Concrete Speed Bump Cost: 2026 Pricing Per Unit

Concrete speed bumps run $400 to $2,000 per unit installed in 2026 — the highest upfront cost of any speed bump material. The premium buys a 15 to 25-year service life, which is two to three times the lifespan of rubber and roughly equal to permanent cast-in-place asphalt. On high-traffic commercial lots where the cost of re-installing every few years matters more than the upfront number, concrete is often the cheapest choice on a per-year basis.

Below: concrete bump pricing broken out by build method, what actually drives the per-unit cost, and how to think about the long-term economics. Pairs with our speed bump cost overview and the concrete vs asphalt speed bumps comparison.

What Does a Concrete Speed Bump Cost in 2026?

Industry Baseline Range:

Build Method	Material Only	Installed Each
Form-and-pour cast-in-place	$200 to $600	$700 to $1,500
Precast unit, set and anchor	$400 to $1,000	$900 to $1,800
Architectural finish (exposed aggregate, integral color)	$500 to $1,200	$1,100 to $2,200+
Heavy-duty / industrial spec	$500 to $1,000	$1,200 to $2,000+
Single-bump job (any method)	--	Add $300 to $600 mobilization absorption

These figures reflect published industry averages. Current market pricing varies significantly and actual quotes may fall well outside these ranges based on site-specific conditions, material costs, and project complexity.

Current Market Reality

Two forces drive 2026 concrete speed bump pricing past historical baselines:

1. Ready-mix concrete prices remain elevated. Bureau of Labor Statistics PPI data for ready-mix concrete shows material-and-delivery costs significantly above 2019 levels. Short-load delivery surcharges (common for single-bump pours) add $100 to $300 per delivery.
2. Form-and-pour labor has outpaced general inflation. Skilled finishing labor for parabolic-profile concrete shaping carries a premium over flat-slab work, and prevailing-wage thresholds in Portland and Salem add 25 to 35 percent over rural Oregon sites.

For per-foot pricing comparisons across all materials, see our speed bump cost guide.

What Drives Concrete Speed Bump Cost?

1. Build Method

Form-and-pour cast-in-place is cheaper per unit but requires forming, hand-finishing the parabolic profile, and 24 to 72-hour cure time before traffic. Precast units arrive ready to set and anchor; faster install but higher material cost and freight.

2. Length and Cross-Section

A standard parking-lot concrete speed bump is 10 to 12 feet across a single drive aisle, 12 to 24 inches in travel direction, and 3 to 4 inches tall at center. Longer bumps (full two-lane width, 22 to 24 feet) cost roughly proportionally more.

3. Concrete Strength and Mix

4,000 psi air-entrained mix is standard. 5,000 psi mix for heavy-duty industrial spec adds 10 to 20 percent. Air entrainment is mandatory in Oregon freeze-thaw exposure -- non-air-entrained concrete cracks within two seasons.

4. Reinforcement

Most parking-lot concrete bumps use #3 or #4 rebar in a cage to control crack propagation. Reinforcement adds $40 to $150 in steel per bump plus labor to tie. Industrial-spec bumps may use heavier #5 rebar.

5. Finish

Smooth gray broom finish is cheapest. Sandblast, exposed-aggregate, integral-color, or stamped finishes add $100 to $400 per bump for architectural applications.

6. Site Access and Concrete Delivery

Single-bump pours absorb full short-load delivery surcharges ($100 to $300). Concrete-pump access for hard-to-reach lots adds $400 to $1,000 per visit. Tight-access pours (parking decks, enclosed lots) add 20 to 40 percent to labor.

7. Cure-Time Logistics

Active retail or grocery sites cannot afford 72-hour traffic exclusion on a drive aisle. Accelerated mix and cure blankets shorten cure to 24 to 36 hours but add $50 to $200 per bump. Off-hours pours (night, weekend) are common for retail to bridge cure-time exposure.

Why Pick Concrete Over Other Speed Bump Materials?

