TL;DR: RTK rentals let you temporarily lease drones, rovers, GNSS receivers, or base stations instead of buying them outright. Renting hardware can make sense for short-term projects or equipment testing, but renting (or building) your own base station rarely does. A managed RTK network delivers the same centimeter-level corrections for a predictable monthly fee, without setup fees, daily rental costs, or uptime guesswork.
Key takeaways:
- RTK rentals span four equipment categories: drones, GNSS receivers, rovers, and base stations, each with different cost and complexity tradeoffs.
- Renting drones or rovers can be a reasonable choice for short-term projects or for testing equipment before buying.
- Renting a base station is rarely the right call. Setup, calibration, and the unobstructed sky view it requires make it impractical for short-term use.
- A managed RTK network eliminates rental fees and setup entirely. Point One’s plans run $42 to $125 per month per license depending on accuracy tier, with 99.9% uptime.
Real-Time Kinematic (RTK) technology improves standard GPS accuracy from meter-level to centimeter-level precision. Across automotive, delivery, mobility, and robotics applications, that precision is often the difference between usable and unusable location data.
One route to accessing RTK is renting: leasing drones, rovers, GNSS receivers, or base stations instead of buying them outright. This article walks through what’s available to rent, where renting genuinely makes sense, and where it doesn’t, so you can weigh renting against owning or subscribing to a managed network.
What Are RTK Rentals?
RTK rentals refer to temporarily leasing RTK equipment, such as RTK-connected drones, rovers, GNSS receivers, and base stations, rather than purchasing them outright.
Rentals can be a flexible option for short-term projects or for testing hardware before committing to a purchase. But it’s worth scrutinizing whether renting is actually the most practical and economical path for your project. In many cases it isn’t, once you account for setup fees, daily rental costs, and the fact that rented equipment typically comes with no performance guarantees.
Those costs add up quickly compared to subscribing to a managed RTK or NTRIP service provider. Point One’s RTK Network, for example, is a fully managed service with 99.9% uptime, a dense, professionally maintained station network (see why network density matters for what actually drives real-world accuracy), and plans starting at $42 per month per license, before any rental deposit or daily fee. For most applications, subscribing to an established network removes the uncertainty of rented hardware entirely: you get consistent, centimeter-accurate corrections wherever you’re working, without owning or renting a base station at all.
Learn more about Point One’s RTK Network
Types of RTK Equipment Rentals
Four categories of RTK equipment are commonly available to rent, each with a different cost and complexity profile.
1. RTK Drone Rentals
Drones are central to mapping, surveying, and farming applications, where capturing both imagery and its precise location matters. Operators use that positioning data to georeference the imagery, turning raw captures into usable, location-tagged data.
Drone positioning is typically derived from GNSS constellations (GPS, GLONASS, Galileo, and BeiDou), but standalone GNSS accuracy isn’t precise enough for most professional workflows. RTK corrects for this by comparing the drone’s position against a nearby base station in real time, bringing accuracy from meters to centimeters. For the full picture of how this works and where it delivers the most value, see our complete guide to drone RTK.
Renting the drone itself is only half the equation. A rented RTK drone still needs a corrections source, either a base station or a subscription to an RTK network, to actually deliver centimeter-level accuracy. Point One removes that second rental entirely: connect to the RTK Network and skip the base station altogether.
2. GNSS Receiver Rentals
GNSS receivers interpret signals from satellite constellations, including GPS (US), Galileo (EU), GLONASS (Russia), and BeiDou (China), to determine precise location. They calculate position by measuring the time delay between a satellite’s signal transmission and its reception, factoring in the satellite’s known location.
On their own, GNSS receivers deliver meter-level accuracy. Paired with RTK corrections, they deliver centimeter-level accuracy, which is what makes them useful for surveying, agriculture, and autonomous vehicle applications. Receiver rentals are often bundled into a rover rental or a full RTK GPS kit rather than rented standalone.
3. Rover Rentals
Rovers are portable devices built around a GNSS receiver, designed to move through a site and collect precise location data in real time. They’re used extensively in surveying, construction, and agriculture, anywhere accurate, mobile positioning is required. For a deeper look at how rover-based surveying works end to end, see our guide to RTK surveying.
As with drones, renting a rover only solves half the problem: you still need a reliable corrections source. With Point One, a rover connects to a fully managed base station network starting at $42 per month per license, with fast convergence and 99.9% uptime, instead of requiring a separately rented or purchased base station.
Learn more about Point One’s RTK Network
4. Base Station Rentals
RTK base stations are fixed reference points that send correction signals to RTK receivers in the field, whether those receivers sit on agricultural machinery, survey equipment, or drones. They’re the core infrastructure behind high-precision navigation and geospatial work.
A base station interprets signals from GNSS satellites and calculates differential corrections based on its own precisely known position, correcting for atmospheric conditions, satellite orbit errors, and timing inaccuracies down to the centimeter.
Of the four categories here, a base station is the one item that generally shouldn’t be on your rental list. Setting up and maintaining a base station requires a clear, unobstructed sky view, reliable power, and real technical expertise to survey and calibrate correctly, none of which gets easier because the hardware is rented rather than owned. A short-term rental compresses all of that setup and calibration work into a tighter window, with less margin for error.
