The Real Cost of Hiring L2 IT Support Engineers in the U.S.
Updated for 2026
Most MSP owners don't realise how expensive L2 engineers actually are once you factor in everything beyond salary. This breakdown shows the true cost and how it compares to offshore options.
Quick Answer for MSP Owners
What it is: The true fully burdened cost of hiring an L2 IT support engineer in the U.S. is $90,000–$120,000+ per year when you include benefits, taxes, recruitment, onboarding, and tools.
When it works: Local L2 hires make sense for client-facing leadership roles or markets where on-site presence is required.
When it fails: Every L2 hire at full cost compresses your margins. If you're growing and adding multiple engineers per year, costs compound faster than revenue.
Bottom line: Offshore L2 engineers cost 30–40% less fully burdened and can be placed in 2–4 weeks instead of 60–90 days.
Base Salary: What You See on the Offer Letter
A Level 2 IT support engineer in the U.S. typically commands a base salary between $65,000 and $90,000 per year. That range shifts depending on geography, with higher costs in states like California, New York, and Texas, and slightly lower in the Southeast and Midwest.
At face value, that might feel manageable. But base salary is only where the math starts.
Most MSP owners we speak to are dealing with this exact cost pressure, which is why we typically map this out during a short call.
If This Sounds Like Your MSP
If you're dealing with:
- Ticket backlogs that aren't going away
- Engineers stretched too thin
- Hiring taking longer than expected
- Pressure to grow without breaking delivery
You're not alone. Most MSP owners we speak to are in this exact position.
We can walk you through what this would look like in your environment.
Get Your MSP Staffing PlanThe Hidden Costs That Push the Number Higher
Once you move beyond salary, the real cost of employing an L2 engineer becomes significantly higher. Here's what gets added:
True annual cost per L2 engineer: $90,000 – $120,000+
That's 35–60% above the base salary figure most MSP owners use when planning headcount.
This is usually the point where MSP owners realise the issue isn't demand, it's capacity.
See What This Would Look Like in Your MSP
If you're dealing with capacity pressure, hiring delays, or rising costs, we can walk you through exactly how this model would apply to your environment.
Get Your MSP Staffing PlanNo pressure. Just a quick walkthrough of your current setup.
Not sure if this is the right fit?
That's exactly what this call is for. We'll walk through your current setup and tell you honestly if this makes sense for your MSP.
The Real Problem Isn't Just Cost
Cost is part of it, but the operational friction is what really slows MSPs down:
- Hiring delays. Finding qualified L2 engineers takes 60–90 days in most markets. Some roles stay open for months.
- Margin pressure. Every unfilled seat means either turning away contracts or overloading your existing team.
- Ticket backlog risk. When response times slip, client satisfaction follows. That's where churn starts.
- Turnover cycle. Even after you hire, U.S. L2 engineers turn over at high rates. You end up recruiting again within 18 months.
For MSPs trying to grow, this creates a compounding problem. You can't scale if every new hire takes three months to find and six months to ramp.
An Alternative Model That Changes the Math
NetOps Africa provides U.S. MSPs with dedicated South African IT engineers who integrate directly into your existing workflows, tools, and team structure.
This isn't freelance outsourcing. These are full-time, dedicated professionals working your hours, inside your PSA and RMM, accountable to your service standards.
- Same skill level. South Africa produces world-class IT talent with strong technical training programs and certifications (CompTIA, Microsoft, Cisco).
- Strong English proficiency. South Africa is a native English-speaking country. No language barrier, no miscommunication on tickets.
- 30–40% cost reduction. Fully burdened, including NetOps Africa's management layer, you're looking at significant savings per engineer.
- Faster ramp. Pre-vetted engineers with MSP experience can be productive within weeks, not months.
- U.S. time zone alignment. South Africa's time zone overlaps with U.S. Eastern hours, so your team works together in real time.
Learn more about how our process works from first conversation to a fully integrated engineer.
Side-by-Side Comparison
| Factor | U.S. Hire | NetOps Africa |
|---|---|---|
| Annual cost (fully burdened) | $90,000 – $120,000+ | 30–40% less |
| Time to hire | 60–90 days | 2–4 weeks |
| Ramp-up period | 3–6 months | 2–4 weeks |
| Flexibility to scale | Low (fixed overhead) | High (add or reduce as needed) |
| Management overhead | You handle everything | NetOps handles HR, payroll, retention |
| English proficiency | Native | Native (South Africa) |
| Time zone | Local | U.S. Eastern overlap |
When This Model Makes Sense
This approach isn't for every MSP. It works best when:
- You're growing and need to add L1–L3 capacity without proportionally increasing payroll.
- You have a ticket backlog that's affecting response times and putting client relationships at risk.
- Your margins are under pressure and you need to deliver the same quality at a lower cost per ticket.
- You're losing senior engineers to burnout because they're pulled into L1/L2 work instead of project and escalation work.
If any of those sound familiar, it's worth understanding how MSP outsourcing works and what the transition looks like in practice.
You Don't Need More Leads. You Need More Capacity to Handle Them.
Let's map out what adding 1–3 engineers would look like in your MSP.
No pressure. Just a quick walkthrough of your current setup.
Not sure if this is the right fit?
That's exactly what this call is for. We'll walk through your current setup and tell you honestly if this makes sense for your MSP.