Tag Archives: urban transportation

Toronto Streetcars: Historic And Relevant?

The 50’s!

I am sure that many of you will agree that the streetcars that rumbled through Toronto from 1800s until… let’s say 1990’s helped shape many neighborhood. They were the most effective way to connect Toronto’s core with its suburbs and greatly encouraged development of the communities as new grocery stores, restaurants, galleries, shops and banks as amenities have been built near the streetcar lines.

Standing in the middle of road, going nuts being stuck behind a streetcar, it is sometimes difficult to appreciate how important role they have played in the city’s history.

First Streetcars in Toronto

Inspired by the success of horse-drawn streetcars in the U.S., Alexander Easton’s Toronto Street Railway company started operating in 1861. New rail lines played a vital important role in connecting the city centre with its sleepy suburbs. What started as an enterprise with 6 miles of track and 11 cars, turned slowly into 68 miles of track with 361 street cars. The company expired in 1891 and the management was turned over to the Toronto Transit Commission (TTC).

From 3 cents to $3.25: a brief history of TTC fare hikes - Toronto |  Globalnews.ca

The next company to take control over the system was the Toronto Railway Company, under which first electric streetcars were introduced. All services were later taken over by the Toronto Transportation Commission, which was later renamed to the Toronto Transit Commission (TTC).

Building street car tracks on Bay St. Toronto circa 1918

However, even streetcars had their bad times. In the 1960s they were almost abandoned when people thought of it as an outdated mode of transportation. Thirty years later it fell upon hard times once again because of budget cuts, the recession and its inability to service the rapidly-growing parts of the city.

TTC lost $61M to fare evasion in 2018 - Trainsfare

It took months for the TTC to pull itself out of its bad times, but streetcars somehow managed to return back to their previous fame. Since then, the company’s services have been improving every year, but there are still some issues. Let’s take a look at the current state of the streetcar rail services in Toronto, its advantages and the most annoying faults.

The Ashbridges Bay street car line 1917.

Present

Although the number of streetcars crossing the city declined in the latter half of the 20th century, they never disappeared completely. In fact, streetcars have become a vital part of Toronto’s history and nearly every citizen’s life. Nowadays, the city owns 247 streetcars, of which 52 are higher-capacity articulated streetcars. These operate over 11 routes, serving a total of 617 stops over a system length of 75 kilometers. These numbers make it by far the largest surface rail system in North America.

Toronto Public Transportation map
Public transportation in Toronto relies heavily on streetcars in the downtown core which is the thin red lines you see on the TTC map above. Technically, they’re light rail trains, but locals refer to them as streetcars. Each line usually follows a street e.g. 501 Queen St., so it shouldn’t be too hard to get on the right vehicle.

Done right, streetcars can really encourage the overall development of the city, they are able to define whole neighborhoods, reduce traffic congestion, reinforce retail, bring life to streets and fit easily into the surroundings without disruption to existing businesses, residents or traffic.

Pros

One of the main advantages of streetcars is its high passenger capacity. Streetcars carry between 75 and 100 people per vehicle.

Regarding energy efficiency, streetcars are believed to do a little bit more for the environment that other public transport systems. Because every streetcar user means one less car on the road, words such as clean air quality, for environmental sustainability, for climate protection are often associated with streetcars. In fact, nothing drops greenhouse gas emissions faster than effective rapid transit, so if we truly want green for Toronto, streetcars might be the answer.

Another argument made in favor of streetcars is their long lifespan. The vehicles are designed to be very durable and can keep running for over 30 years. In contrast, buses wear out after just 8 – 12 years.

One of the “last” Toronto street cars. image: blogto.com

Since they are longer-lasting than other means of transport, the cost of repair and replacement is typically also much lower.

One ride costs $3.25, making it a very cheap transit option across the city. At the same time they are relatively fast to build, without impacting the city for a long period of time and resulting in minimal disruption to the neighborhood.

Streetcars can be so charming. Well, this is a subjective opinion, but have you seen vintage trolleys in San Francisco or New Orleans? They’re so awesome.

Cons

There are two sides to every coin so we have to mention disadvantages of streetcars, too. Once again, let’s talk about their passenger capacity. Even though they carry a relatively high number of passengers, the difference between a streetcar, LRT and subway is noticeable. Just for comparison, a subway train can hold up to 1500 passengers and an LRV can hold up to 255 people in a single vehicle (depending on speeds, frequency and actual vehicle length and capacity).

Next, streetcars require “loops” to turn around, which slows them down. This is not the case with cars, LRVs or subways.

Streetcars are noticeably slower than cars as they are travelling at speed of about 17km/h. LRVs run at an average of 27km/h and subways at 32km/h.

Streetcars are said to contribute to traffic congestion greatly. Imagine a situation when a streetcar stops to let passengers load on or get off. In such situation, both lanes at of traffic are blocked. This causes delays and angst among riders. If you’ve ever driven behind a streetcar, you know how much of a problem this is. You have nowhere to go, unless you stand far back enough to turn your car around.

At certain times they may pose danger to both passengers and pedestrians. For example, when cars try to pass them before they stop.

When it comes to costs, it is important to distinguish between the cost of laying down streetcar tracks, maintaining the streetcars themselves and maintaining roads. Streetcars require a whole lot of special mechanics and thus the cost of maintenance is much higher.

And let’s not forget about pollution. You might disagree with a statement that streetcars are a reason behind increased pollution in our city, but if you think about it for a second, you will realize there is some truth in it. Since it creates traffic congestions, it also adds to pollution.

