Gogo Business Aviation Launches 5G ATG Network for North America

Gogo Business Aviation Officially Launches 5G Network, Commercial Service Begins January 2026

Gogo Business Aviation has officially confirmed the launch of its 5G air-to-ground (ATG) network, marking a significant milestone in North American inflight connectivity. According to a company press release issued on December 29, 2025, the network has successfully completed flight testing and validation. While the infrastructure is now live, commercial service is scheduled to commence in January 2026.

The new network represents a major performance leap for the provider, designed to address the increasing bandwidth demands of business aviation. Gogo states that the 5G service will offer peak download speeds exceeding 80 Mbps, with average speeds expected to hover around 25 Mbps. This rollout targets the contiguous United States and Southern Canada, utilizing a hybrid spectrum strategy to ensure consistent coverage and throughput.

In a statement regarding the launch, Gogo leadership emphasized the strategic importance of this deployment. With 450 aircraft already pre-provisioned with the necessary hardware, the company anticipates a rapid activation of services in the first quarter of 2026. The launch customer has already been onboarded, signaling that the system is ready for wider adoption.

Technical Specifications and Hardware Requirements

The Gogo 5G network utilizes a proprietary mix of licensed and unlicensed spectrum to achieve its performance targets. By employing “Channel Bonding,” the system combines 4 MHz of licensed spectrum in the 800 MHz band, which provides reliability and redundancy, with unlicensed spectrum in the 2.423 GHz to 2.475 GHz range. This hybrid approach allows for higher bandwidth while maintaining a robust connection.

Interference Mitigation

Crucially, the specific frequency range selected by Gogo avoids the interference issues that have complicated commercial 5G C-band rollouts near airports. The system operates well outside the 4.0–4.2 GHz range used by radar altimeters, ensuring safety and compliance without the need for complex mitigation strategies often required for consumer cellular networks.

The AVANCE LX5 Platform

To access the network, operators will utilize the AVANCE LX5, a single-box Line Replaceable Unit (LRU). This hardware replaces the older L5 unit and serves as the primary upgrade path for both new and existing customers. The system requires dual belly-mounted MB13 antennas. According to the technical specifications released, the LX5 simplifies installation compared to previous iterations that might have required separate modules.

“The new 5G AVANCE system is evidence of our culture of continuous improvement… LX5 expands our AVANCE product portfolio with a single box option for customers, making the installation of Gogo 5G even easier.”

— Sergio Aguirre, President & COO, Gogo Business Aviation

Market Readiness and Pricing

Gogo has prepared for this transition by securing Supplemental Type Certificates (STCs) for a wide range of airframes. The company reports that 33 STCs have been contracted, with 28 already completed, covering a total addressable market of approximately 7,500 aircraft. This regulatory groundwork allows for immediate installation on most major business jet models.

Pricing for the new service reflects its premium positioning. The Manufacturer’s Suggested Retail Price (MSRP) for the AVANCE LX5 hardware is approximately $141,500, excluding installation. Monthly service plans are structured as follows:

• Unlimited + Streaming: Approximately $8,000 per month.
• Unlimited (Non-Streaming): Approximately $5,195 per month.
• Entry-Level Capped Plans: Starting around $3,500 per month for 25GB.

“We talk a lot about milestones, and this is really an exceptional one for Gogo. While we have had delays, we are now focused on delivering a brand-new broadband ATG service to our customers that will satisfy data-hungry flyers within North America.”

— Chris Moore, CEO, Gogo Business Aviation

AirPro News Analysis

The launch of Gogo 5G comes at a critical juncture for the inflight connectivity market. The primary competitor, SpaceX’s Starlink, has disrupted the sector with high-speed, low-latency global coverage via Low Earth Orbit (LEO) satellites. However, Gogo retains distinct advantages for specific segments of the market.

First, the form factor is decisive. Starlink and other satellite-based solutions typically require a radome installed on top of the fuselage. For smaller airframes, such as light jets and turboprops, these radomes can create significant drag or may simply be too large to install. Gogo’s belly-mounted antennas are far less invasive, preserving the aerodynamics and aesthetics of smaller Commercial-Aircraft.

Second, the installation cost for Gogo’s ATG system is generally lower than that of satellite systems, and the company benefits from a massive, established dealer network familiar with the hardware. By bundling the 5G domestic service with their upcoming “Gogo Galileo” LEO satellite product, Gogo aims to offer a “multi-orbit” solution that competes on both domestic speed and global reach.

Frequently Asked Questions

When will Gogo 5G be available for my aircraft?
Commercial service begins in January 2026. If your aircraft is one of the 450 already pre-provisioned, you can activate service immediately. For others, STCs are available for most major models.

Do I need to replace my existing Gogo hardware?
Yes. Accessing the 5G network requires the new AVANCE LX5 unit and MB13 antennas. Existing AVANCE L5 customers can perform a “box swap” to the LX5, which is designed to be a minor upgrade.

What speeds can I expect?
Gogo advertises peak download speeds exceeding 80 Mbps, with typical average speeds around 25 Mbps. Upload speeds are expected to exceed 20 Mbps.

Does this cover international flights?
The 5G ATG network covers the contiguous United States and Southern Canada. For global coverage, Gogo offers satellite-based solutions that can be bundled with the 5G plan.

Sources

• Gogo Business Aviation