SpaceX Challenges Colorado’s Costly Fibre Broadband Plan

SpaceX, the satellite internet operator behind Starlink, is contesting Colorado’s current broadband expansion proposal, arguing the state is directing excessive federal funds towards fibre deployments rather than more affordable satellite solutions.

The challenge comes amid Colorado’s plan to distribute US$400 million from the US Broadband Equity, Access and Deployment (BEAD) program, aimed at closing internet access gaps in underserved regions.

Cost concerns and funding allocation

According to SpaceX, the average cost per location for fibre broadband in Colorado stands at more than US$10,000, which is more than seven times the amount it offers for Starlink service.

“Colorado proposes awards covering 24% of its locations at average costs exceeding US$10,000, more than seven times the amount offered by SpaceX,” it said in a letter to the Colorado broadband office.

The stark difference supports the ongoing debate: expensive fibre installations versus lower-cost satellite alternatives.

Colorado’s revised broadband plan designates around half of the underserved locations to satellite internet providers. Amazon’s Project Kuiper is slated to receive US$25 million to serve more than 42,000 locations, while Starlink has been allocated some US$9 million for approximately 5,400 locations.

The remaining 48% of locations, roughly 45,000, are planned for fibre internet, capable of delivering gigabit speeds but at significantly higher installation costs.

Fibre’s high cost vs satellite’s lower price point

The substantial financial outlay for fibre is consuming a large portion of the BEAD funds. On average, fibre connections cost more than US$10,000 each, whereas Starlink’s cost per location is approximately US$1,700 and Project Kuiper’s is about US$600.

The disparity raises questions about the most cost-effective approach to expanding broadband coverage, especially as satellite technology continues to mature.

SpaceX is urging the National Telecommunications and Information Administration (NTIA), which oversees the BEAD program under the Department of Commerce, to scrutinise Colorado’s plan more closely. It advocates for the elimination of “unnecessary expenditures” on fibre.

It suggests the state re-bid specific locations to “ensure the best value and deliver internet access to those in need within months rather than years,” enhancing both cost efficiency and rollout speed.

Satellite broadband: A growing contender

Satellite broadband, particularly via low Earth orbit (LEO) constellations such as Starlink and Project Kuiper, has been gaining momentum as a competitive alternative for rural and underserved areas.

While fibre networks offer higher speeds and potentially greater reliability, their deployment involves complex infrastructure work and higher upfront costs.

SpaceX’s Starlink constellation now includes more than 8,370 active satellites, following a recent launch of 28 satellites aboard a Falcon 9 rocket. It has demonstrated extensive rocket reuse, with the recent launch marking the 500th successful recovery of an orbital-class rocket booster, underscoring its operational maturity.

Statewide broadband strategy: Balancing cost and capacity

Colorado’s broadband office faces the challenging task of balancing technology-neutral policy requirements with cost, scalability and service quality.

The federal BEAD program recently highlighted technology neutrality to reduce unnecessary costs, enabling states to consider wireless and satellite solutions alongside fibre.

Brandy Reitter, Executive Director of the Colorado Broadband Office, has acknowledged the competitive pricing brought by satellite providers, noting the reduction in cost per broadband serviceable location.

However, concerns remain about satellite scalability in tribal and certain other areas where permissions and long-term performance remain critical.

Looking ahead: Potential impacts on US broadband expansion

If SpaceX’s appeals influence regulatory decisions, states like Colorado may pivot further towards satellite broadband solutions to stretch federal funds and accelerate deployment. It could reshape broadband infrastructure strategies in rural America, where high fibre costs have traditionally slowed connectivity.

SpaceX’s challenge reveals the tension between fibre’s high-capacity promise and satellite broadband’s growing affordability and reach.

Telecommunications stakeholders will be watching closely as federal and state agencies navigate these competing priorities to deliver broadband access efficiently and effectively.

The debate is particularly relevant for telecommunication businesses and policymakers aiming to balance expansion costs with service quality in underserved regions.