Starlink delivers lower latency and higher typical download speeds for residential properties, while Viasat operates a long-standing geostationary constellation with a residential plan without fixed caps and deep market penetration across commercial aviation and government contracts. At OrbitalIntel, we track operational metrics, regulatory disclosures, and technical benchmarks across both satellite operators.
The core distinction between the two services stems from orbital mechanics. Starlink uses thousands of low Earth orbit spacecraft to cut transmission delays to tens of milliseconds, whereas Viasat delivers wide geographic coverage using high-capacity geostationary spacecraft stationed tens of thousands of kilometers higher.
Starlink vs Viasat Architecture and Core Differences
The fundamental divide between Starlink and Viasat comes down to satellite altitude. Starlink spacecraft operate in low Earth orbit at an altitude of approximately 550 kilometers, as documented on Starlink’s technology portal. Viasat relies on geostationary satellites stationed approximately 22,236 miles (35,786 kilometers) above the equator, according to Viasat’s fleet overview. That difference in orbital geometry dictates round-trip signal travel time, hardware antenna designs, and ground network infrastructure.
Physical distance creates an unalterable floor for satellite latency. A radio signal traveling between a ground terminal and a geostationary platform must make a complete round trip to geostationary orbit, adding several hundred milliseconds of propagation delay. The structural difference explains why Starlink advertises round-trip latency between 25 ms and 60 ms on land, while geostationary networks face physical latencies of 600 ms or more before network routing.
A geostationary satellite stays over one spot on the equator, while low Earth orbit satellites move across the sky and hand traffic between one another. Readers looking for a broader baseline on orbital categories can consult our overview of satellite communications.
The ViaSat-3 Fleet Deployment Record
Viasat designed its third-generation geostationary satellite platform, ViaSat-3, to expand its high-throughput Ka-band bandwidth over global operating theaters.
The first satellite in the series, ViaSat-3 F1 (Americas), launched on May 1, 2023, aboard a SpaceX Falcon Heavy rocket from Launch Complex 39A at Kennedy Space Center. Following launch, Viasat experienced an anomaly during the deployment of the satellite’s primary reflector antenna. In its Form 10-K filed with the SEC for the fiscal year ended March 31, 2026, Viasat stated that it reported a reflector deployment issue resulting in the company recovering less than 10 percent of the planned throughput on the ViaSat-3 F1 satellite. The spacecraft entered commercial service with that diminished capacity profile during 2024.
The second platform, ViaSat-3 F2 (Americas), launched on November 13, 2025, from Space Launch Complex 41 at Cape Canaveral on a United Launch Alliance Atlas V 551 vehicle. Viasat designed it to more than double the bandwidth capacity of its existing satellite fleet. As of Viasat’s press release on August 31, 2026, F2 was in the final stages of in-orbit testing and expected to enter service soon to support the Americas region.
The third platform, ViaSat-3 F3 (Asia-Pacific), launched on April 29, 2026, on a SpaceX Falcon Heavy vehicle from Kennedy Space Center. Viasat announced that ViaSat-3 F3 officially entered commercial service on August 31, 2026, bringing more than one terabit per second of throughput capacity across the Asia-Pacific operating region. The progressive deployment of these high-capacity spacecraft supports Viasat’s broader commercial mobility strategy following its acquisition of Connect Topco Limited (Inmarsat) on May 30, 2023, which added 19 satellites across Ka-, L-, and S-bands.
Specification and Feature Comparison Table
The table below contrasts technical criteria, measured performance figures, service rates, and contract parameters across both providers as documented in current filings and vendor portals.
