Posts Tagged ‘Rapidway’

look way up there!

Thursday, November 10th, 2016

look way up there!

The installation of hydro poles on Yonge in Newmarket is a major milestone for the bus rapidway project. By the end of construction, about 100 new hydro poles, most of which stand at 100 feet tall, will line the corridor from Savage Road/Sawmill Valley Drive to Davis Drive. Installing these gigantic poles is no small feat, because each one weighs 20,000 pounds. To do this work safely, traffic has to be stopped for a short period of time in all directions while each pole is hoisted high in the air, rotated and then carefully lowered onto concrete foundations.

The pole design has a grey concrete finish and due to their foundations, do not require supportive wires. This helps to reduce the visual impact and contribute to an inviting streetscape once the final boulevards and sidewalks are all in place.

Our latest video goes behind the scenes and gives you an up close look at the hydro pole action. Check it out, we’re sure you’ll agree, there’s nothing small about this part of the Yonge project.

We love hearing from you! So if you have any questions or comments, let us know at contactus@vivanext.com. To stay up to date on construction, sign up for email updates at vivanext.com/subscribe.

 

the ballet of building the VMC canopy

Friday, October 21st, 2016

Vaughan Metropolitan Centre – Spadina Subway Station

The giant sections of structural steel canopy were installed this fall in the Vaughan Metropolitan Centre [VMC] area – right in the middle of Highway 7 West – and it was a ballet of precision.

Having a large structure like this arise in the centre of a roadway is an incredibly unique construction event.

That’s why we made sure we were out on the corridor watching and recording the action to share with all of you.

The largest section lifted was 25,000 lbs – over 11,300 kg! You can read more about this new Vivastation, and check out the video to see how this feat was done.

 

Questions or comments? Comment below or email us at contactus@vivanext.com. To stay up-to-date on construction, sign up for email updates at vivanext.com/subscribe.

 

designing for the future

Thursday, October 20th, 2016

Who can remember? Not so long ago Highway 7 in Markham and Richmond Hill was a suburban highway: a few isolated developments, lots of parking lots and open fields, but no sidewalks, no plantings, no bike lanes–and certainly no dedicated rapid transit bus lanes. Just look at it now!

In only a few years from start to finish, construction begins and is completed on each of the rapidway projects. In the world of infrastructure renewal, vivaNext construction projects are known to be implemented very efficiently, and we’re doing everything we can to maintain that great reputation.

years of work are behind the design

What’s not so apparent to the public is the lengthy design process that happens long before construction starts. Design of the many engineering and architectural elements must take place stage by stage. Throughout, the designers need to balance staying true to the original vision with making it work in different conditions and geographical areas.

a variety of disciplines at work

VivaNext uses a multi-disciplined design team including: engineers who specialize in civil, traffic, structural, geotechnical, electrical and transit systems; architects; environmental consultants; landscape architects, security experts and more.

many stakeholders weigh in

At each stage, different options and features are reviewed, adjusted and improved with input from municipal staff, utility companies, local conservation authorities, property owners and others. Depending on the location of the project, specific design issues are addressed in conjunction with the owners of adjacent infrastructure including GO Transit, 407 ETR, CN, and the Ontario Ministry of Transportation.

the stages of each project

The process is not a fast one; the Environmental Assessment process, which established the conceptual design for vivaNext, was begun in 2002, and the whole process for any one segment from Preliminary Engineering to service start may take 6 or more years. Here’s an overview of the stages each of our projects go through, before shovels can hit the ground.

•    Environmental Assessment [EA]: The EA examines alternatives and identifies a preferred design. The vivaNext conceptual design shows the approach for individual segments like the number of rapidway and traffic lanes, boulevards and planting zones and the arrangement of stops and stations. The EA then identifies potential design impacts on the natural and built environment, traffic, noise, drainage, property, etc., and proposed strategies to avoid or mitigate and monitor them.

•    Preliminary Design: This stage takes design to approximately 30% completion and establishes the outlines of the project including its alignment and profile, what additional property is needed to build the project, development of major components like bridges or culverts for water crossings, entrances and intersections, utilities, and listing permits and approvals.

•    Detail Design: This stage fleshes out the preliminary design for all elements. For example, preliminary design may identify that a high retaining wall will be needed at a specific location; 60% design will show the kind of foundation needed and the wall’s general construction; 90% design will show the colour and design of the material to be used on the outside of the wall, and 100% will show all details and specifications required to construct the work.

•    Issued-for-Construction Drawings: These are the final design drawings to be used by the contractors, once all approvals are complete.