Future of Streetcars

Even though many people are getting more and more angry at streetcars, they are not going anywhere. When (then Mayor) Rob Ford tried to cancel the Transit City light-rail-plan and build tunnels underground in some parts of the city, city council decided to keep new transit lines above ground. The main reason behind this decision was the cost of tunneling and powering subways.

And for those unhappy citizens who are queuing up behind streetcars every morning, the least Toronto could do is indicate that they are keeping an open mind about new subway lines. And let’s not forget that the city intends to build and operate new light rail transit lines, which means that people will be able to travel in new dedicated lines, separated from motor vehicle traffic. For the Silo, Jamie Sarner. 

FlyKly Wheel Transforms Any Bicycle Into 21st Century Smart Bike

The FlyKly Wheel turns ordinary bicycles into 21st century smart bikes that offer the benefits of both electric and pedal power to make bicycle commuting a viable option for everyone.

Cycling anywhere just got easier with the release of the FlyKly Smart Wheel, that lets urban cyclists climb hills and travel longer distances faster without breaking a sweat. Featuring an all-in-one design that puts a motor, battery and sensors together in a compact hub on the wheel, and weighing only 3 kg, the FlyKly Smart Wheel replaces the rear wheel on nearly any ordinary bike to transform it into a pedal-assisted electric bicycle. The FlyKly Smart Wheel has already earned three international patents and is the first all-in-one pedal assist for bicycles to hit the market.

Fly Kly 1

“With bike to work movement all over the world, we strongly believe that the moment is now to accelerate this trend and fundamentally transform urban transportation by making riding a bike effortless, smooth and smart — basically, by finally making it a truly attractive alternative to driving a car. This is the promise of FlyKly Smart Wheel” said Niko Klansek, founder and CEO of FlyKly. FlyKly launched its prototype wheel a  few years ago in a successful crowdfunding campaign on Kickstarter. To take the wheel to the next level, the FlyKly team ventured to Italy—a country well known for producing beautiful, high performance bikes—to partner with a team of designers, engineers and software developers from the prestigious Polytechnic University of Milan.

Fly Kly 2

Today, the Italian-designed FlyKly Smart Wheel is significantly smaller and lighter than the original design and offers a smoother ride while enabling cyclists to travel up to 100 km on a single charge depending upon how much of a boost they need or want from the motor. After production in Italy, the wheel is assembled in Slovenia. The FlyKly wheel and riding experience are controlled and customizable through the FlyKly App (iOS and Android), which works on smartphones and other devices using Bluetooth 2.3.

Design The FlyKly Smart Wheel comes in three rim sizes — 20,” 26” and 28” — to fit practically any bike and enable cyclists to easily transform their own bikes into pedal-assisted electric bikes. It takes fewer than five minutes to mount the fully assembled wheel. The sturdy, weatherproof casing for the all-in-one motor at the wheel’s hub comes in two colors—either pure white or silver gray—and is less than 18 cm in diameter. Bikes with the FlyKly Wheel do not look at all like traditional electric bikes, which are generally larger and heavier.

Fly Kly 4

How it works The expression “it’s as easy as riding a bike” still applies when riding a bicycle enhanced with the FlyKly Smart Wheel. After initially pairing the wheel with the FlyKly App, the rider can customize and change their riding experience whenever they wish, setting things such as how much of a boost they want from the motor — ranging from 0 % to 100% — or what maximum assisted speed they want, up to 25 km per hour. After that, the rider simply hops on the bike and starts pedaling per usual. In response to the rider’s settings, sensors in the wheel tell the motor when and how much to kick in to give the rider the boost they want. The 250W motor shuts off when the rider stops pedaling, and Smart Wheel’s regenerative braking system then kicks in to slow the bike and recharge the battery at the same time, making it possible to go even further on a single charge. With a 100%-assist from the motor, a rider can go up to 40 km on a single charge, and much farther if they require less assistance or can add to the charge while going downhill. It takes 2-3 hours to fully charge FlyKly Wheel’s 30 Volt lithium battery using an electric wall charger, which comes with the wheel.

Fly Kly 5

Test locations So far, riders can test FlyKly Smart Wheel in Europe (Copenhagen, Oslo, Ljubljana) and in US (New York). Exact test locations can be found here.

Fly Kly 6

Smart Light Smart Light is bike light, phone holder and phone charger at the same time. It comes with USB and DC power connectors, silicon elastic phone straps that holds your phone firmly and dynamo, which generates power to the light while you ride the bike. It comes in white color and compliments Smart Wheel nicely.

Fly Kly 7

Smart App In addition to being able to customize their riding experience through the FlyKly App, riders can use the Smart App to track their riding speed, distance traveled and trip duration. In the future, the app will be able to make route recommendations based upon the rider’s stated preferences and actual riding style. Riders will also be able can share any of this information with other riders, and offer it to city officials to help with plans to make their cities more bike- and environmentally friendly.

Pricing and availability The FlyKly Smart Wheel is available now in rim sizes 20”, 26” or 28” and may be purchased for 970 EUR and the FlyKly Smart Light can be purchased for 89 EUR on the company’s website at FlyKly online store. The companion FlyKly App is available for free in the iTunes App Store (iOS) and in the Google Play Store (Android).

About FlyKly Inc. FlyKly, Inc. designs and manufactures smart tools for smart urban transportation. Its flagship product is the FlyKly Smart Wheel, which turns ordinary bicycles into pedal-assisted electric bikes. The Italian-designed and Slovenian-assembled FlyKly Smart Wheel, which has earned three international patents, was released in January 2015 and is the first all-in-one pedal assist for bikes to hit the market. The company was founded in 2010 by Niko Klansek and is headquartered in Brooklyn, New York. More information is available at www.flykly.com or contact marketingdirector@thesilo.ca