| Dimension | Starlink | Viasat |
|---|---|---|
| Satellite Orbit | Low Earth orbit (~550 km altitude) | Geostationary orbit (~35,786 km altitude) |
| Published Speed Range | 25 to 220 Mbps download (majority over 100 Mbps); up to 400+ Mbps Max | Up to 25 to 150 Mbps download in select areas |
| Measured Median Download (Ookla Q1 2026) | 127.39 Mbps | 41.05 Mbps |
| Measured Median Upload (Ookla Q1 2026) | 21.46 Mbps | 0.95 Mbps |
| Measured Median Latency (Ookla Q1 2026) | 39 ms multi-server | 750 ms multi-server |
| Published Service Latency | 25 to 60 ms on land (100+ ms remote) | Not published by Viasat |
| Starting Monthly Rate (US Residential) | $55/mo (100 Mbps), $85/mo (200 Mbps), $130/mo (Max) | $39.99/mo promo ($69.99 regular); $69.99 promo ($99.99 regular) |
| Data Policies | Unlimited data across residential tiers | 150 GB on Essentials; Unlimited on Unleashed (deprioritized past 360 GB / 850 GB) |
| Contract Commitment | Month-to-month standard; select offers may require commitments | No contract on Unleashed; 12-month term on Essentials |
| Hardware and Equipment Fees | Hardware kit price address-gated at checkout; V5 kit in select areas | Equipment lease fee applies (not published in dollars on plans portal) |
| Subscribers as Reported | 12.0 million subscribers (as of June 30, 2026 SEC filing) | ~130,000 US fixed broadband subscribers (as of March 31, 2026 SEC filing) |
Our broader market roundup on the best satellite internet providers places both systems into context alongside other global operators.
Speed and Latency Performance in Independent Benchmarks
While both operators market maximum theoretical throughput capabilities, independent third-party testing offers a clear view of sustained user performance.
Data compiled by Ookla Speedtest intelligence for the first quarter of 2026 illustrates the real-world operational divide between low Earth orbit and geostationary consumer links in the United States. During Q1 2026, Starlink achieved a nationwide median download speed of 127.39 Mbps and a median upload speed of 21.46 Mbps. Over the same observation window, Viasat produced a median download speed of 41.05 Mbps and a median upload speed of 0.95 Mbps.
Historical figures from earlier quarters confirm long-term consistency. In Q1 2025, Ookla recorded Viasat median download speeds at 43.77 Mbps, shifting to 41.52 Mbps in Q3 2025 and 41.06 Mbps in Q1 2026. Starlink tracked from 100.42 Mbps in Q1 2025 to 132.41 Mbps in Q4 2025 and 127.39 Mbps in Q1 2026. A secondary analysis reported by Via Satellite covering Ookla’s 2025 global satellite performance report showed similar stability, with Q3 2025 US median downloads registering at 129.61 Mbps for Starlink and 41.52 Mbps for Viasat.
Latency metrics highlight the impact of physical orbit selection. In the Q1 2026 Ookla dataset, Starlink achieved a multi-server median latency of 39 ms across the United States. Viasat recorded a median latency of 750 ms. Starlink’s internal specification documents indicate land-based latencies generally fall between 25 ms and 60 ms, with remote maritime, polar, and island regions reaching 100 ms or more. Viasat does not publish a residential latency figure of its own; Starlink’s technology page puts geostationary latency at 600 ms or more.
The practical consequence of a 750 ms latency connection shows up in interactive tasks. Video calls, online gaming, and voice calls feel that delay. Downloads, web pages, streaming video, and email work over both services as long as the speed is there.
How Weather Affects Starlink and Viasat Performance
Heavy rain and dense snow degrade both Starlink and Viasat connections through an atmospheric effect known as rain fade. Both services rely on Ku-band and Ka-band radio frequencies, which technical literature from the Federal Communications Commission (FCC) and the International Telecommunication Union (ITU) documents as vulnerable to signal attenuation from airborne moisture. The physical path length creates a distinct difference in exposure between the two architectures. Viasat routes signals to geostationary orbit roughly 35,786 kilometers up, sending the transmission through a longer atmospheric path than a Starlink signal traveling to low Earth orbit roughly 550 kilometers above the ground. While neither provider publishes exact outage rates for storms, that shorter orbital distance gives low-altitude constellations a structural advantage during severe precipitation.
Residential Plans and Pricing Structures
Published rates for consumer broadband access across both services feature distinct introductory terms, speed allocations, and hardware models.