By the time vivaNext is complete, all our projects will share the original design vision, but their individual design will reflect local requirements and various conditions. Each segment is tailor-made to be functional, convenient and beautiful, with the primary goal of providing a rapid transit system for the future. Which is, and always has been, the ultimate vivaNext design objective.

celebrating the completion of the Davis Drive rapidway

Wednesday, October 12th, 2016

YouTube video: timelapse of Davis Drive

Last week, the Honourable Steven Del Duca, Minister of Transportation; Wayne Emmerson, Chairman and CEO, The Regional Municipality of York; Bruce McCuaig, President and CEO, Metrolinx; the Chairman of the YRRTC Board, Frank Scarpitti, Mayor of the City of Markham and Tony Van Bynen, Mayor of the Town of Newmarket, joined together to celebrate the transformation of Newmarket, with the completion of the bus rapid transit (BRT) rapidway project on Davis Drive.

The Davis Drive rapidway was opened for the new Viva service in November 2015, extending 2.7 kilometres from Yonge Street to Roxborough Road, with service continuing in mixed traffic another 2.3 kilometres with curbside stops and a turn-around at the new park and ride facility at Highway 404. This past spring, crews began work on the finishing touches such as planting trees and installing the last sections of sidewalk.

Rapid transit along Davis Drive promotes growth and development, and supports the priorities of the Town of Newmarket’s Strategic Plan, York Region’s Centres and Corridors plan, Metrolinx’s Regional Transportation Plan for the Greater Toronto and Hamilton Area (GTHA) and Ontario’s Growth Plan for the Greater Golden Horseshoe.

Along with providing a convenient new travel option, the Davis Drive rapidway project helped transform Newmarket with updated utilities, new infrastructure such as a water main and the Keith Bridge, and wider boulevards. These improvements will help support the continued growth and development in Newmarket’s town centre.

The Davis Drive rapidway has been years in the making. We’ve captured the entire transformation on video. Through all the planning, design and construction there’s something special about knowing that you’ve contributed to the future growth and prosperity of entire neighbourhoods, towns and regions by connecting people to the places they work, shop and play.

We would like to sincerely thank the community, businesses and residents that have supported the project from the outset, and endured the disruptions that come with long term construction. Your patience, understanding and feedback have been invaluable. Newmarket now has a rapid transit system we can all be proud of and enjoy for many years to come.

 

detecting vehicles at traffic lights >> a mystery solved

Wednesday, September 21st, 2016

detecting vehicles at traffic lights >> a mystery solved

If you receive construction emails from us, you might know that we’ve installed vehicle detector loops at intersections with traffic signals. But if you’re like most people, traffic lights, and their various components [what are vehicle detector loops, anyway?] are probably one of those subjects you don’t give a lot of thought to. So next time you’re waiting for that light to change, here’s a primer on vehicle detector loops, and why you’ll be glad we’re installing them as part of our projects.

To begin with, vehicle detector loops [the technical term is “inductive-loop vehicle detectors”] are flat, loose coils of wire covered in light plastic, which are buried in the asphalt under the lanes at an intersection.

In York Region, most of our vehicle detector loops are approximately 4 metres square, and extend from the pedestrian crosswalk and across the stop bar [the wide white line going across each traffic lane at intersections] for approximately 15 metres.

The point of a vehicle detector loop is to detect when vehicles are sitting at the intersection. Vehicle detector loops are able to do this through a process of magnetic induction, which results when metal objects [i.e., vehicles] are nearby. Put simply, the presence of the vehicle results in a change in the magnetic field of the loop. This change is detected by the traffic signal controller [a large box located near every signaled intersection], which in turn sends a message to the traffic signal to begin turning from red to green.

York Region owns and or maintains 848 signalized intersections [traffic lights occasionally are used in other settings such as single lanes through construction zones]. Most of York Region’s traffic loops are located on side street lanes, in left turn lanes to activate advanced left turn signals, and on rapidways to detect transit vehicles.

The Region also uses “Matrix” vehicle detection, a pole-mounted system using radar imaging, in construction zones where lanes are moved, and where it’s problematic to install traffic loops. For more information on the technology of traffic signals, check out york.ca/intersections.

Ultimately, traffic loops improve the performance of an intersection, helping traffic flow by detecting you better.

 

connecting the drops

Wednesday, August 31st, 2016

connecting the drops

The importance of upgrading Canada’s infrastructure is everywhere in the news these days. Infrastructure includes everything from bridges to roads and transit, to utilities such as hydro lines, sewers and water mains. Each vivaNext project includes improvements to infrastructure and utilities, leaving a lasting legacy for residents and businesses. One of the most important pieces of infrastructure is a water main – bringing fresh water to your mealtime prep, your kids’ bath tub and even your local swimming pool. In Richmond Hill, the residents and businesses connecting to Yonge Street are getting a new, modern water main to prepare for future growth.

