Rent or buy robots? Purchase, leasing & Robot-as-a-Service compared
CAPEX or OPEX? We show transparently which procurement model fits your use case – vendor-independent.
Purchase, leasing & RaaS in direct comparison
| Purchase (CAPEX) | Leasing | Robot-as-a-Service (RaaS) | |
|---|---|---|---|
| Ownership | You own the robot | Ownership possible at term end | Provider stays the owner |
| Upfront investment | High (one-off) | Low to none | None |
| Monthly cost | Maintenance/operation | Leasing rate | All-in rate |
| Maintenance & updates included | Ordered separately | Depends on contract | Usually included |
| Accounting | Capitalized (CAPEX) | Often off-balance-sheet | Operating cost (OPEX) |
| Flexibility & scaling | Low | Medium | High |
| Provider lock-in | Low | Medium | Higher (deep integration) |
| 5-year TCO | Purchase price + operation | Sum of rates | ≈ 2.5–3.5× purchase price |
| Ideal for | Long-term, stable | Mid-term, predictable | Flexible, seasonal, fast |
Ownership
- Purchase (CAPEX)
- You own the robot
- Leasing
- Ownership possible at term end
- Robot-as-a-Service (RaaS)
- Provider stays the owner
Upfront investment
- Purchase (CAPEX)
- High (one-off)
- Leasing
- Low to none
- Robot-as-a-Service (RaaS)
- None
Monthly cost
- Purchase (CAPEX)
- Maintenance/operation
- Leasing
- Leasing rate
- Robot-as-a-Service (RaaS)
- All-in rate
Maintenance & updates included
- Purchase (CAPEX)
- Ordered separately
- Leasing
- Depends on contract
- Robot-as-a-Service (RaaS)
- Usually included
Accounting
- Purchase (CAPEX)
- Capitalized (CAPEX)
- Leasing
- Often off-balance-sheet
- Robot-as-a-Service (RaaS)
- Operating cost (OPEX)
Flexibility & scaling
- Purchase (CAPEX)
- Low
- Leasing
- Medium
- Robot-as-a-Service (RaaS)
- High
Provider lock-in
- Purchase (CAPEX)
- Low
- Leasing
- Medium
- Robot-as-a-Service (RaaS)
- Higher (deep integration)
5-year TCO
- Purchase (CAPEX)
- Purchase price + operation
- Leasing
- Sum of rates
- Robot-as-a-Service (RaaS)
- ≈ 2.5–3.5× purchase price
Ideal for
- Purchase (CAPEX)
- Long-term, stable
- Leasing
- Mid-term, predictable
- Robot-as-a-Service (RaaS)
- Flexible, seasonal, fast
As of 07/2026 – indicative, highly project-dependent. Over 7–10 years RaaS can exceed the pure purchase price; term, utilization and included services are decisive.
What does robotics cost to operate?
Market reference values for orientation – your specific quote depends on model, application and integration depth and is developed in a consultation.
RaaS humanoid robot / month
≈ $2,000–3,000
market reference 2026, often incl. maintenance, updates and replacement unit
Payback
12–24 months
depending on application and labor time saved
Labor cost savings
−30 to −50% / year
in suitable, recurring tasks
5-year TCO (RaaS)
≈ 2.5–3.5× purchase price
incl. operation, service and updates
As of 07/2026 – market reference values, not a Veyra price list. You'll receive your specific, vendor-independent quote in a consultation.
Whether purchase, leasing or Robot-as-a-Service (RaaS) pays off doesn't depend on the trend but on your use case: how long the application runs, how predictable demand is, how important liquidity and flexibility are. We classify the models neutrally – without pushing you into a financing model we profit from.
Which model fits you?
Preserve liquidity → RaaS / leasing
Instead of a large one-off investment you pay a predictable monthly rate (OPEX). That lowers the entry barrier and protects your investment budget.
Full control → purchase
The robot belongs to you. For long-term, stable use, purchase is usually the most economical option over the full lifetime (CAPEX).
Short-term need → rental
For seasonal peaks or fixed-term projects you rent capacity without tying up capital long term.
Scaling across a fleet → RaaS
If you want to scale flexibly up and down, RaaS plays to its strength: capacity follows demand.
When to use which model?
Three typical situations – and the procurement model that usually fits best.
Long-term continuous use
Stable application over many years, good utilization, budget available: purchase is usually the most economical over the lifetime.
Predictable but capital-light
Mid-term use, limited investment budget: leasing spreads the cost and keeps the balance sheet lean.
Fast, flexible, seasonal
Fluctuating or uncertain demand, quick start without tying up capital: RaaS delivers capacity as predictable operating cost.
Frequently asked questions about renting & buying
Is Robot-as-a-Service available in Germany?
Yes. RaaS is increasingly gaining ground in the German mid-market – precisely because it enables automation without a high one-off investment. We assess neutrally whether and for which use case RaaS makes sense for you.
What does it cost to rent a humanoid robot?
As a market reference, RaaS models in 2026 run around $2,000–3,000 per month, often including maintenance, updates and a replacement unit. The actual price depends on model, term and scope of service.
Purchase or leasing – which is better for tax?
Purchase is an investment (CAPEX, capitalized and depreciated); leasing and RaaS are usually operating costs (OPEX). Which is cheaper depends on your situation – coordinate this with your tax advisor.
How high is the lock-in risk with RaaS?
Because hardware and software are deeply integrated, switching providers is more involved with RaaS. That's why we look for open interfaces and fair contract terms already during selection.
When does a robot pay for itself?
In suitable, recurring tasks, users report payback periods of 12–24 months with 30–50% lower labor costs per year. We assess your real payback within your use case.
Which model pays off for you?
We compare purchase, leasing and RaaS for your specific use case – neutrally and with transparent cost logic.