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The Fennec Lab

Residential Recurring Collection Pricing Calculator

Build a defensible per-household monthly subscription price for recurring residential trash and recycling collection on a subdivision, HOA, condo, or municipal contract. Inputs: household count, trash service frequency, recycling service frequency, per-stop pickup time (seconds), loaded CDL Class B driver hourly rate, truck cost per route-hour, pounds of waste per household per week, tipping fee per ton, and target gross margin. Outputs: monthly per-household price, annual contract value, weekly route hours, weekly cost stack (driver + truck + disposal), per-stop cost, and breakeven households per route. Cross-checks route density against the SWANA stops-per-route-hour benchmarks (60-150) and gross margin against the SWANA / NWRA residential subscription band (18-30%). Tool, not advice — municipal subdivision contracts are governed by state procurement law and the HOA equivalent by the declaration; CDL Class B and FMCSA HOS rules apply (49 CFR §§ 383, 395); tipping fees governed by EPA RCRA Subtitle D (40 CFR Parts 257-258).

Calculator

Adjust the inputs below; the result updates instantly.

Contract

Route

Cost basis

Disposal

Pricing

Recommended per-household monthly price

$10.78
Per-household monthly cost (build-up)
$8.19
Weekly route cost (driver + truck + disposal)
$662.38
Weekly driver cost
$154.00
Weekly truck cost
$202.13
Weekly disposal cost
$306.25
Route hours per week required
4.8
Stops per route-hour (SWANA band 60-150)
109.1
Per-stop cost
$1.26
Breakeven households per single route
1,189
Summary
At 350 households with weekly trash and bi-weekly recycling, the route serves 525 stops per week at 109 stops/route-hour (4.8 route-hours/week). Weekly cost: $154 driver + $202 truck + $306 disposal = $662. Per-stop cost $1; per-household monthly cost $8. At a 24.0% target margin, recommended per-household price is $11/month ($45,286 annual contract value). Breakeven households per route at this price: 1189. Tool, not advice. Subdivision and municipal contracts are governed by state procurement law; HOA contracts by the declaration; CDL Class B and FMCSA Hours of Service apply (49 CFR §§ 383, 395). Tipping fees governed by EPA RCRA Subtitle D landfill compliance (40 CFR Parts 257-258).

Tools to go with this

Bidding a subdivision or HOA recurring trash + recycling contract? Get the route-density math right before you sign a five-year deal.

The Fennec Press waste-hauling operations bundle includes a subdivision bid template with the standard escalator clause indexed to EIA diesel and CPI labor, a SWANA-benchmark stops-per-route-hour worksheet, the residential subscription cost-of-service template, and the FMCSA HOS short-haul exemption decision tree for residential routes under the 150-air-mile / 14-hour rule.

Open Fennec Press waste-hauling operations bundle

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How this calculator works

This calculator builds a defensible per-household monthly subscription price for recurring residential trash and recycling collection on a subdivision, HOA, condo, or municipal contract. It takes the household count, trash service frequency, recycling service frequency, per-stop pickup time in seconds, loaded CDL Class B driver hourly rate, truck cost per route-hour, pounds of waste per household per week, blended landfill plus MRF tipping fee, and target gross margin. From those it derives stops per route-hour, weekly route hours required to serve the contract, weekly driver cost, weekly truck cost, weekly disposal cost, per-stop cost, per-household monthly cost, recommended per-household monthly price, annual contract value, and breakeven households per single route.

The output is a screening price — a defensible starting point that the operator validates against actual route data, the actual current landfill and MRF invoices, and the local competitive market before submitting a bid. It is not a contract-drafting tool and does not handle multi-year escalator structures, performance-bond cost, or supplemental services like bulky-item or yard-waste collection.

The framework — route density times cost-per-route-hour, plus disposal, divided by target margin

Residential subscription pricing is driven by route density (households per route-hour) more than by per-household price. The two operators in the same market quoting the same per-household monthly price can have materially different margins if one routes at 130 stops per route-hour and the other at 80. The calculator surfaces this directly — entered per-stop time converts to stops per route-hour, which is cross-checked against the SWANA benchmark band of 60-150.

