Target customer
Farms that need seasonal capacity without owning aircraft
Agricultural services · Western Washington agricultural counties
Agricultural Drone Services
Licensed aerial imaging or application services sold to farms on seasonal contracts.
Synthetic demo parameter · Live sources 0/7 · Data confidence: Not calculated
DEMO MODE
All opportunity, cost, owner-surplus and payback values are synthetic example scenarios. Live market signals are 0/7 and data confidence is not calculated. Do not use these outputs as an earnings promise or investment decision.
Opportunity index75/100Synthetic demo parameter
Profile fitNot calculatedPersonalized fit is hidden until you submit a profile.
Risk level69/100Synthetic demo parameter
Data confidenceNot calculated
LOCAL MARKET EVIDENCE
Live signals are intentionally blank
Local demandNot calculatedLive sources 0/7
Search growthNot calculatedLive sources 0/7
Trend durationNot calculatedLive sources 0/7
Purchase intentNot calculatedLive sources 0/7
User pain pointsNot calculatedLive sources 0/7
Supply growthNot calculatedLive sources 0/7
Price movementNot calculatedLive sources 0/7
Engagement qualityNot calculatedLive sources 0/7
CUSTOMER, GEOGRAPHY & COMPETITION
Analysis geography
Western Washington agricultural counties
Farm acreage and seasonal routing require county-level agricultural coverage; Seattle city limits are not the market.
Coverage level: regionalCompetition model
Competition index 31/100 is a synthetic parameter, not a measured merchant count.
Synthetic demo parameterSTARTUP COST RANGE
$31,500–$40,500
Example scenario — not an earnings claimThe range reflects synthetic uncertainty; the internal midpoint is used only to keep the example cash-flow schedule reproducible.
ItemApproximate amountNecessityEvidence
Equipment and toolsApproximately $12,900Required to deliver the core serviceSynthetic demo parameter
Source: Synthetic supplier-quote placeholder; verification required
Source date: 2026-08-06
Sample size: Not calculated
Coverage: Seattle pilot · synthetic
Registration, insurance and setupApproximately $6,500Required before public launchSynthetic demo parameter
Source: Synthetic supplier-quote placeholder; verification required
Source date: 2026-08-06
Sample size: Not calculated
Coverage: Seattle pilot · synthetic
Launch marketing and salesApproximately $5,000Optional until demand is validatedSynthetic demo parameter
Source: Synthetic supplier-quote placeholder; verification required
Source date: 2026-08-06
Sample size: Not calculated
Coverage: Seattle pilot · synthetic
Software, training and systemsApproximately $4,300Required where the operating workflow depends on itSynthetic demo parameter
Source: Synthetic supplier-quote placeholder; verification required
Source date: 2026-08-06
Sample size: Not calculated
Coverage: Seattle pilot · synthetic
Opening working-capital bufferApproximately $7,200Recommended stress-scenario reserveSynthetic demo parameter
Source: Synthetic supplier-quote placeholder; verification required
Source date: 2026-08-06
Sample size: Not calculated
Coverage: Seattle pilot · synthetic
SEPARATED MONTHLY ECONOMICS
Fixed operating cost$2,700Synthetic demo parameter
Owner target compensation$3,500Synthetic demo parameter
Unit revenue · monthly service acres$5.75Synthetic demo parameter
Unit variable cost · monthly service acres$2.70Synthetic demo parameter
Modeled monthly new customers2Synthetic demo parameter
Acquisition cost per new customer$413.00Synthetic demo parameter
Acquisition spend$826Synthetic demo parameter
Tax reserve$353Synthetic demo parameter
Depreciation$466Synthetic demo parameter
Working-capital change$90Synthetic demo parameter
Break-even activity2395 monthly service acresSynthetic demo parameter
Show formulas, assumptions and basis
Revenue = units × unit revenue. Variable cost = units × unit variable cost. Acquisition spend = modeled monthly new customers × acquisition cost per new customer.
Depreciation = startup cost × 78% depreciable share ÷ 60 months. It reduces modeled owner surplus and is added back to operating cash flow. Working-capital change = incremental variable cost × 9%.