Although to some people it might not seem very glamorous, an important example of a major infrastructure improvement is the replacement of the Richmond Hill water main, which we’re doing as part of the vivaNext Yonge Street rapidway project. This work will replace 3.7 kilometres of water main along Yonge Street from just south of Garden Avenue [north of Highway 407] to Major Mackenzie Drive. The water main, which supplies water to the adjacent residents, is owned and maintained by the Town of Richmond Hill, with construction done by the vivaNext Design Build contractor.

Water main replacements, especially in busy thoroughfares like Yonge Street, require complex planning for design, staging and construction. As with all our work, we need to find a balance between a number of competing priorities. One priority is to maintain service to households and businesses who depend on the water main. Another priority is to get the work done in a way that minimizes disruption to traffic. And, as always, we need to plan the design and construction in a way that gets the most value for money, including future maintenance costs.

To avoid existing underground utilities and simplify construction, we’ll relocate the water main to run under the traffic lanes on Yonge Street. We also want to avoid locating it under the new planters that will be built along the sidewalk, in the event that future maintenance on the water main is needed.

Replacement water mains are generally located as close as possible to the original water main, to preserve existing connections to residences and businesses. As a result, construction proceeds more slowly to avoid any damage during excavation to the existing water main, which stays in use until the new one is ready for service.

To minimize disruption to traffic, workers will be building the new water main from inside a trench box, which significantly reduces the amount of space needed to carry out the construction compared to regular excavation. The benefit of constructing in less space is that fewer lane closures are needed during construction, which is critical on Yonge Street.

However, trench box construction has to move more slowly. The rigid trench box also makes it more challenging to work around conflicts with other buried infrastructure. From time to time we can expect progress to slow down while crews get around other underground utilities. Construction will be followed by a lengthy process of pressurizing, cleaning and testing, all to meet very strict government standards.

Once the new water main is ready to go, a new connection to each address along the main route will need to be made, along with additional connections to other water mains at intersections. Individual addresses are relatively straightforward to reconnect, but businesses and multi-unit residential buildings take longer, with connections to larger pipes and fire lines. This process of disconnection and reconnection will be planned ahead, with communication with each residence and business to minimize disruption.

We’re excited that the community is going to be getting a new water main, built to the most modern standards. Our team is working with the community during construction to help minimize any impacts to parking and driveways. And we’ll make sure there’s lots of clear signage to help guide you through construction areas.

It’s a huge project, and it’s going to be pretty messy out there for a while. But long term, it’s great news for the residents of Richmond Hill that this huge investment is being made in infrastructure. We hope this helps explain what the crews are doing out there, and how it makes a difference to the community. For more information on ongoing work be sure to sign up for email updates, and follow us on Twitter.

 

going where the action is

Wednesday, June 22nd, 2016

going where the action is

In York Region, there are over 120 bus routes travelled by Viva and YRT buses, and some are busier than others. Some of the busiest routes are on Yonge, Highway 7, Bathurst and Centre Streets, Bayview Avenue and Leslie Street. If you live or work in York Region, there’s a good chance that you travel one of these roads regularly, so it’s no surprise that other people want to go there too.

When building transit, planners have a few goals in mind: ensure most people have access to transportation; have transit where people want to get on and off; and be prepared for future growth and development.

Ensuring most people have access to transportation allows people to get where they want to go, even if they have a specific need or live in a less populated area. In York Region, Dial-a-Ride, community buses and seasonal services [like Canada’s Wonderland!] are examples of this. Community buses take people to places where there’s a special interest, like hospitals, plazas and schools.

The most popular transit routes go where people want to get on and off. People want to go where the action is, so routes are planned where shopping, services, jobs, and higher-density housing is already along the way. One example of this is the area around Bathurst and Centre Streets, where shops and amenities are walking distance to a transit terminal and multi-story condo buildings. Connections to other transit are a big draw too – so routes are planned near bus terminals, GO stations, and future subway stations.

In some cases, we’re preparing for future growth by building transit before development. Enterprise Boulevard in Markham is a planned downtown area near the Unionville GO Train Station that only seven years ago was mostly vacant fields. We opened the first segment of rapidway there in 2011, and since then condo buildings, a sports facility, shops, restaurants and entertainment have all been built, and hotels and a York University campus are on the way.

Whether development is already there or on the way, transit planning means making sure transit is easy to access, and goes where people want to go – an important element in building great communities.