Stops per route-hour equals 3,600 seconds per hour divided by per-stop seconds. At 33 seconds per stop that is 110 stops per route-hour, the SWANA-benchmark typical figure for fully-automated suburban service. At 24 seconds per stop, 150 stops per route-hour, the high end of the SWANA band for dense urban automated routes. At 60 seconds per stop, 60 stops per route-hour, the low end for semi-automated or manual routes in rural or sparse street-layout settings.

Route hours per week equals weekly service count divided by stops per route-hour. Weekly service count equals households times the combined service frequency (trash plus recycling). A 350-household contract with weekly trash and bi-weekly recycling generates 350 times 1.5 equals 525 weekly services. At 110 stops per route-hour that requires 4.77 route hours per week — about one shift per week on a single truck, with the same truck and driver serving multiple subdivisions across the operating week.

Weekly cost is the sum of driver cost (route hours times loaded driver rate), truck cost (route hours times truck cost per hour), and disposal cost (households times pounds per household per week, divided by 2,000 pounds per ton, times blended tipping fee). Driver and truck scale with route hours — and therefore with route density. Disposal scales with household count and waste generation rate — independent of route density.

Per-household monthly cost equals weekly cost times 4.33 weeks per month, divided by household count. Per-household monthly price equals per-household monthly cost divided by (one minus target margin). Annual contract value equals price times 12 months times household count.

Inputs explained

Household count is the number of households served by the contract. Small subdivision typically runs 75-200 households; mid-size HOA or suburban subdivision 200-600; large planned community or multi-subdivision municipal contract 600-3,000+ households. Larger contracts amortize the truck and route across more revenue, which is the single largest driver of per-household economics.

Trash service frequency is the trash pickup cadence in visits per week. Weekly equals 1.0 (the typical residential standard). Twice-weekly equals 2.0 (uncommon for residential but used in dense urban or warm-climate markets where putrescible-waste odor is a concern). Bi-weekly equals 0.5 (rare for trash; common for recycling). Most subdivision and HOA contracts specify weekly trash service.

Recycling service frequency is the recycling cadence in visits per week. Bi-weekly equals 0.5 (the typical residential standard for single-stream recycling). Weekly equals 1.0 (premium service or high-recycling markets). Monthly equals 0.25 (sparse program; rare on contract). Set to zero to exclude recycling from the contract (rare). Recycling materially affects route hours.

Per-stop pickup time in seconds is the average per-stop time including the drive between stops on the route — entered as the per-stop average, not separately. SWANA benchmarks: 24 seconds per stop equals 150 stops per route-hour (dense, fully-automated, ideal street layout); 33 seconds per stop equals 110 stops per route-hour (typical fully-automated); 60 seconds per stop equals 60 stops per route-hour (semi-automated or manual). Below 24 seconds is rare; above 90 seconds suggests rural sparse routes or significant non-driving delay.

Loaded CDL Class B driver hourly rate is the fully-loaded hourly cost of the driver — wages plus the employer-side payroll-tax stack. Do not enter the wage figure alone.

Truck cost per route-hour is the fully-loaded cost per route-hour for the residential automated-collection truck — fuel, maintenance, tires, depreciation, insurance, and licensing allocated on hours of operation. ATRI per-mile figures converted to per-hour at residential route speeds yield $35-$55 per hour.

Pounds per household per week is the combined trash plus recycling weight per household per week. EPA national average is 4.9 lbs per person per day; subdivision and HOA averages cluster in the 20-30 lbs/HH/week band after typical recycling pull-out.

Blended tipping fee is the disposal cost per ton blended across landfill (trash) and material recovery facility / MRF (recyclables) weighted by tonnage split. MRF processing fees vary widely with commodity markets — from $40 per ton (high-commodity-value periods) to $150 per ton (low-value or contaminated streams).

Target gross margin is the target gross margin on the per-household subscription price. The SWANA / NWRA residential subscription benchmark band is 18-30%.

Industry benchmarks (SWANA, NWRA, EPA, ATRI)

Residential collection benchmarks trace to four primary sources. The Solid Waste Association of North America (SWANA) is the professional association for solid waste management. SWANA publishes route-density benchmarks for residential automated and semi-automated collection — the 60-150 stops per route-hour band cited in this calculator — and the technical training curriculum (Manager of Collection Systems, MOCS) that is the canonical operational reference.

The National Waste & Recycling Association (NWRA) publishes the residential subscription gross-margin benchmark band of 18-30%. The band reflects the bid-driven price discovery and the route-density-driven cost structure of residential service.

