The typical offshore savings claim — "save 60%!" — is vague enough to be useless. It tells you nothing about role type, region, seniority level, or engagement model. So here's what we'll do instead: share real engagement data from three anonymized clients, with actual rates, team sizes, and savings figures.
First, an Honest US Baseline
To calculate savings, you need an honest fully-loaded cost for a US engineer. Most companies undercount this. For a mid-level US engineer at a $150K base salary:
- Base salary: $150K
- Benefits (health, dental, 401k match): 20–30% of salary = $30–45K
- Payroll taxes: ~8% = $12K
- Equity (common at growth-stage): variable
- Recruiting cost (amortized): $15–25K
- Equipment and tooling: $3–5K
Total fully-loaded cost for a $150K base: $210K–$240K annually. Most teams undercount by 30–40%.
Three Real Engagement Scenarios
Scenario A: Series A SaaS — Two Senior Eastern European Engineers
Key insight: The 6-hour timezone gap required schedule adjustment — engineers shifted start time by 3 hours to create a morning overlap window. After a 2-week adjustment period, collaboration quality was equivalent to onshore. The savings funded one additional full-time hire on the US side.
Scenario B: Fintech Growth Stage — Hybrid Team in Southeast Asia
Key insight: The client kept one US-based tech lead who owned architecture and stakeholder communication. Offshore engineers owned feature execution and specific service layers. The model worked because the US lead wrote clear tickets and spent real time on code review — not just approvals.
Scenario C: B2B Enterprise — Compliance-Focused DevOps
Key insight: This client had strict compliance requirements — offshore engineers were scoped to infrastructure work that didn't touch PII. The model worked because the scope was clearly defined upfront. Offshore savings were lower here (38%) but still meaningful for a 6-month engagement.
When Savings Diminish
The realistic range for offshore savings is 25–55%, not always "60%." Savings compress when:
- Roles require frequent real-time collaboration (reduces timezone flexibility and thus the pool of viable offshore regions)
- Junior engineers need significant mentorship (the onshore time cost partially offsets rate savings)
- Scope is unstable and requires daily re-prioritization
- Onboarding takes longer than expected due to complex, undocumented codebases
In these scenarios, realistic returns are 25–35%. Still meaningful, but not the 60% that gets cited in marketing materials.
What This Means for Your Decision
Offshore savings are real — but they require honest math, appropriate role scoping, and the management infrastructure to make distributed teams work. The companies that get 50%+ savings have invested in async processes, documentation habits, and at least one onshore lead who treats the offshore team as their team, not their vendor.