Starlink Residential Tiers
As listed on Starlink’s residential portal as of September 13, 2026, consumer service plans in the United States divide into three primary speed designations:
- Residential 100 Mbps: Starting at $55 per month, offering unlimited data and maximum available speeds up to 100 Mbps.
- Residential 200 Mbps: Starting at $85 per month, including free professional home installation and speeds up to 200 Mbps.
- Residential Max: Starting at $130 per month, advertising speeds up to 400+ Mbps.
Starlink notes that advertised speeds are not guaranteed and fluctuate during peak usage windows. Hardware kit pricing is not shown on the public pricing page without entering a specific installation address. Customers can preview their exact terminal hardware charge by checking their address in the order flow. Starlink offers a 30-day trial with a full refund if you are not satisfied. A detailed breakdown of hardware costs and regional subscription pricing can be reviewed in our Starlink pricing guide.
For mobile users, Starlink lists US Roam plans on its roam portal starting at $55 monthly for 100 GB, $80 monthly for 300 GB, and $175 monthly for an unlimited tier with international connectivity across 160 or more countries and territories.
Viasat Residential Tiers
As listed on Viasat’s plans page as of September 13, 2026, Viasat presents two core residential options for American households:
- Viasat Essentials: Promoted at $39.99 per month for the first three months, then stepping up to its regular rate of $69.99 per month. It includes 150 GB of high-speed data alongside unlimited standard-speed data.
- Viasat Unleashed: Promoted at $69.99 per month for the first three months, increasing to a regular rate of $99.99 per month thereafter. It delivers unlimited high-speed data without fixed data caps.
Viasat advertises service speeds reaching up to 25 to 150 Mbps in select geographic markets. Viasat disclaims that rates and availability vary by address, with separate equipment lease fees, installation charges, and taxes applied on the final billing schedule. The exact equipment lease dollar amount is not published openly on the primary plans overview page and requires individual address validation.
Contract Terms, Hardware, and Fair Use Policies
Service contracts and hardware ownership structures represent another major commercial distinction.
Contract Commitments
Starlink sells its residential service on flexible month-to-month plans without requiring long-term commitments, though its support documentation notes that select promotions or markets may occasionally package specific term requirements.
Viasat handles contracts differently across its service tiers. The entry-level Essentials plan requires a mandatory 12-month minimum service term commitment. The Viasat Unleashed tier operates without an annual contract commitment, enabling subscribers to cancel on a month-to-month schedule without triggering early termination charges.
Fair Use and Data Policies
Starlink provisions unlimited data across all three standard US residential tiers. While service slows during periods of local satellite network congestion, Starlink does not impose fixed monthly household data caps on these fixed plans.
Viasat’s Essentials plan allocates 150 GB of high-speed data per billing cycle. Once a subscriber exhausts that threshold, connections fall back to unlimited standard data speeds.
Viasat Unleashed provides unlimited high-speed data, but enforces specific network management protocols defined in its fair use terms:
- Usage trending past 360 GB in any 30-day window (exceeding typical usage for roughly 70 percent of residential users) results in speeds cut to approximately half of normal rates during congestion.
- Usage trending past 850 GB in any 30-day period exposes the subscriber to significantly reduced service speeds during network peak periods.
Hardware and Installation
Starlink sells a self-install kit whose price appears only after you enter an address. Starlink’s latest generation residential kit is the Starlink V5, supporting speeds up to 375+ Mbps in select markets. Starlink includes free professional installation on its $85 monthly 200 Mbps plan. Our Starlink explainer covers how the constellation works.
Viasat’s plans page lists professional installation as included with its service, and says a one-time standard installation fee may be charged at the time of sale along with a monthly equipment lease fee and taxes.
Viasat Commercial Aviation, Maritime, and Government Operations
Evaluating Viasat strictly through the lens of domestic fixed home broadband overlooks the company’s primary corporate focus and financial base. Viasat’s total annual revenue reached $4,640.3 million in fiscal year 2026 (ended March 31, 2026), an increase of 3 percent over the $4,519.6 million reported in fiscal 2025, according to its official Form 10-K filing.