Three reasons concrete wins:

1. Service life. A properly built concrete speed bump in an Oregon commercial parking lot lasts 15 to 25 years. Rubber bumps last 3 to 7 years; asphalt bumps last 7 to 12 years.
2. No anchor maintenance. Rubber bumps eventually develop loose anchor bolts; asphalt bumps eventually crack at the base. Monolithic concrete has no anchor or interface to maintain.
3. Aesthetic consistency. In retail and pedestrian-priority sites, a concrete bump matches surrounding hardscape. Rubber bumps read as utility; concrete reads as architecture.

Why NOT Pick Concrete?

Three reasons concrete loses:

1. Highest upfront cost. Concrete bumps cost 2 to 4x rubber on Day 1.
2. No removability. Once poured, removing a concrete bump requires saw-cut, jackhammer, and pavement repair -- $1,500 to $3,500 to undo a single bump.
3. Cure-time disruption. 24 to 72 hours of traffic exclusion or detour during cure is hard for many active sites.

For seasonal use, removability priority, or short-term sites, rubber is the better choice. The choice depends on site profile, not material superiority.

Form-and-Pour vs Precast: Which Costs Less?

Factor	Form-and-Pour	Precast Set
Material cost	$200 to $600	$400 to $1,000
Install labor	$400 to $900	$300 to $700
Cure time on-site	24 to 72 hours	None (pre-cured)
Surface finish	Hand-shaped	Factory-finished
Single-bump scenario	Higher (mobilization absorbs full delivery)	Lower (no concrete delivery)
Multi-bump scenario	Lower (one delivery, multiple pours)	Higher (per-unit material price)

For 1 to 2 bumps, precast is often cheaper because you avoid the short-load concrete delivery surcharge. For 4 or more bumps on one mobilization, form-and-pour is typically cheaper because the concrete delivery cost amortizes across multiple pours.

Real Cojo Concrete Speed Bump Install

In Q3 2025 we cast-in-place 4 concrete speed bumps at a Eugene-area medical office complex with heavy daily traffic and a hard requirement for 20-year minimum service life. Spec'd as 12-foot wide cross-section, 24 inches travel direction, 4 inches tall at center, 4,000 psi air-entrained mix with #4 rebar cage, broom finish painted with yellow chevron pattern.

The 4-bump pour took one day with a same-day mobilization for forming and rebar placement, plus one additional day for paint and signage after 36-hour cure. Per-bump installed cost averaged $1,180 -- toward the upper end of the baseline range because the 12-foot cross-section is on the longer side of typical and the medical-complex site needed off-hours scheduling.

Lifespan-Adjusted Cost Analysis

The cheapest bump on Day 1 is not always the cheapest bump per year of service life:

Material	Installed Cost (per bump)	Service Life	Cost per Year
Rubber 6-foot	$310 to $850	3 to 5 years	$80 to $280
Rubber 12-foot	$530 to $1,200	4 to 6 years	$100 to $300
Asphalt cast-in-place 12-foot	$400 to $1,500	7 to 12 years	$50 to $215
Concrete form-and-pour 12-foot	$700 to $1,500	15 to 25 years	$35 to $100
Concrete precast 12-foot	$900 to $1,800	15 to 25 years	$40 to $120

On a 15-year cost-per-year basis, concrete is consistently the cheapest option even though it carries the highest upfront cost. The break-even point versus rubber is roughly 5 to 7 years; versus asphalt is roughly 8 to 10 years.

Get a Concrete Speed Bump Quote

Cojo casts and installs concrete speed bumps across the Oregon I-5 corridor. We pour our own bumps in 4,000 psi air-entrained mix with proper rebar reinforcement, hand-shape the parabolic profile, and stripe the bump on the same mobilization. Contact Cojo for a fixed-scope quote.

For full installation logistics, see speed bump installation cost. For the material trade-off, see concrete vs asphalt speed bumps.