Operating cash flow = modeled owner surplus + depreciation − working-capital change. The 18% tax reserve applies only when pre-tax surplus is positive.
Current assumption basis: Synthetic field-service default reflecting equipment intensity, travel and parts working capital. No supplier quote, asset-life record or accounting policy is connected.
Synthetic demo parameterTHREE EXAMPLE SCENARIOS
Stress
- Activity
- 1705
- Revenue
- $9,804
- Variable cost
- $4,604
- Modeled owner surplus
- -$1,920
- Operating cash flow
- -$1,504
Base
- Activity
- 3100
- Revenue
- $17,825
- Variable cost
- $8,370
- Modeled owner surplus
- $1,610
- Operating cash flow
- $1,986
Upside
- Activity
- 4185
- Revenue
- $24,064
- Variable cost
- $11,300
- Modeled owner surplus
- $4,086
- Operating cash flow
- $4,430
Current stress-scenario model loss$57,993Lowest cumulative cash position during the first six modeled months; not a worst-case guarantee.
MONTH-BY-MONTH PAYBACK
30 months
The table shows every month through 30; payback is searched through month 60.
| Month | Revenue | Total cash cost | Operating cash flow | Cumulative cash flow |
|---|---|---|---|---|
| 1 | $3,922 | $8,313 | -$4,391 | -$40,261 |
| 2 | $6,061 | $9,417 | -$3,356 | -$43,617 |
| 3 | $8,556 | $10,704 | -$2,148 | -$45,765 |
| 4 | $11,052 | $11,991 | -$939 | -$46,704 |
| 5 | $13,191 | $13,095 | $96 | -$46,608 |
| 6 | $14,973 | $14,120 | $853 | -$45,755 |
| 7 | $16,221 | $14,872 | $1,349 | -$44,406 |
| 8 | $17,112 | $15,409 | $1,703 | -$42,703 |
| 9 | $17,825 | $15,839 | $1,986 | -$40,717 |
| 10 | $17,825 | $15,839 | $1,986 | -$38,731 |
| 11 | $17,825 | $15,839 | $1,986 | -$36,745 |
| 12 | $17,825 | $15,839 | $1,986 | -$34,759 |
| 13 | $17,825 | $15,839 | $1,986 | -$32,773 |
| 14 | $17,825 | $15,839 | $1,986 | -$30,787 |
| 15 | $17,825 | $15,839 | $1,986 | -$28,801 |
| 16 | $17,825 | $15,839 | $1,986 | -$26,815 |
| 17 | $17,825 | $15,839 | $1,986 | -$24,829 |
| 18 | $17,825 | $15,839 | $1,986 | -$22,843 |
| 19 | $17,825 | $15,839 | $1,986 | -$20,857 |
| 20 | $17,825 | $15,839 | $1,986 | -$18,871 |
| 21 | $17,825 | $15,839 | $1,986 | -$16,885 |
| 22 | $17,825 | $15,839 | $1,986 | -$14,899 |
| 23 | $17,825 | $15,839 | $1,986 | -$12,913 |
| 24 | $17,825 | $15,839 | $1,986 | -$10,927 |
| 25 | $17,825 | $15,839 | $1,986 | -$8,941 |
| 26 | $17,825 | $15,839 | $1,986 | -$6,955 |
| 27 | $17,825 | $15,839 | $1,986 | -$4,969 |
| 28 | $17,825 | $15,839 | $1,986 | -$2,983 |
| 29 | $17,825 | $15,839 | $1,986 | -$997 |
| 30 | $17,825 | $15,839 | $1,986 | $989 |
Licenses and operating requirements
- FAA Part 107 certification and aircraft registration
- Commercial aviation insurance
- Any required pesticide applicator license
Primary failure factors
- Certification, insurance or access requirements are underestimated
- Utilization stays below the modeled break-even level
- Downtime and rework are not priced into contracts
CATEGORY-SPECIFIC ACTION PLAN
Confirm role-specific licenses, insurance, site-access rules and rental alternatives; interview five operators responsible for the relevant assets.
Complete one paid, tightly scoped field pilot and log travel, setup, downtime, rework and equipment utilization separately.
Compare observed utilization and service risk with the technical model before purchasing equipment or accepting longer contracts.