Build the Sidewalk While the Street Is Already Open
When a street's sewer and watermain are old enough to need full replacement, the road above them has to be dug up and rebuilt regardless. That is the moment to add the sidewalk — not five or ten years later, when the same excavation, restoration, and traffic-control costs would have to be paid a second time. Ottawa's Complete Streets Policy has said as much since 2013, and the city's own Transportation Master Plan is explicit that building sidewalks during reconstruction is the cost-effective, least-disruptive way to close the network's gaps[1].
That principle was tested directly in Rideau-Rockcliffe this year, and it held.
That vote is worth sitting with. This wasn't staff overriding an elected council — it was council, on a cross-party basis, overriding its own colleague's attempt to make an exception. And look at what the opposition actually consisted of: residents telling CBC the street "doesn't generate enough traffic to merit sidewalks," that they feel safe walking their dog, that barely a car goes by[2]. Not a safety case. Not an accessibility case. A preference for the status quo, dressed up as a neighbourhood concern.
King moved to accommodate that anyway. A councillor's job, when a well-organized handful of residents object to a policy the whole city already debated and approved, is to explain the policy — not to bring a motion to carve out an exception for the loudest complainers. Council said no twice. The mayor said the quiet part out loud: you can't run the city street by street based on who shows up with lawn signs.
The case, point by point
| # | The case for building it now | Answering the objection |
|---|---|---|
| 1 | One dig, not two. The road surface is already coming up for the pipe work. Adding the sidewalk now means never paying to re-excavate and repave the same street a second time. | "It costs more up front." It costs less overall. Excavation and restoration — not the pipe or the concrete — are the dominant cost of underground infrastructure work, which is exactly why cities elsewhere have adopted formal "dig once" rules requiring exactly this kind of bundling[5]. |
| 2 | This is the cheapest a sidewalk will ever be. Retrofitting one onto a finished road later means re-cutting curbs, redoing drainage grading, and disturbing work that was just completed. | "This street doesn't have enough traffic to need one." That's not a safety argument — it's a comfort argument. Traffic volume measures driver convenience, not pedestrian safety. Low-traffic streets are exactly where residents — including seniors and children — end up walking on the road itself, with no separation from whatever vehicles are present at all. |
| 3 | One disruption, not two. Residents endure the excavation and restoration period once, for both projects, instead of enduring it again years later when the sidewalk finally gets its own separate turn. | "The construction is disruptive." It's disruptive once, on a fixed timeline, with the underground work paying for the shared mobilization cost. The alternative isn't no disruption — it's the same disruption twice. |
| 4 | Sidewalks, curbs, and drainage are one engineered system. Designing and building them together produces better runoff control and fewer icing/pooling problems than adding a sidewalk around an existing drainage layout later. | "It changes the street's character." A street's character doesn't include forcing pedestrians onto the road. Basic infrastructure parity with the rest of the city is not a threat to a neighbourhood's identity. |
| 5 | Applied consistently, the policy is fair. Every neighbourhood gets the same standard when the same trigger — full road reconstruction — applies to it, rather than sidewalks depending on which street can organize the loudest opposition. | "Our street should be the exception." That's not an argument — it's a request for special treatment, and council recognized it as one in Manor Park. Grant one well-organized street an exception and you no longer have a policy; you have a negotiation, street by street, won by whoever has the time and lawn signs to fight it[4]. |
| 6 | Accessibility gains land now, not on a waiting list. AODA-compliant curb ramps and a continuous walking surface arrive with the underground work instead of waiting for a stand-alone sidewalk program to eventually reach the street. | "Tree removal is a real cost." It is, and it should be minimized and disclosed honestly — but it's a design and mitigation question, not a reason to skip the sidewalk. Cities that have faced this directly have found root-friendly alignments and replacement planting; the answer is better design, not no sidewalk[6]. |
References
- City of Ottawa Transportation Master Plan, Policy 6-2 ("Improve and Expand the Pedestrian Network"), and the city's Complete Streets Policy (2013), as summarized by Ecology Ottawa, "The Fight for Sidewalks in Manor Park." ecologyottawa.ca/manor_park_sidewalks
- CBC News, "Proposed Manor Park sidewalks getting the side eye from some" (July 2025), on the original staff recommendation for sidewalks and traffic calming on the affected streets. cbc.ca/lite/story/1.7596368
- City of Ottawa Public Works and Infrastructure Committee minutes, Motion PWIC 2026-25-04, on the committee vote on Councillor King's motion regarding Braemar Street, Finter Street, and Kilbarry Road. pub-ottawa.escribemeetings.com
- CBC News, "Manor Park sidewalks to go ahead after council vote" (Arthur White-Crummey, April 8, 2026), on the full council vote and Mayor Sutcliffe's comments. cbc.ca/news/canada/ottawa/manor-park-sidewalks-to-go-ahead-after-council-vote-9.7156814
- National League of Cities, "Building Resilient Communities: The Power of Dig Once Policies," and Vanderbilt University Law School, "Dig Once: How Federal, State, and Local Governments Can Reduce the Cost of [Broadband Deployment]," on excavation and restoration as the dominant cost driver of underground infrastructure work. nlc.org; cdn.vanderbilt.edu
- CBS News Los Angeles, "Neighbors outraged as Torrance plans to remove 60 trees to save sidewalks," on root-friendly redesign and replacement planting as a mitigation approach. cbsnews.com
Built for Forty Years, Not for the Next Two
A concrete sidewalk, properly built, lasts 40 years or more before it needs full replacement[1]. A council term lasts four. Every time a street comes up for sewer and watermain renewal, someone standing at a podium is thinking about the next two years — the next election, the next round of complaints, the next lawn sign. The people who actually depend on that sidewalk are thinking about the next four decades, whether they realize it or not. Those are two very different planning horizons, and only one of them should be setting the design.
