Dedicated Team Cost Calculator
Estimate the monthly and total cost of hiring a dedicated software development team. Compare rates across 6 global regions instantly.
Project Settings
Average market rates for your selected region.
How many months you expect the team engagement to last.
Covers benefits, tools, HR, and management overhead.
Team Composition
Set any role to 0 to exclude it from the calculation.
Quick Tips
- Eastern Europe offers strong value with minimal timezone gap for US/EU companies.
- A ratio of 1 PM per 4–6 developers is a healthy team structure.
- Budget 6+ months minimum — onboarding takes 4–6 weeks before full productivity.
Cost Estimate
Total Project Cost
$409,344
6 months
Cost Per Person/Month
$8,528
8 team members
vs. US-based team: save $114,816/mo (63% less)
Monthly Cost by Role
Region Comparison (same team)
Estimate Only
Rates are market averages and vary by vendor, seniority level, and specific skills. Get 3+ quotes from agencies before committing to a contract.
What Is a Dedicated Development Team?
A dedicated development team is a group of software professionals — senior and junior developers, QA engineers, project managers, UX/UI designers, and DevOps engineers — hired exclusively to work on your product or projects. Unlike freelancers or project-based contractors, a dedicated team is fully integrated into your workflow, uses your tools, follows your processes, and focuses 100% of their capacity on your goals.
The dedicated team model emerged as a structured alternative to in-house hiring and fixed-price outsourcing. Companies that need sustained engineering velocity — startups scaling their product, enterprises running digital transformation, or SaaS businesses shipping features continuously — find it particularly valuable. You get the predictability of a monthly retainer, the flexibility to adjust team composition, and access to global talent at rates that are often 40–75% below equivalent US or Western European salaries.
Global demand for software engineers continues to outpace supply in high-cost markets. Dedicated teams in Eastern Europe, Latin America, India, and Southeast Asia give companies access to strong technical talent without the multi-month hiring cycles or six-figure salaries required in the United States.
How to Calculate Dedicated Team Cost
Calculating your dedicated team budget requires three inputs: the roles and headcount you need, the region you are hiring from, and an overhead multiplier to account for costs beyond raw hourly rates.
Core Formulas
Role Monthly Cost = Hourly Rate × 160 hours × Headcount
Base Monthly = Sum of all Role Monthly Costs
Total Monthly = Base Monthly × Overhead Multiplier
Total Project Cost = Total Monthly × Duration (months)
160 hours/month — standard billable hours (40 hrs/week × 4 weeks)
Overhead multiplier (1.2×–1.5×) — covers benefits, tools, HR, and vendor margin
Per-developer cost — Total Monthly ÷ total headcount
The overhead multiplier is one of the most commonly underestimated factors in dedicated team budgets. A 1.3× multiplier means that for every $10,000 in base salaries, you should budget $13,000 total. The additional 30% covers employer-side taxes and benefits (if applicable), software subscriptions (Jira, Confluence, GitHub, Slack), recruitment and HR fees paid to the staffing agency, and the vendor's profit margin. If you are hiring directly rather than through an agency, you can use a lower multiplier (1.15×–1.25×), but you take on the HR and legal overhead yourself.
When comparing regions, always normalize for timezone overlap and communication quality — not just rate per hour. A $35/hr developer in a timezone 10 hours away may require more async coordination overhead than a $50/hr developer 3 hours behind you.
Worked Examples
These concrete examples show how team composition and region interact to produce very different budgets for the same engineering output.
Example 1: Startup MVP Team (Eastern Europe, 4 months)
A SaaS startup needs to build an MVP: 2 senior devs, 1 junior dev, 1 QA, 1 PM, 1 designer. Hiring from Eastern Europe at average rates with a 1.3× overhead multiplier.
Senior Dev (×2): $55 × 160 × 2 = $17,600/mo
Junior Dev (×1): $30 × 160 × 1 = $4,800/mo
QA (×1): $32 × 160 × 1 = $5,120/mo
PM (×1): $40 × 160 × 1 = $6,400/mo
Designer (×1): $38 × 160 × 1 = $6,080/mo
Base: $40,000/mo × 1.3 = $52,000/mo
Total (4 months): $208,000
Example 2: Same Team, US-Based (cost comparison)
The identical team composition hired in the United States at US market rates.
