Offshore Development Rate Card 2026: What Teams Actually Cost by Country and Role

A 5-person dedicated development team in India costs $12,000–$18,000 per month fully loaded. The same team built in Eastern Europe runs $22,000–$35,000. In the United States, comparable roles run $55,000–$85,000 per month.

Hourly rate comparisons hide most of that gap. Two vendors quoting the same $28/hour backend rate can land 40% apart on what a client actually pays per month, once utilization, overhead, and project management load are counted. The numbers below come from active Madgeek offshore development center (ODC) partnership pricing as of mid-2026, cross-checked against posted rates from Vietnamese, Polish, and Latin American vendors.

This is not a rate list scraped from vendor marketing pages. It reflects what clients are actually invoiced today for dedicated teams — the number that shows up on a monthly statement, not the number in a sales deck. Where a range is wide, the spread usually maps to seniority mix and whether the vendor bills a shared bench or a fully dedicated team, both covered below.

What are offshore development rates by country in 2026?

Hourly rates for mid-level engineers in 2026 run from $18–28/hour in India to $70–110/hour in the United States, with Vietnam, Poland, and Latin America occupying the middle of that range at different points depending on role and seniority.

Poland and Latin America price closer to Western Europe and the US than to India or Vietnam — the discount is real but smaller, usually 30–45% versus 55–70% for India. Vietnam sits just above India on most roles and has moved up faster than any other market on this list since 2024.

City tier matters inside every country in this table, not just between countries. A Bengaluru or Hyderabad senior developer prices 15–25% above a Tier 2 Indian city for the same experience level. Ho Chi Minh City runs 10–20% above Da Nang. Warsaw and Krakow run 10–15% above smaller Polish cities. A rate card that quotes a single national number is averaging across this spread, and the average is not what a client's specific team will cost.

Seniority mix inside the quoted range explains more of the variance than country choice does. A 5-person team built entirely from the bottom of the India range in this table will land near $12,000/month; the same team built from the top of the range, with more senior engineers in each seat, lands closer to $18,000 — a 50% swing without changing country at all.

Why hourly rate is the wrong metric

A quoted hourly rate is not the rate a client pays. Utilization — the share of a paid hour actually billed to client work — runs 75–85% at a disciplined vendor and as low as 55–65% at a bench-heavy one. An $25/hour developer at 60% utilization costs more per delivered hour than a $30/hour developer at 85% utilization.

Overhead stacks on top of the base rate whether or not it's itemized. Recruiting, HR, benefits administration, office and equipment cost, and a share of a project manager's time all get folded into the hourly number — or added as a separate line the client doesn't see until the invoice.

Currency movement changes the real cost mid-contract. Contracts priced in INR, VND, or PLN and invoiced in USD shift with exchange rates over a 12-month engagement. Contracts priced directly in USD, which is standard for Indian ODC partnerships, remove this variable entirely.

Ramp time is the cost nobody quotes. A new hire on a dedicated team typically bills at reduced productivity for the first 4–6 weeks. A vendor with 20%+ annual attrition resets this cost every year per seat; a vendor with under 10% attrition amortizes it once.

Payment terms shift effective cost by more than most clients realize. Net-15 versus net-45 invoicing, minimum monthly commitments, and whether a vendor charges for public holidays in the delivery country all change the real annual number by several percentage points — none of it visible in a headline hourly rate.

The blended rate a vendor quotes is an average, and averages hide the seat that matters most. A vendor advertising a $22/hour blended rate across a 5-person team can still have priced the tech lead seat at the junior tier to hit that average — which is exactly the seat where junior pricing costs the most in rework later. Ask for the rate by seat, not the blended number across the team.

What does a full dedicated team cost per month?

A standard 5-person ODC team — 2 backend developers, 1 frontend developer, 1 QA engineer, and 1 tech lead running at roughly 60% allocation — costs $12,000–$18,000 per month in India fully loaded, versus $55,000–$85,000 for the same roles hired directly in the US.

These figures assume a dedicated team model — engineers working exclusively on one client's roadmap under that client's direction — not a shared staffing pool billed by the hour. A team priced below the India range in this table is almost never fully dedicated; it's a shared bench being time-sliced across several clients, which is where the quality problems in the next section start.

