Employee Cost Calculator
See the fully loaded cost of any hire across 12 regions. Eleven burden lines, contractor vs employee breakeven, and a hiring efficiency grade — free, no signup.
Last reviewed: April 2026
How to Calculate the Fully Loaded Cost of an Employee
Start with base salary, then add every expense that touches this person: employer payroll tax, health benefits, retirement match, amortized equity, amortized recruiter fee, ramp productivity loss during onboarding, tools and software, office allocation, and training budget. The sum is total fully loaded cost. Divide by base to get the multiplier — the number everyone quotes but few compute honestly.
Total Fully Loaded Cost
TFC = Base + Bonus + PayrollTax + Benefits + 401k + Equity/4 + Recruiter × Base + Ramp + Tools + Office + Training
Multiplier
Multiplier = TFC ÷ Base Salary
Effective Hourly Rate
Hourly = TFC ÷ Hours Per Year (2,080 in US default)
Worked example (SF engineer, $140,000 base): bonus $7,000 (5%), employer payroll tax $15,820 (11.3% blended US), health benefits $33,600 (24% of base), 401(k) match $5,600 (4%), equity $60,000/yr (from a $240,000 4-year grant), recruiter fee $28,000 (20% of base, amortized year-one), ramp loss $21,100 (standard 3-month curve), tools $9,500, office $1,800, training $2,000. Total = $324,420. Multiplier = 2.32× base. This lands in the Extreme band — equity and recruiter fees drive it.
Why the "Salary × 1.4" Rule Understates True Cost in SaaS
The 1.4× rule was coined for mid-size US companies hiring a W-2 employee with modest benefits and no equity. Applied to a venture-backed SaaS hire, it misses three large buckets: amortized equity (often $30,000-$80,000/yr on a $100,000-$150,000 base), external recruiter fees (18-25% of base, amortized year-one), and ramp productivity loss (0.45 to 2.85 months of output depending on role complexity).
Because of this, this calculator uses five bands: Lean below 1.25× (contractor-like or senior title without equity), Healthy 1.25-1.40× (classic "1.4× rule" territory — usually only hit by ex-equity mid-market hires), Heavy 1.40-1.55× (benefits-rich, small equity), Bloated 1.55-1.75× (standard venture-backed engineer or AE), and Extreme above 1.75× (recruiter-heavy plus large equity grants, common for senior startup hires).
The goal is not to land everyone in Healthy — an early-stage SaaS engineer hire almost always reads Bloated or Extreme, and that is fine. The goal is to see which lever drives the weight. Equity-heavy multipliers reflect real cap table cost; recruiter-heavy multipliers flag that an in-house talent function would pay back inside 4-5 external placements.
Regional Salary Multipliers: SF, Austin, Remote, and Offshore
The same senior engineer hire varies more by region than by any single input knob. Tier-1 US coastal cities (SF, NYC) carry the highest blended cost due to elevated base salaries, expensive office rent ($14,000-$15,000 per seat), and fully private health benefits. Tier-2 US cities (Austin, Denver) save 15-25% on base and office without sacrificing access to the candidate pool. Remote-US shifts the office line close to zero and usually pulls base down 10-15% against SF comps.
European hires flip the cost structure: higher employer payroll tax (UK 13.8%, Germany 19.9%, Poland 19.5%, Portugal 23.8%) but much lower private benefits because national healthcare covers most of what US employers pay for. A London hire pays ~45% of the US private-benefits line; Berlin and Warsaw pay ~30-35%.
Offshore hiring (Warsaw, Lisbon, Manila) is where the largest structural savings live. A senior engineer at ~€75,000 base in Warsaw — all-in, with tax, benefits, tools, and office — typically lands 40-55% below an equivalent Austin or Remote-US hire. The regional heatmap above recomputes the same inputs across all 12 locations so the delta is explicit rather than guessed.
Employer Payroll Tax by Region (FICA, NIC, ZUS)
Employer-side payroll tax is money the employer owes on top of gross salary, separate from what the employee sees on a paycheck. The blended rate varies enormously by country and is a core driver of regional cost differences.
Region
United States (blended)
United Kingdom (NIC)
Germany (Sozialabgaben)
Poland (ZUS)
Portugal (TSU)
Canada (CPP + EI + provincial)
Philippines (SSS + PhilHealth + Pag-IBIG)
Employer rate on base
~11.3% (7.65% FICA + 0.6% FUTA + ~3% SUTA)
13.8% above threshold
~19.9%
~19.5%
~23.8%
~8.5%
~8.5%
Higher employer tax in Europe is partly offset by lower private benefits cost — a UK or German employer spends less on supplemental health because most of what US employers buy through private plans is already included in the statutory contribution.