Who actually needs the sidewalk
This isn't an abstract debate about neighbourhood character. It's about specific people, using a street in specific ways, who have no real alternative to the road itself when there's no sidewalk.
| Who | What "no sidewalk" means for them |
|---|---|
| Wheelchair and mobility-device users | Where there's no accessible sidewalk, people using wheeled mobility devices are forced onto the road itself to get anywhere — trading a barrier for a genuine collision risk[2]. This isn't a design nicety; the accessibility literature treats it as a direct road-injury risk factor. |
| Seniors | Research on winter pedestrian access found that cold weather itself barely changes how often older adults go outside — but snow and ice on the ground keeps them home[3]. A level, properly graded, properly drained surface is what determines whether an 80-year-old keeps walking to the corner store through a Rideau-Rockcliffe winter or stops leaving the house. |
| Kids on trikes and bikes | A five-year-old on a trike, or an eight-year-old learning to ride, doesn't belong sharing a travel lane with a car — regardless of how "quiet" the street's defenders insist it is. A sidewalk is the only place a small child on wheels is actually separated from moving vehicles. |
| People using canes, walkers, and strollers | The same design standard that serves wheelchair users — a level, adequately wide, well-drained path of travel — is what keeps a parent pushing a stroller, or someone using a cane after a hip replacement, off the traffic lane entirely. |
Ice isn't a maintenance footnote — it's the accessibility failure
Winter is where the design case gets tested and where it usually fails first. A survey of pedestrians across a range of ages found that icy sidewalks and pooled water at curb ramps were the single biggest factors driving people — especially seniors — indoors during winter, more than the cold itself[3]. A separate review of mobility-device users found that snow and ice routinely leave wheels unable to gain traction at all, sometimes stranding people entirely[4]. That's not a plowing schedule problem you can fix after the fact. It's a design problem: a sidewalk that's level, properly graded so water doesn't pool at the curb cut, and wide enough to stay passable when it narrows under snow, fails less often than one bolted on as an afterthought.
The forty-year test
Here's the question that should settle every one of these debates before it starts: will the person objecting today still be the one living with the decision in twenty years? Often, no. The senior who needs a level, ice-managed surface to keep walking independently in five years may not be the same person currently telling a reporter the street "doesn't generate enough traffic." The child who needs separation from moving cars on a trike hasn't been born yet in some of these households. A council term is four years. A mayor's is four years. A sidewalk, built once and built right, outlasts both several times over[1] — which is exactly why it shouldn't be designed to satisfy whoever is loudest in year one.
References
- Georgia Institute of Technology, "Economic and social sustainability of sidewalk infrastructure" (Patel, 2019), on sidewalk infrastructure having a service life of more than 40 years before full-cycle replacement. repository.gatech.edu
- ScienceDirect, "Disability and pedestrian road traffic injury: A scoping review," on inaccessible sidewalks and missing curb cuts forcing wheeled mobility-device users into the roadway. sciencedirect.com
- Li, Hsu & Fernie, "Aging and the Use of Pedestrian Facilities in Winter," Journal of Urban Health (2012), on icy sidewalks and pooled water at curb ramps as the leading factors keeping older adults indoors in winter. pmc.ncbi.nlm.nih.gov/articles/PMC3732686
- ScienceDirect, "Winter Mobility and Community Participation Among People Who Use Mobility Devices: A Scoping Review," on snow- and ice-covered sidewalks preventing mobility devices from gaining traction. sciencedirect.com