The EPA Advancing Sustainable Materials Management (ASMM) annual report publishes national MSW characterization — the 4.9 lbs per person per day generation rate, the recycling and composting capture rates, the materials composition breakdown by stream — and is the reference for the pounds per household per week input.

The American Transportation Research Institute (ATRI) annual Operational Cost of Trucking benchmark publishes Class 8 cost-per-mile broken into vehicle-based and driver-based components. Vehicle-based components belong in the truck cost per route-hour input (converted from per-mile to per-hour at residential route speeds); driver-based components belong in the driver hourly rate input (entered separately).

Regulatory framework

49 CFR § 383 requires Class B Commercial Driver License for any single vehicle 26,001+ lbs GVWR. Class 8 automated side-load residential packer trucks exceed this threshold. Pre-employment, random, post-accident, and reasonable-suspicion drug-and-alcohol testing under 49 CFR Part 382 applies.

49 CFR § 395 governs Hours of Service for commercial drivers. The 14-hour driving window, 11-hour driving limit, 30-minute rest break, and 60/70-hour weekly limit apply. Residential collection routes typically qualify for the short-haul exemption from the 30-minute break and the ELD mandate when the driver returns to the home terminal within 14 hours and operates within 150 air-miles. The underlying hours limits still apply.

EPA RCRA Subtitle D (40 CFR Parts 257-258) sets the operating standards for municipal solid waste landfills — composite liner, leachate collection, groundwater monitoring, landfill gas controls, financial assurance for closure and post-closure care. The cost is passed through in tipping fees.

State procurement law governs municipal residential waste-collection contracts above procurement thresholds — competitive sealed bid or competitive proposal, term length, escalator clauses, performance bond requirements, insurance minimums. HOA contracts are governed by the declaration, which may require board approval above a dollar threshold or a member vote on multi-year commitments. The calculator computes economics; contract structure should be drafted with counsel.

What this calculator does NOT model

Several real economic items are out of scope. Bulky-item, white-good, yard-waste, Christmas-tree, and spring-cleanup supplements typical of municipal contracts should be priced as separate line items. Cart distribution and recovery cost is typically a contract start-up cost amortized across the term. Customer-service overhead — billing, call center, online portal — should be embedded in the truck cost per route-hour or carried as a separate G&A allocation. New-construction household additions during the contract term are typically priced as per-unit add-ons with a date-of-service start.

Diesel-index and CPI-labor escalator effects across multi-year contract terms are out of scope — the calculator computes Year 1 economics. Performance bond and insurance premium cost is material on large municipal contracts and should be evaluated separately. Customer non-pay and write-off rate on direct-billed residential is significant on direct-bill products and immaterial on master-bill municipal contracts; the calculator does not model the difference.

Multifamily and condo communities with central or per-building dumpster service are typically priced as commercial front-load not residential subscription — use the dedicated commercial dumpster pricing calculator in this cluster. The residential subscription model in this calculator fits single-family curbside service with one cart per household.

Sources

Last reviewed: 2026-05-17 against SWANA route-density benchmarks (60-150 stops/route-hour), NWRA residential subscription gross-margin band (18-30%), EPA Advancing Sustainable Materials Management household waste characterization, 49 CFR §§ 383 and 395, 40 CFR Parts 257-258, ATRI Operational Cost of Trucking, and DOL OFLC SOC 53-3032 / BLS OES 53-7081 driver wage baseline.

The per-household price is built up in five steps. (1) Stops per route-hour = 3,600 seconds / per-stop seconds. At 33 seconds/stop that is 110 stops/route-hour — the SWANA-benchmark typical-automated figure. (2) Weekly service count = households × (trash frequency + recycling frequency). 350 HH × (1.0 + 0.5) = 525 services/week. (3) Route hours per week = weekly service count / stops per route-hour. 525 / 110 = 4.77 route-hours/week. (4) Weekly cost = route hours × driver rate + route hours × truck cost + (HH × lbs/HH/week / 2,000) × tipping fee. (5) Per-household monthly cost = (weekly cost × 4.33) / households; per-household monthly price = cost / (1 minus margin). At 350 HH, 33 sec/stop, $32 driver, $42 truck-per-hour, 25 lbs/HH/week, $70 tipping, 24% margin the model produces a per-HH cost around $4-$6 per month and a price around $5-$8 per month.

Resources

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