Senior Dev (×2): $150 × 160 × 2 = $48,000/mo
Junior Dev (×1): $75 × 160 × 1 = $12,000/mo
QA (×1): $90 × 160 × 1 = $14,400/mo
PM (×1): $110 × 160 × 1 = $17,600/mo
Designer (×1): $100 × 160 × 1 = $16,000/mo
Base: $108,000/mo × 1.3 = $140,400/mo
Total (4 months): $561,600
vs. Eastern Europe: +$353,600 more
Example 3: Larger Team, India, 12-Month Engagement
A scale-up running a 12-month roadmap: 4 senior devs, 3 junior devs, 2 QA, 1 PM, 1 designer, 1 DevOps.
Senior Dev (×4): $35 × 160 × 4 = $22,400/mo
Junior Dev (×3): $18 × 160 × 3 = $8,640/mo
QA (×2): $20 × 160 × 2 = $6,400/mo
PM (×1): $25 × 160 × 1 = $4,000/mo
Designer (×1): $22 × 160 × 1 = $3,520/mo
DevOps (×1): $30 × 160 × 1 = $4,800/mo
Base: $49,760/mo × 1.3 = $64,688/mo
Total (12 months): $776,256
Dedicated Team Cost by Region
The table below shows typical average hourly rates for senior software developers by region. Rates reflect mid-to-senior talent hired through established outsourcing vendors as of 2025. Your actual rates will vary by specific skills, seniority, and vendor margin.
| Region | Senior Dev | Junior Dev | QA Engineer | Project Manager | Savings vs US |
|---|---|---|---|---|---|
| United States | $150/hr | $75/hr | $90/hr | $110/hr | baseline |
| Western Europe | $90/hr | $50/hr | $55/hr | $70/hr | 40% less |
| Eastern Europe ✓ | $55/hr | $30/hr | $32/hr | $40/hr | 63% less |
| India | $35/hr | $18/hr | $20/hr | $25/hr | 77% less |
| Latin America | $50/hr | $28/hr | $30/hr | $38/hr | 67% less |
| Southeast Asia | $38/hr | $20/hr | $22/hr | $28/hr | 75% less |
When to Use This Calculator
Use this dedicated team cost calculator in the following situations:
- Budget planning for a new product: Before approaching investors or allocating runway, use this calculator to estimate 6–18 month engineering costs under different team size and region scenarios.
- Comparing outsourcing vendors: Get a baseline estimate so you know whether a vendor's quote is competitive or inflated. If a vendor charges 2× the regional average, ask why.
- Evaluating in-house vs. outsourced: Compare this calculator's output against the fully-loaded cost of in-house hires (salary + benefits + recruiter fees + equipment + office) to make an informed build-vs.-buy decision.
- Fundraising and board presentations: Founders and CTOs use team cost estimates to build headcount plans and justify engineering budget requests.
- Scaling an existing team: When evaluating whether to add 2 more developers or hire a QA lead, this calculator makes the monthly cost impact immediately visible.
Tips for Accurate Results
These best practices help you get the most reliable estimate from this calculator:
- Use 160 hours as the monthly baseline. Some vendors quote 168 or 176 hours. Always ask what the billable hours assumption is in your contract and adjust your mental model accordingly.
- Factor in ramp-up time. A new dedicated team typically reaches full productivity after 4–8 weeks of onboarding. Budget for reduced output (and potentially higher support cost from your internal team) during the first month.
- Request itemized quotes from vendors. A good vendor will break down base salary, benefits, tooling, and their margin separately. Avoid vendors who only quote a single blended rate with no transparency.
- Account for currency risk on long contracts. If you are paying in USD but the vendor is paying engineers in local currency (PLN, UAH, INR), exchange rate fluctuations can affect your effective cost. Some contracts include FX adjustment clauses.
- Revisit estimates quarterly. Market rates for software talent fluctuate. Eastern European rates rose significantly between 2020 and 2023. Build in a 5–10% annual rate increase assumption for multi-year engagements.