Contractor vs Employee: When Does FTE Win?
A US 1099 contractor at $120/hr comes to $249,600 for a 2,080-hour year. That number includes no employer-side payroll tax, no benefits, no 401(k), no office allocation, and no amortized recruiter fee on your books — the contractor pays the 15.3% self-employment tax out of their own gross, which is why 1099 rates typically add a 25-40% uplift over the equivalent W-2 number.
The breakeven is the number of months it takes for the FTE's ongoing cost advantage to recoup the front-loaded onboarding (recruiter fee + ramp productivity loss). Formula: breakeven months = (recruiter fee + ramp loss) ÷ ((contractor annual − FTE fully loaded) / 12). Under 12 months, hire FTE. Between 12 and 24, borderline — a 6-month contract-to-hire often resolves it. Over 24 months, the contractor is usually the right call.
This math is strictly a cost comparison. It does not price retention, IP ownership, institutional knowledge, availability, or the legal risk of misclassification. A contractor is rarely the right answer for your CTO or first sales leader regardless of breakeven month count.
Fully Burdened Labor Rate: What Agencies and Consultants Charge
Agencies and consultancies translate the fully loaded cost of a consultant into an hourly bill rate using a utilization assumption and a target margin. The formula: Fully Burdened Rate = (Fully Loaded Annual Cost ÷ Billable Hours) × (1 + Target Margin).
Worked example: A senior consultant with $215,000 fully loaded cost, 1,600 billable hours per year (77% utilization on a 2,080-hour year — a healthy but not aggressive target), and a 35% target margin bills at ($215,000 ÷ 1,600) × 1.35 = $181.41/hr. Drop utilization to 65% (common in specialized practice areas) and the same consultant needs to bill $213/hr to hit the same margin.
This is why bench time is the silent killer of agency margins: every unbilled hour must be recovered across the billed ones. Running the employee cost calculator first, then deciding utilization and margin, gives a defensible bill-rate floor rather than a guess.
Remote vs Office: Is a Remote Hire Really Cheaper?
The direct office savings are smaller than most founders expect. Removing one US tier-1 desk saves $14,000-$15,000/year (SF $15,000, NYC $14,000, Seattle $10,000 — including rent, utilities, and fit-out amortization). A home-office stipend typically runs $1,500-$2,000/year. Net savings for going remote inside the same region: $5,000-$13,000 per head.
That is real money at scale, but it is small compared to the $30,000-$90,000 per-head gap available when remote unlocks a different geography. The office-rent line is a nice-to-have saving; the base-salary line is the structural one. Remote is cheaper mostly because it lets you hire outside tier-1 markets — not because the desk itself was expensive.
Ramp Productivity Loss: The Hidden Cost of New Hires
Ramp productivity loss is the fully loaded cost you pay during the first 1-6 months while a new hire is not yet at 100% output. It hides from founders because it never shows up on an offer letter, but it is a real line — often 8-12% of year-one total fully loaded cost.
This tool models three curves. Fast ramp (SDRs with well-documented playbooks, or junior engineers on a clean codebase) loses roughly 0.45 months of productivity across 3 months (30% lost month 1, 10% month 2, 5% month 3). Standard ramp loses about 1.48 months across 5 months (60% + 40% + 25% + 15% + 8%). Slow ramp (senior engineer joining a legacy codebase, or an AE ramping into an enterprise territory) loses 2.85 months across 6 months.
The multiplier on lost months is the monthly fully loaded compensation rate — so on a $140,000 base with benefits and tax, every ramp month is worth about $16,800 in cash burn that delivers sub-100% output. Structured 30-60-90 plans, paired onboarding, and written runbooks are the highest-ROI intervention here; they are typically the difference between a Standard and a Fast ramp curve.
Frequently Asked Questions
What is the fully loaded cost of an employee?
The fully loaded cost is every dollar it takes to put one person in a seat for a year — not just base salary. A realistic build-up adds 11 lines: base, bonus or commission, employer payroll tax, health benefits, 401(k) or pension match, amortized equity, amortized recruiter fee, ramp productivity loss during the first 1-6 months, tools and software, office allocation, and training. For a US tech hire, a $140,000 base salary typically runs $215,000-$290,000 fully loaded depending on benefits, equity grant size, and recruiter fees — a multiplier of 1.55×-2.05× the base.