Point One’s RTK Network is built specifically to remove this step:
- Accuracy and reliability. Fast convergence (under 5 seconds) on the RTK corrections network delivers centimeter-accurate positioning on your existing hardware.
- Corrections from a single mount point. Coverage spans the US, EU, UK, AU, and CA from one NTRIP connection.
- Five-minute setup. Connect to a single NTRIP mount point and you’re running.
- Coverage without cellular. High-accuracy GNSS corrections are available even in areas without cellular coverage.
For more on how correction quality actually scales with network design rather than marketing claims, see why network density matters for RTK accuracy.
Renting vs. Building vs. Subscribing: A Cost Comparison
Here’s how the three paths compare for a team that needs RTK corrections for field equipment:
| Rent equipment | Build your own base station | Point One RTK Network | |
|---|---|---|---|
| Upfront cost | Deposit plus daily/weekly rental fees | $725–$1,950+ in hardware | $0 (rover receiver only) |
| Setup time | Full setup and calibration, compressed into the rental window | 8–40+ hours | Minutes |
| Ongoing cost | Recurring rental fees for continued use | $480–$1,440/year (cellular, maintenance) | $42–$125/month per license |
| Performance guarantee | Typically none | Self-managed, no SLA | 99.9% uptime |
| Coverage | Limited to rented base’s range, if applicable | ~20–35 km per station | US, EU, UK, AU, CA |
| Best for | Short-term drone or rover use, equipment testing | Fixed, single-site operations with in-house technical capacity | Ongoing or multi-site field work |
Build-your-own figures are drawn from our full DIY vs. managed RTK cost breakdown; rental figures vary by vendor and region, so get a quote before assuming renting is the cheaper option.
Pros of Renting RTK Equipment
Renting genuinely makes sense in a couple of scenarios:
- Short-term need. For a project with a finite timeline, renting a drone or rover avoids committing to equipment you won’t use again soon. This logic doesn’t extend to base stations, though: a rented base station still requires the same setup and calibration effort as an owned one, just under more time pressure.
- Equipment testing. Renting lets you test different drones or rovers in your actual operating environment before committing to a purchase, which is useful for comparing RTK systems against your specific requirements.
Disadvantages of Renting RTK Equipment
Renting comes with real tradeoffs, particularly for anything beyond short-term drone or rover use:
- Limited usage. Rental periods cap how much you can use the equipment, and teams with frequent or ongoing needs often find the cumulative cost of repeated rentals adds up faster than expected.
- Cost over time. Renting avoids the upfront purchase price, but recurring fees, especially for complex equipment like base stations, can make it more expensive than ownership or a subscription once a project runs longer than planned.
- Setup complexity. Base stations in particular require real technical expertise to set up correctly. An incorrect setup undermines the centimeter-level accuracy RTK is supposed to deliver, and troubleshooting rented equipment often means added delay while you wait on vendor support.
Frequently Asked Questions
What is an RTK rental?
An RTK rental is a temporary lease of RTK equipment, such as a drone, rover, GNSS receiver, or base station, rather than a purchase. It’s typically billed as a deposit plus a daily or weekly fee.
Is it cheaper to rent or buy RTK equipment?
It depends on how long you need it. For a single short-term project, renting a drone or rover can be cheaper than buying. For ongoing or repeated use, cumulative rental fees often exceed the cost of either owning equipment or subscribing to a managed RTK network.
Should I rent an RTK base station?
Generally, no. A base station requires an unobstructed sky view, stable power, and precise survey and calibration work to function correctly, none of which becomes easier under rental time pressure. A managed RTK network removes the need for a base station entirely.
Do I still need an RTK network if I rent a drone or rover?
Yes. A rented drone or rover only provides the hardware. It still needs a corrections source, either your own base station or a subscription to an RTK network, to deliver centimeter-level accuracy.
How much does a managed RTK network cost compared to renting?
Point One’s RTK Network runs $42 to $125 per month per license depending on accuracy tier, with no separate base station rental or setup fee. Rental pricing varies by vendor, equipment type, and region, so it’s worth getting a specific quote before assuming renting is less expensive.
What’s the difference between renting equipment and using a managed RTK network?
Renting gets you physical hardware for a fixed period. A managed RTK network like Point One’s is a corrections service: you keep or rent just the rover/receiver hardware you need, and the network handles the base station infrastructure, uptime, and coverage.
Access the Best RTK Network for Your Application
Renting RTK equipment can be a reasonable choice for short-term drone or rover use, or for testing hardware before you buy. Renting a base station is a different story: the setup, calibration, and technical expertise it requires don’t get easier because the equipment is temporary.
Point One’s RTK Network removes the base station question entirely. It delivers centimeter-accurate positioning across the US, EU, UK, AU, and CA from a single NTRIP mount point, with 99.9% uptime, five-minute setup, and coverage that holds up even without cellular service, all for a flat monthly fee per license rather than a rental deposit and daily rate.
Whether you’re testing equipment for a construction project, survey work, or an ongoing field deployment, a subscription avoids the guesswork that comes with renting.