The cost-comparison guides are everywhere. What they don’t cover is when the choice matters and when the product is basically interchangeable.
The base case
Above grade, on a dry subfloor, with no history of moisture issues: engineered hardwood is the better product. It refinishes once or twice (3mm veneer is the practical threshold for a full sand), ages more gracefully than LVP, and adds more to resale value in the GTA market. Ontario puts flooring through a real stress test: bone-dry winters and humid summers hit expansion-prone materials hard. Engineered wood’s cross-ply construction handles humidity swings better than solid hardwood, and better than lower-end LVP products that gap or cup when interior RH drops below 30%.
GTA pricing in 2026: engineered hardwood runs $4–$9/sqft in material, $2–$3.50/sqft to install (glue-down on concrete at the high end, nail-down over plywood at the low end). Budget $7–$13/sqft all-in for a mid-grade product with a competent install.
Below grade, on a slab, anywhere with moisture history, or when budget is the primary constraint: LVP. GTA basements see real seasonal groundwater pressure, and LVP’s waterproof core handles it without the risk.
GTA pricing in 2026: quality LVP runs $3–$6/sqft in material, $1.50–$2.00/sqft to install. Budget $5–$9/sqft all-in.
Where it gets complicated
Radiant in-floor heat changes the math. Most LVP has a surface temperature ceiling around 85°F. If there’s hydronic radiant under the slab, or the plan includes adding it, check the manufacturer spec before ordering; most products restrict this use, and the warranty voids on overheating. Engineered hardwood over radiant hydronic works with the right product and a slow startup protocol, but that’s not a default assumption. Get the product spec sheet confirmed before ordering.
Condo boards add another layer. Most GTA condo declarations require Impact Insulation Class ratings for flooring over occupied units, commonly IIC 50 or higher. The underlayment determines that rating. LVP on a floating system over a qualifying underlayment can meet IIC 50. Engineered hardwood glued directly to concrete typically cannot. Read the condo declaration before your flooring supplier sells you anything.
Renovation sequence is where timing errors happen. Flooring is the last trade in, but several decisions have to be locked in earlier: baseboard replacement depends on finished floor height, in-floor heat rough-in happens before subfloor prep, and room-to-room transitions depend on the height difference between the products you’ve specified. Get the flooring choice confirmed before the cabinets and doors are hung. Switching products after that point creates height and transition problems that take time to fix.
Subfloor prep
Both LVP and engineered hardwood need a flat subfloor: within 3/16" over 10 feet. On concrete, that means grinding high spots and self-leveling low ones. Over plywood, it means screwing down any squeak points and adding underlayment where needed. Budget $0.50–$1.50/sqft for prep as a separate line item. It’s almost never included in flooring quotes, and it’s almost always needed.
Four questions before you order
What’s the subfloor condition, and is the prep cost quoted separately? Does your condo declaration have an IIC requirement? Is there radiant heat installed or planned? What’s the humidity range in the space through winter? Those four questions will narrow the product choice more reliably than any cost comparison guide.
Post your specific situation below. If you’re working through renovation sequencing more broadly, there’s a related guide on kitchen trade timing and permits here: Kitchen renovations in Ontario: trade sequencing, what triggers a permit, and where delays actually come from (2026)
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