Team composition changes the number more than country does past a certain point. Swapping the dedicated QA seat for a second backend developer, for example, raises the monthly total by roughly $2,000–$4,000 in India and by proportionally similar amounts in every other market in this table. A rate card is a starting menu — the team a client actually needs, not the cheapest five seats a vendor can staff, is what determines the real monthly number.

What do the rates actually buy — quality indicators

The gap between a $25/hour developer and a $45/hour developer is rarely raw coding speed. It shows up in how much senior review and rework a client's team has to absorb after delivery.

At $18–25/hour, a developer typically has 1–3 years of experience, works from a fixed spec with limited architectural input, and needs a senior reviewer on every pull request. At $28–38/hour, 3–6 years of experience is typical, along with the ability to flag design problems before writing code rather than after. At $40–55/hour, the developer has led systems of comparable scale before, can own an architecture decision independently, and needs review for alignment, not correctness.

A rate card that quotes only the $18–25 tier across every role on a 5-person team is not a discount — it's a team with no one positioned to catch architecture mistakes before they ship. The tech lead role is the one seat on the team where paying for the $40–$55 tier consistently pays for itself.

The tier shows up in the interview, not just the resume. A $40+/hour engineer can walk through a past architecture decision, explain what broke, and describe what they would do differently — a $20/hour engineer more often describes what they built without the reasoning behind it. Asking for a specific failure and what changed afterward separates the tiers faster than any certification list.

Rate trends: 2024–2026

Indian developer rates rose roughly 12–18% between 2024 and 2026, driven by AI-tooling-adjacent skill demand and a tighter market for engineers with 5+ years of production experience. Vietnam moved faster — 18–25% over the same period — as Western buyers doing India-plus-one diversification pushed demand into a smaller talent pool. Poland's rates grew in line with EU wage inflation, 8–12%, without the demand-driven spike seen in Asia. Latin American rates rose 10–15%, concentrated in Brazil and Argentina nearshore hubs serving US clients directly.

The practical effect: a rate card quoted in 2024 understates 2026 cost by roughly 12–25% depending on country, and a card quoted today should already assume another 8–12% increase in Indian and Vietnamese rates by 2027 for engineers with in-demand AI and platform experience.

None of these markets are getting cheaper. The countries that looked like a fixed-cost advantage in 2022 are now moving targets, and a rate card older than 12 months should be treated as a floor, not a current quote.

How to read a rate card without getting burned

Five checks before signing anything based on a quoted rate card:

1. Ask for the fully loaded monthly cost of the actual team, not the hourly rate of each role — utilization and overhead live in the gap between the two.
2. Ask what percentage of the quoted rate is dedicated versus shared allocation — a rate below the India ranges above is almost always a shared bench.
3. Ask for the attrition rate on teams over 12 months — above 20% annually, ramp cost repeats every year and the quoted rate understates real cost.
4. Ask whether the tech lead or senior reviewer role is priced at the junior tier — if so, budget separately for the rework this section describes.
5. Ask whether the contract is priced and invoiced in USD — local-currency pricing on a multi-year contract adds exchange rate risk the rate card doesn't show.
6. Ask how old the rate card is — anything quoted more than 12 months ago is understating current cost in India and Vietnam by double digits.

A rate card is a starting point for a conversation, not a number to compare across vendors in isolation. Two vendors quoting an identical $28/hour backend rate can produce teams that differ by 40% in delivered cost and by more than that in the rework a client's own team absorbs afterward.

The most common mistake buyers make isn't picking the wrong country — it's comparing an hourly number from one vendor against an hourly number from another without asking what sits behind each one. A cheaper quote with lower utilization, a shared bench, and a junior tech lead can cost more per delivered feature than a higher quote with a dedicated team and a senior lead. The country matters less than what the number actually buys.

Madgeek runs dedicated offshore teams under this model. See how the offshore development center engagement is structured, how the numbers compare in this offshore development cost breakdown, and how India stacks up against the next most common comparison in India vs. Vietnam software development.