Frequently Asked Questions
About This Calculator
Estimate dedicated team costs by role mix, hourly rates, utilization, and engagement duration. Includes overhead assumptions and scenario analysis for nearshore/onshore/offshore blends.
Frequently Asked Questions
What is a dedicated team model and how does pricing work?
A dedicated team is a group of remote professionals exclusively assigned to your project, managed either by you or a vendor project manager. Pricing typically uses a monthly fee per developer that includes salary, benefits, workspace, equipment, and vendor margin. Example: A senior full-stack developer in Eastern Europe costs $4,500-7,000/month; in India $2,500-4,500/month; in Latin America $4,000-6,500/month. Total team cost = sum of individual rates + management overhead (10-15%) + tooling. A 5-person team (2 seniors, 2 mids, 1 QA) in Ukraine might cost $22,000-28,000/month vs $55,000-75,000 for equivalent US-based talent.
How do I estimate the right team size for my project?
Start with scope and timeline, then work backwards. Rules of thumb: A typical web application MVP needs 2-4 developers for 3-6 months. An enterprise platform needs 5-10 developers for 6-18 months. Include supporting roles: 1 QA per 3-4 developers, 1 DevOps for teams of 5+, 1 project manager for teams of 4+, 1 designer per team. For feature velocity: a senior developer completes roughly 30-40 story points per sprint (2 weeks). If your backlog has 500 story points, a 3-developer team needs approximately 500/(35×3) = 4.8 sprints (10 weeks). Add 30-40% buffer for bugs, technical debt, and scope changes. Common mistake: understaffing QA and DevOps leads to quality issues and deployment delays that cost more than the saved headcount.
What is the difference between dedicated team and staff augmentation?
Dedicated team: vendor provides a complete, self-managed unit (developers, QA, PM, designer) working exclusively on your project. You define requirements; the team handles execution. Best for: long-term projects (6+ months), when you lack internal tech leadership, or building a product from scratch. Staff augmentation: individual developers join your existing team, managed by your team leads. Best for: short-term skill gaps, scaling existing teams, specific expertise (ML engineer, iOS specialist). Cost comparison: dedicated teams typically cost 15-25% more than equivalent augmented staff due to management overhead, but reduce your internal management burden. Hybrid approach: start with augmented staff during discovery, transition to dedicated team for build phase.
How do onshore, nearshore, and offshore rates compare?
Rate ranges for senior developers (monthly, 2025): Onshore (US/UK/Australia): $10,000-15,000/month — same timezone, no cultural barriers, highest cost. Nearshore (Latin America, Eastern Europe): $4,500-8,000/month — 1-4 hour timezone overlap, good English, moderate savings. Offshore (India, Philippines, Vietnam): $2,500-5,000/month — 8-12 hour timezone difference, largest savings but requires more management overhead. Blended team example: 2 onshore leads ($12K each) + 4 nearshore developers ($6K each) + 2 offshore QA ($3.5K each) = $55K/month vs all-onshore equivalent of $96K/month — 43% savings. Consider hidden costs: timezone overlap meetings, additional documentation needs, cultural training, and travel for kickoff/quarterly reviews ($5K-10K per trip).
What factors affect dedicated team utilization rates?
Utilization rate = billable hours / total available hours. Target: 80-90% for dedicated teams. Factors that reduce utilization: (1) Onboarding period — new team members operate at 40-60% for first 2-4 weeks while learning your codebase and processes. (2) Context switching — working on multiple projects simultaneously drops utilization to 60-70%. Dedicated teams avoid this. (3) Communication overhead — timezone gaps of 6+ hours can reduce effective collaboration time by 20-30%. (4) Holiday/PTO differences — Ukrainian developers have ~20 holidays/year vs 10-15 in US; plan for regional calendars. (5) Technical debt and environment setup — budget 10-15% of sprint capacity for maintenance. To maximize utilization: provide clear requirements, maintain a groomed backlog (2+ sprints ahead), minimize ad-hoc meetings, and invest in development environment automation (CI/CD, local dev setup scripts).
Mike is a software engineer with a background in applied mathematics. He develops and maintains SuperCalc's engineering, conversion, and math utility calculators.
- M.S. in Applied Mathematics, MIT
- Former quantitative developer
- 6 years building computational tools