Buy vs Lease Robots: Which Is Right for Your Lab?
Research robots cost $5,000 to $200,000+. Leasing changes the math: evaluate hardware before committing, preserve cash for compute and salaries, and upgrade when better platforms arrive.
Side-by-side comparison
| Factor | Buying | Leasing |
|---|---|---|
| Upfront cost | Full purchase price | First month's payment only |
| Monthly cash flow | $0 after purchase | Fixed monthly payment |
| Total cost (3 years) | Purchase price + maintenance | Higher total, but spread over time |
| Depreciation risk | You absorb it — resale value uncertain | Lessor absorbs it |
| Flexibility to upgrade | Sell old unit, buy new (slow) | Return at end of term, lease newer model |
| Maintenance | Your responsibility after warranty | Typically included in lease |
| Grant compatibility | Equipment purchase (capitalized) | Rental expense (direct cost, easier) |
| Evaluation period | Commitment from day one | 3-month term to evaluate fit |
| Insurance / risk | You insure the asset | Lessor carries base coverage |
| Lease-to-own | N/A | Payments apply toward purchase |
When buying makes sense
- You have confirmed the platform fits your research and will use it for 18+ months
- Your lab has a capital equipment budget that cannot be spent on rentals
- You want full ownership for long-running longitudinal studies
- You plan to modify the hardware significantly (custom mounts, sensors, actuators)
- The robot will become a permanent fixture in your lab infrastructure
- You are building a fleet and need to amortize over a large volume
When leasing makes sense
- You are evaluating a new platform and want to test it before committing $16K–$200K
- Your project has a fixed timeline (1-year grant, semester course, demo event)
- Cash flow matters more than total cost — you need to preserve runway for compute and headcount
- You expect better hardware to ship in the next 12–18 months and want to upgrade
- Your procurement office prefers rental expenses over capital purchases
- You need the robot for a short-term data collection campaign (3–6 months)
- You want maintenance included so your team focuses on research, not repairs
Cost example: Unitree G1
The following is illustrative. Contact SVRC for current lease rates.
| Scenario | Cost Structure | 12-Month Total |
|---|---|---|
| Buy outright | ~$16,000 one-time + you handle maintenance | ~$16,000 |
| Lease (12-month) | ~$1,800–$2,200/month, maintenance included | ~$21,600–$26,400 |
| Lease (6-month eval) | ~$2,200–$2,800/month, maintenance included | ~$13,200–$16,800 |
| Lease-to-own (12-month) | Monthly payments apply toward purchase | Buy-out at ~$0–$4,000 remaining |
The 6-month lease costs less than buying if you return the unit after the evaluation. The 12-month lease costs more than buying but includes maintenance and the option to walk away. Lease-to-own splits the difference.
Depreciation and the upgrade cycle
Research robotics hardware is evolving fast. The Unitree G1 that ships today will likely be superseded by a more capable model within 18–24 months. When you buy, you own the depreciation curve: the resale value of your robot drops as newer models arrive. When you lease, that risk belongs to the lessor.
For labs that need to stay on the frontier — testing policies on the latest hardware, matching the platforms used in published benchmarks — leasing lets you rotate hardware without the sunk cost of selling an older unit at a loss.
Grant funding considerations
US federal grants (NSF, DARPA, NIH) generally allow both equipment purchases and equipment rentals as direct costs. However, equipment purchases above certain thresholds (often $5,000) are capitalized and may require additional justification or prior approval. Rental expenses are typically classified as "other direct costs" and face fewer restrictions.
Leasing can also make budget narratives simpler: the cost maps directly to the project period. A 12-month lease on a robot for a 12-month project phase is a clean line item. A $90,000 purchase for a project that runs 18 months requires depreciation schedules and sometimes raises reviewer questions about whether the equipment will be used beyond the grant period.
Frequently asked questions
Is leasing a robot more expensive than buying in the long run?
Over a multi-year horizon, yes. Total lease payments will exceed the purchase price, just like leasing a car. But leasing preserves cash, avoids depreciation risk, and lets you upgrade to newer hardware when the lease ends. For a 6-month evaluation or a project with a defined endpoint, leasing is often cheaper than buying and reselling.
Can I convert a robot lease to a purchase?
SVRC offers lease-to-own options on most research platforms. A portion of your lease payments applies toward the purchase price if you decide to buy. This gives you the flexibility to evaluate the hardware risk-free before committing.
What robots can I lease from SVRC?
SVRC offers leasing on popular research platforms including the Unitree G1 humanoid, Unitree Go2 quadruped, Unitree B2, and select robotic arms. Lease terms are typically 3, 6, or 12 months. Contact us for current availability and pricing on specific configurations.
Does leasing include support and maintenance?
Yes. SVRC leases include setup assistance, US-based support, and standard maintenance. If a component fails during normal use within the lease term, SVRC handles the replacement.
Can I use grant funding to lease a robot?
Most US federal grants (NSF, DARPA, NIH) allow equipment rental as a direct cost. Leasing can actually be easier to justify than a purchase because it ties the expense directly to the project period. Check your specific grant terms, but leasing is generally allowable and sometimes preferred.