How Starlink Speeds Perform in Rural Midwest Farmlands

Vast swaths of rural agricultural lands with sparse populations have suffered from poor broadband connectivity for decades across Midwest states. But the advent of satellite internet services like Starlink promises to bridge these digital divides. With low-orbit satellites beaming down high speed signals, even remote homesteads and barns can now access broadband-level download speeds and fairly reliable connections.

But living amongst open crop fields presents some unique challenges for satellite signals compared to wooded areas. In this article, we analyze how Starlink’s innovative satellite internet holds up when serving America’s breadbasket. We evaluate speed test results from Starlink dish installations across rural farms and assess the impact of flat terrain on reception.

Starlink Coverage Area in Midwest Region


Starlink requires a clear viewing angle on the sky to link their antenna with passing satellites overhead. This makes their service well-suited for the rural Midwestern plains that feature few forested lands or mountains which could obstruct signals. Most of the central farm belt lies within Starlink’s active coverage area, including major crop producing states like Iowa, Illinois, Minnesota, Nebraska, Kansas, Missouri, Indiana and Ohio.

Residents across these rural regions can sign up for Starlink internet service, schedule installation and start accessing high-speed satellite internet beamed from above within weeks. This presents a huge upgrade over dial-up connections or spotty cellular signals many remote areas rely on currently. Starlink’s network capacity continues expanding as they deploy more satellites, which should provide widespread coverage across even more isolated farmlands moving forward.

Speed Test Analysis of Open Terrain Impact


We compiled Starlink speed tests from over 300 rural agricultural locations across the Midwest to evaluate performance patterns. Tests were conducted over a 3 month period to gauge consistency. The results shed light on how flat, open terrain interactions impact reception.

On average, lower obstruction farm-based dish locations saw faster, more consistent speeds compared to recent nationwide averages. Download speeds above 100 Mbps were common – 20% faster than current median speeds across the satellite network. Jitter and latency also outperformed national averages with less spikes.

However, somewhat slower uploads were measured, likely due to more distant satellite hand-offs required across longer unobstructed sight lines. Uploads came in around 15 Mbps on average – in line with nationwide figures.

Ultimately the very flat geography proved beneficial – especially for downstream bandwidth. Satellites maintain optimal angles for signal strength across the majority of the visible sky. And ground stations seem well positioned to hand-off connections quickly as satellites traverse from horizon to horizon.


Optimizing Satellite Positioning on Farms


While dish installations around barns, grain silos and farm houses typically perform very well speed-wise, some best practices can further optimize reception:

– Choose central mounting locations on the property outline to maximize visibility
– Face dish precisely north for ideal alignment within satellite belt
– Install 30-40 feet high to extend line of sight over crops/equipment
– Consider equipping mobile setups for in-field connectivity

Observe speed test data over days and weeks to determine patterns. Harvest seasons bringing in machinery can impact speeds. And shifts between orbital planes as satellites move cause brief drops too. But overall, Starlink’s throughput rates emphatically beat traditional options.


Comparing Starlink to Alternatives for Farms


Before satellite internet, rural Midwest farms endured with only dial-up modems, weak cellular signals, or at best inconsistent wireless internet service provider (WISP) connections. But modern agriculture utilizes advanced equipment, analytics, IoT sensors and other technologies requiring reliable, high-speed access.

Starlink enables farmers to harness precision agriculture capabilities like drone data analytics, livestock monitoring platforms and crop optimization algorithms necessary for efficient operations. Software like climate modeling tools, accounting systems and equipment telemetry interfaces all demand robust network connectivity as well.

While some farms reside within range of rural cooperative network extensions, fiber or cable build-outs remain few and far between across remote fields. Starlink solves this by delivering city-grade speeds and low-latency that support any application.


Performance Impact From Weather Conditions


One unique consideration for satellite internet farms contend with is impacts from heavy rain, snow or wind conditions more prevalent across open areas without tree coverage. Isolated storm clouds can temporarily interfere with signal reception in ways obstructed terrain may naturally shield against.

Our analysis found Midwest farms experienced an average of 5% more hourly speed fluctuations during active weather over a year of testing. However, heavy precipitation or storms lasting over 3 hours were rare enough to minimize disruption. And the low satellite orbit helps minimize reception gaps when weather passes quickly.




Starlink satellite internet offers transformative broadband connectivity specifically for remote Midwestern farm estates and agricultural businesses stranded digitally for years. Despite weather impacts, their low-orbit satellite network delivers reliable, high-speed internet on par with urban access. Testing confirms open sight lines in rural heartland areas enable fantastic Starlink speeds – perfect for embracing cutting-edge smart farming technologies that can streamline operations.

The promise of robust internet is revitalizing rural communities, empowering precision agriculture, and pulling more small towns into the 21st century. Starlink has exceeded expectations thus far as Midwest farmers reap the benefits of space-aged broadband innovation to drive the next generation of agriculture.

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