Starlink Performance Gen 3

The Starlink Performance Gen 3 is Starlink’s most rugged, high-performance terminal to date — built for unmatched speed, durability, and power flexibility in mission-critical environments. With gigabit-ready hardware and download speeds of 400+ Mbps, it brings enterprise-grade satellite internet to places where other systems simply don’t hold up.

This next-gen kit combines a reinforced aluminum dish, IP69K water and dust protection, and an industrial-grade power supply that supports both AC and DC input with backup. Designed for mobility, extreme weather, and high-vibration conditions, the Performance Gen 3 is engineered to stay online when failure isn’t an option — from remote operations and disaster zones to moving vehicles and offshore platforms.

Built for Harsh Environments

The Starlink Performance Gen 3 is designed for operations in locations where weather, terrain, or vibration would quickly disable lesser equipment. Rated IP69K when installed and IP68 when unplugged, the system is protected against high-pressure water jets, full dust ingress, and submersion up to 3.3 feet for 30 minutes. It survives sustained wind speeds exceeding 170 mph and operates in temperatures ranging from -40°F to 140°F.

Fast, Reliable, Gigabit-Ready

Out of the box, the Gen 3 delivers download speeds of 400+ Mbps with ultra-low latency. It’s built on hardware that’s ready for future upgrades to gigabit speeds, offering high-throughput satellite internet in locations where fiber or cellular networks are unavailable or unreliable. This makes it ideal for data-heavy use cases like remote monitoring, live streaming, or running business-critical applications in real time.

Versatile Power Integration

The included Advanced Power Supply is rack-mountable and supports AC and DC input with optional DC backup. It provides a high-power PoE output and LAN port, making it easy to integrate with existing network hardware. This power flexibility ensures continuous uptime in environments with unstable or off-grid power sources, such as field deployments, mobile units, or isolated stations.

Optimized for In-Motion and Fixed Installations

With software-assisted manual alignment and a 140° field of view, the Starlink Performance Gen 3 supports use in stationary and in-motion setups alike. Whether installed on a vessel, vehicle, or structure, the antenna maintains high-speed connectivity through vibration and motion. Its reinforced components and low-profile design also simplify mounting and long-term durability.

Complete System in One Kit

Everything required to deploy the Starlink Performance Gen 3 is included: the rugged antenna, a 25 ft performance cable, advanced AC/DC power supply, Ethernet cable, and both AC and DC power cables. The dish is compatible with the Starlink Gen 3 router and third-party networking gear, allowing you to customize the local network to your operation’s needs.

Built to Last with Enterprise-Grade Support

Designed for a 10-year service life, the Performance Gen 3 is suited for mission-critical connectivity. It includes a 3-year limited warranty, significantly longer than standard Starlink models, and is supported by a dedicated team that can assist with configuration, integration, and accessory recommendations for optimal deployment.

We offer flexible Starlink unlimited data plans with Priority Data for high-speed satellite internet, designed to deliver high performance connectivity no matter the location or use case. Choose the data tier that fits your needs, with options ranging from 50GB to 5TB of Priority Data per month.

Our Local Plans provide mobility coverage across the United States, including Alaska and Hawaii. Our Global Plans extend coverage worldwide and at sea, making them ideal for travel, international use, and maritime connectivity.

Explore Starlink Service Plans

For environments where power outages are frequent — such as remote bases or off-grid infrastructure — configure the Starlink Performance Gen 3 with AC as the primary input and DC backup. This setup ensures that communications stay live even if the main generator fails, minimizing disruption and maintaining critical connectivity without manual intervention.