cargo Vans

Person riding a cargo bike while on delivery

Delivery vehicles are a significant cause of delays in city as they stop and block other transportation modes at a frequent basis. I’m sure everyone can relate to being frustrated while a truck or van blocks a bike lane (or car lane) while they unload. Urban planners and logistics professionals need to think more about using cargo bikes to help with the flow of traffic while also reducing gross emissions. Cargo bikes are actually more efficient than vans when it comes to urban deliveries. This is particularly worth noting when thinking of opening up streets to people as some argue that deliveries are a key reason we need to close streets to people (and only allow vehicles to be on the road).

When delivering goods in central Brussels the electric Bullitt cargo bikes covered 30% shorter routes, and travelled at 16 km/h versus 11 km/h for vans constrained by congestion, according to the study. The cargo bikes were over 2 times faster than vans using 48 min. versus 99 min. on a typical 8.5 km bike route in Brussels urban centre.

Over a month and a half, the cargo bikes delivered 10.1 packages per hour on average, while vans were able to deliver 4.9 packages per hour to the same destinations. Bikes bypass traffic jams, take shortcuts through streets closed to through traffic and ride to within 30 metres of delivery points on average, minimising walking time. Meanwhile, previous studies have shown that vans can spend up to 25 min per stop searching for parking.

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eBikes are Killing the Oil Industry

This Earth Day it’s good to reflect on one’s own love for the planet Earth. If you want to express your love and appreciation for this ball of rock and air that orbits then Sun then you should ride a bike everyday. If an ordinary bike isn’t your style then you may want to consider an ebike. The future of our built environment will be about two wheels instead of four, and this can’t happen too enough. Thankfully the rise of ebikes is bringing us that future by getting people to ditch their lethal four wheel machines for better two wheeled solutions. Indeed, the oil industry may come to end sooner than projected because ebikes are lowering demand for gasoline!

If taken up, electric micromobility can cut urban emissions. A study of e-scooter riders in the United Kingdom found these trips produced up to 45 percent less carbon dioxide than alternatives.

US researchers estimate that if e-bike trips expanded to 11 percent of all vehicle trips, transport emissions would fall by about 7 percent.

As petrol prices increase and battery prices fall, the cheaper running costs of electric vehicles and even cheaper running costs of electric mopeds, bikes, and scooters will keep eating away at the demand for oil.

Global oil demand is now projected to peak in 2028 at 105.7 million barrels per day—and then begin to fall, according to the International Energy Agency.

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Expand Houses by Shrinking Lanes

Seemingly everywhere there’s a crunch on housing and there’s a surplus of roads, so let’s change some car space to sleeping space. If we take away even just one lane of parking for cars we can create towers of housing for people. Cities can benefit from increased revenue since housing makes more money for cities than stationary cars. What’s more, when a developer wants to build and take away a lane then part of the development fees can be specified to increase transit and biking infrastructure.

He argues that highway conversions make more sense than using lanes on regular city streets for housing, at least in most cases. “Most street right-of-ways are can only be reduced by a lane or two, which can generate enough extra space for a bike lane or expanded sidewalk but not enough for the addition of housing,” he says. “Moreover, trading street width for a housing tract typically requires a public/private land swap. These are possible, but add enough red tape to only make sense when a significant amount of housing can be added.”
In Boston, Speck’s firm is working on a plan, now in its second design phase, to use excess road space in Kenmore Square to add new housing and public space. “The plan results in considerably more housing than originally conceived, plus a beautiful plaza,” Speck says. The plan would also more than triple the space available for pedestrians.

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Bike Riding is Not Just a Phase

Every cyclists knows that riding a bike equals freedom, you can go where you want when you want and don’t need trillions of dollars of infrastructure to operate one. Electric bicycles are getting more affordable every year and more and more people are buying them instead of getting a car. Interest in car driving continues to decrease while interest in biking increases. Now cities need to change their car dominated approach to embrace a faster, safer, form of transportation.

As much of the media is still trying to understand the phenomenon of this massive growth in e-bike use, cities are already grappling with just how to handle it. Not only are cities around the US seeing their own rise in e-bike usage, but several are helping to support the shift away from cars by providing incentives for purchasing electric bikes.

Even without incentives though, e-bikes are surprisingly affordable. Like anything, you’ll find fancier expensive options. But a good e-bike can be bought for under $1,000. When you compare that to the cheapest $40,000 Tesla, you can see why young people are moving to e-bikes in droves.

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The Largest GPS Bicycle Reminds us Bicycles are Rad

The most efficient form of transportation is the bicycle, and to remind us how great the two wheeled vehicles are a couple drew a giant bike in Europe. They used a GPS to record their trip as they rode through multiple countries, and that meant riding in giant circles to create the wheels. Along the way they shared their enthusiasm for two wheels.

You can see the map of their route on their site (linked below).

As a reminder that transport alternatives to the car exist, we have cycled 7237 km to draw the shape of a huge bicycle across 7 countries of western Europe.

We hope that our mad endeavour might motivate others to ditch their car in favour of the bicycle for daily transport needs. We sincerely believe that bicycles can take us a long way in our battle to tackle climate change and environmental breakdown.

As a side note, with this project we have set an unofficial world record for the largest ever made GPS drawing (7237 km). We beat the previous record of 7163.67 km, which was obtained by multiple means of transport. We also beat the previous unofficial record for the biggest GPS drawing undertaken by bike, which was 4106 km. Far more importantly, we are quite happy to have drawn the biggest bicycle ever!

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Thanks to Craig!

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