Canoe Material Comparison Calculator

Compare canoe hull materials (polyethylene, Kevlar, fiberglass, carbon, wood) on weight, cost, durability, and portageability.

Hull Material

Canoe length (ft)

Portages per trip (avg)

Use Intensity

Tab to move between fields

Overall suitability (0-100)

Estimated weight (lbs)80

Estimated cost ($)$1,100.00

Portage score (0-100)28

Durability match (0-100)100

Estimated lifespan (years)18

How to Use This Calculator

Select the hull material you are evaluating: polyethylene, ABS, fiberglass, Kevlar, carbon fiber, or wood.
Enter the canoe length in feet — longer canoes are heavier in every material.
Input how many portages you typically do per trip — more portages make weight savings more valuable.
Choose your use intensity from flatwater-only through expedition paddling.
Read Overall Suitability Score (0–100) and Estimated Weight in lbs to compare materials side by side.
Check Estimated Cost and Estimated Lifespan to evaluate the value proposition of each material.

How the result changes with Canoe length (ft)

Hull Material: Canoe hull material to evaluate.
Canoe length (ft): Overall length of the canoe. Longer = heavier in all materials.
Portages per trip (avg): How often you portage. More portages = weight matters more.
Use Intensity: How aggressively the canoe will be used.

Overall suitability (0-100): Weighted score based on your portage frequency and use intensity.
Estimated weight (lbs): Approximate canoe weight for this material and length.
Estimated cost ($): Midpoint of typical price range for this material.
Portage score (0-100): How easy the canoe is to carry. Higher = lighter and easier.
Durability match (0-100): How well this material handles your intended use intensity.
Estimated lifespan (years): Expected useful life with proper care at your use intensity.

Identify Input Parameters
4 parameters
Hull Material = 1, Canoe length (ft) = 16, Portages per trip (avg) = 3, Use Intensity = 2 = 4 input(s) provided
Calculate Overall suitability
Overall suitability = portageScore * portageWeight +
79 = 79
Calculate Estimated weight
Estimated weight = mat.weightLbs * lengthFactor
80 = 80
Calculate Estimated cost
Estimated cost = (costEstimateLow + costEstimateHigh) / 2
1100 = $1,100

Engine last updated July 28, 2026. Checked against 3 independently-derived tests — how we verify calculators.

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