Viasat has established an expansive presence across commercial and government mobility markets:
- In-Flight Connectivity (IFC): As of March 31, 2026, Viasat reported in-flight connectivity systems installed and operating on approximately 4,580 commercial aircraft (with roughly 130 inactive at quarter-end) and approximately 2,100 business jets using Ka-band satellite services.
- Commercial Airline Agreements: Viasat reports partnerships with more than 60 commercial airlines worldwide, with contractual commitments to equip approximately 1,000 additional commercial airliners under existing customer agreements.
- Inmarsat Acquisition: Viasat completed the acquisition of Inmarsat on May 30, 2023, for approximately $550.7 million in cash and 46.36 million common shares, giving the combined company 19 satellites across Ka-, L-, and S-bands.
- US Government Sector: The US government accounted for roughly 16 percent of Viasat’s total corporate revenue in fiscal year 2026. On May 22, 2026, Viasat secured the prime contract for the US Space Force Protected Tactical SATCOM-Global (PTS-G) Swarm 1 delivery order, later selecting Rocket Lab on August 17, 2026, to manufacture the dedicated geostationary satellite bus.
By contrast, Viasat reported approximately 130,000 US fixed broadband subscribers at the close of fiscal 2026, generating an average monthly revenue per user of $113. Ookla estimates that Viasat’s global subscriber count dropped from 590,000 in fiscal Q4 2021 to about 159,000 in Q4 2025.
SpaceX reported 12.0 million Starlink subscribers across residential, roam, and business plans as of June 30, 2026, in its Form 10-Q filing, up from 6.0 million one year prior. Investors analyzing corporate satellite entities can explore our research on satellite communications stocks or review SpaceX public trading and equity structures.
Scenario Evaluation for Different Broadband Needs
Choosing between Starlink and Viasat requires aligning the network’s technical limits with daily connectivity demands.
Where Starlink Is the Better Option
Starlink fits users who require low-latency connectivity for professional collaboration or real-time gaming. It isn’t the right fit for every household, and our Starlink explainer covers the common downsides and complaints.
- Remote workers on video and voice calls who cannot tolerate audio delay.
- Online gamers, for whom Ookla’s 39 ms Starlink median against 750 ms for Viasat is the deciding number.
- High-volume data households that routinely download large media files, cloud backups, and software updates.
- Users living in open rural clearings who can install a phased-array antenna with an unobstructed view of the sky.
Where Viasat Is the Better Option
Viasat serves specific operational requirements and installation constraints:
- Households seeking lower initial out-of-pocket costs via promotional pricing ($39.99 for Essentials or $69.99 for Unleashed during the first three months) rather than buying an upfront terminal kit.
- Properties where trees or terrain block much of the sky but leave a clear line of sight toward Viasat’s fixed satellite position.
- Users who want professional installation included on every plan.
- Commercial corporate flight departments, maritime vessel operators, and defense procurement offices requiring dedicated mobility service level agreements across broad geographical zones.
Readers considering legacy geostationary alternatives can read our direct head-to-head comparison of Starlink vs HughesNet to examine data limits and network behavior under alternative satellite systems.
Factors That Would Alter This Comparison
Three tangible technical developments would shift this comparative assessment:
- Full commercial activation and operational stabilization of ViaSat-3 F2 over the Americas. If F2 successfully doubles fleet bandwidth and relieves regional congestion without hardware anomalies, Viasat could improve entry-level speed tiers and raise its fair-use thresholds.
- Changes to Starlink’s hardware purchase model or regional capacity caps. If Starlink introduces universal hardware leasing nationwide or caps peak data in congested cells, initial cost hurdles would decline while high-volume utility would narrow.
- Progress from competing low Earth orbit mega-constellations. The buildout of new commercial fleets will influence retail satellite bandwidth pricing. Readers can review how Amazon’s nascent broadband constellation compares against SpaceX in our analysis of Amazon Leo vs Starlink.
If you are deciding between Starlink and Viasat for a permanent residential connection, enter your property coordinates on Viasat’s satellite plans page to check local speeds and verify upfront costs against Starlink’s residential order page before ordering.