 

Yonge at heart

Wednesday, June 15th, 2016

Yonge at heart

At 220 years old, Yonge Street is one of the GTA’s oldest roads, and before it was a road it was likely a trail. Since the beginning, it’s been improved upon and extended. Transit has always been a component of the street, starting with horse-drawn stagecoaches, then streetcars, trains and buses. It’s always been a local road that people walk and bike along, as well as a commuting road for longer distances.

Today, Yonge Street is changing again. We’re building dedicated lanes for transit – rapidways – in Richmond Hill from Highway 7 to 19th/Gamble and in Newmarket from Savage Road/Sawmill Valley Drive to Davis Drive. It’s part of a big plan for a seamless transit system in York Region and the Greater Toronto and Hamilton Area. The Yonge Street rapidway will connect to the Highway 7 rapidways leading to Markham and Vaughan, and to the future Spadina Subway Extension and Yonge Subway Extension.

Once complete, Viva service along Yonge will have faster and more reliable travel times, and traffic congestion will be reduced. Modern transit will be on the doorsteps of people living and working along Yonge Street, and the tree-lined sidewalks and bike lanes will make Yonge an even more attractive, vibrant place to walk, shop and ride.  With people at all stages of life using this important street, transit continues to play a key role.

There is a lot of work happening in 2016, and we’re keeping everyone informed. You can find facts and maps on the project page on our website, and we’ll be at some local community events this summer. We’re also on Twitter and Facebook, and we have some project videos on YouTube. If you would like to contact us directly, our Community Liaisons are available to talk. If you sign up for email updates, we’ll let you know when work is happening and you’ll receive announcements, project newsletters, and an invitation to an open house we’ll be hosting later this year.

 

navigating the rapidways

Friday, June 10th, 2016

click here to see the video -- rapidway intersections: safe journeys

Safety on the rapidway is everyone’s responsibility, and at vivaNext, we take it seriously. But that doesn’t mean we can’t look at an important topic in a light hearted way. You’ll need to watch our latest safety video to fully understand what we mean, but one thing is certain: you’ll be able to relate to one of our four travellers as they navigate our roads with Viva rapidways.

Motorist Molly, for example, needs to get to her mid-block destination, but gets stuck waiting for a left turn signal. What could be causing the problem?

Cyclist Cedric also has a turning concern while on the move. When travelling on dedicated bike lanes, making a left turn can be tricky business. Must he merge into dangerous traffic to get to the left turn traffic lane? Or is there an easier way?

Pedestrian Percy and his grandfather need to be fully aware of their surroundings when crossing the street, whether it’s to the vivastation in the centre lanes, or continuing to the other side.

However you get around, it’s important to understand what everyone else is doing to make sure your journey is a safe one. Watch the video, get to know the new surroundings, and take care when you’re travelling. Davis Drive and Highway 7 now have new ways to navigate, and there’s more to come!

 

New book on ‘complete streets’ highlights the Highway 7 East vivaNext project

Wednesday, May 18th, 2016

New book on ‘complete streets’ highlights the Highway 7 East vivaNext project

The Toronto Centre for Active Transportation [TCAT] has recently published a book on street-transformation projects, called: Complete Street Transformations in the Greater Golden Horseshoe. One of the projects they featured is the vivaNext rapidway on Highway 7 East in Markham and Richmond Hill!

The book includes nine different street-transformation projects from southern Ontario that, according to TCAT, “involved redesigning streets to make more space for one or more of pedestrians, cyclists, or transit riders.”

They also present outputs and outcomes of each project. For the Highway 7 East project, they comment on the safety improvement brought by the transformation, the increase in pedestrians and have included a cyclist and pedestrian count in one segment of the street. And, of course, they also note the improvement in transit travel times, with the BRT shortening the average transit rider’s commute by over 30%.

The most recent edition of Novae Res Urbis (GTA), the urban planning magazine, promoted Complete Street Transformations and said this about the vivaNext project:

“By far the most ambitious project highlighted in the book was the $308-million transformation of Highway 7 East in the City of Markham and Town of Richmond Hill. The former provincial highway was transformed into a multi-modal transportation corridor with bicycle lanes and a dedicated transitway. The result was a dramatic increase in the number of pedestrians, cyclists and transit users in the corridor, as well as a 64 per cent reduction in collisions.”

You can download a copy of the book here. The good stuff about the Highway 7 East project starts on Page 11!

Questions or comments? Comment below or email us at contactus@vivanext.com. To stay up-to-date on construction, sign up for email updates at vivanext.com/subscribe.