What is a typical employee cost multiplier?
The classic "salary × 1.4" rule is what most founders remember, but it was written for mid-size US companies with modest benefits and no startup equity. Applied to SaaS startups it routinely understates true cost. This calculator uses five bands: Lean below 1.25×, Healthy 1.25-1.40×, Heavy 1.40-1.55×, Bloated 1.55-1.75×, and Extreme above 1.75×. Most venture-backed engineering hires land between 1.55× and 2.0× once you include a $60,000-per-year equity grant amortized from a 4-year vest and a 20% recruiter fee on the first year.
How does employer payroll tax vary by country?
Employer-side payroll tax is the single largest regional cost variance. US employers pay roughly 11.3% blended (7.65% FICA + 0.6% FUTA + ~3% state SUTA). UK employers add 13.8% National Insurance above the secondary threshold. Germany blends employer-side Sozialabgaben to ~19.9% (pension, unemployment, health, long-term care, accident). Poland runs ~19.5% ZUS employer contributions. Portugal is ~23.8%. Canada is lower at ~8.5% blended (CPP + EI + provincial). Philippines is also ~8.5%. This calculator applies each regional rate directly to base salary in the burden stack.
Is a contractor cheaper than an employee?
For short-duration or specialized work, yes — a US 1099 contractor at $120/hr comes to $249,600 annually with no employer-side benefits or payroll tax on your books (the contractor pays 15.3% self-employment tax themselves, which is why 1099 rates typically add a 25-40% uplift over W-2 equivalents). For multi-year engagements, FTE usually wins on total cost because equity, 401(k) match, and amortized recruiter fees flatten over time. The breakeven in this tool compares FTE fully loaded against contractor annual cost and reports the months needed for FTE to recoup onboarding: under 12 months means hire FTE, over 24 months means stay contractor.
What is the fully burdened labor rate for consultants?
Fully burdened labor rate is the hourly number an agency or consultancy must bill to cover an employee's true cost plus overhead and margin. Formula: Fully Burdened Rate = (Fully Loaded Annual Cost ÷ Billable Hours) × (1 + Target Margin). Example: a consultant with $215,000 fully loaded cost, 1,600 billable hours per year (77% utilization on a 2,080-hour year), and a 35% target margin bills at ($215,000 ÷ 1,600) × 1.35 = $181.41/hr. Drop utilization to 65% and the rate jumps to $213/hr. This is why bench time is the silent killer of agency margins — every unbilled hour must be recovered across the billed ones.
How much should I budget for recruiter fees?
External recruiter fees typically run 18-25% of first-year base salary for senior roles, payable within 60-90 days of the hire starting. On a $140,000 base that is $25,200-$35,000 — amortized as a year-one expense, which is why it shows up large in the first-year multiplier and disappears after month 12. Internal sourcing, referral bonuses of $2,000-$10,000, and Retained Executive Search (RPO) models usually cut this 40-60%. For 10+ hires a year, an in-house recruiter at $100,000-$140,000 loaded typically pays for itself against 4-5 external placements.
Is a remote hire really cheaper than an office-based one?
Yes, but the savings are smaller than founders expect. Removing a desk saves roughly $7,000-$15,000/year in US tier-1 cities (SF $15K, Austin $7.5K, NYC $14K per seat including rent, utilities, and fit-out amortization). A home-office stipend typically runs $1,500-$2,000/year. Net savings is usually $5,000-$13,000 per head — real money at scale, but small compared to the $30,000-$90,000 gap you can capture by hiring in a lower-cost region. The bigger remote lever is geography, not the desk line.
What is ramp productivity loss and how do I model it?
Ramp productivity loss is the fully loaded cost paid during the first 1-6 months of a hire while they are not yet at 100% output. This tool models three curves. Fast ramp (SDRs with well-documented playbooks) loses ~0.45 full months of productivity over 3 months. Standard ramp loses ~1.48 months over 5 months (0.60 + 0.40 + 0.25 + 0.15 + 0.08). Slow ramp (senior engineers joining a legacy codebase) loses ~2.85 months over 6 months. For a $140,000 base hire, a standard 3-month ramp adds roughly $21,000 in ramp cost to year one — often 8-10% of total fully loaded cost.