SNY has launched a subscription service that allows fans to stream New York Mets games directly through the MLB app, marking a significant shift in how fans can access games.

The service officially went live on February 18, 2025, despite earlier indications that SNY was in no rush to launch such a product.

A key advantage of this standalone product is the elimination of blackouts, allowing fans to watch games without restrictions imposed by national agreements.

The subscription service is priced at $24.99 per month, with options for a full season at $124.99 and an annual subscription for $149.99.

However, the streaming package does not include games broadcast locally on PIX-11 or those that are nationally exclusive.

This move reflects a broader trend in sports broadcasting as regional sports networks face declining cable subscriptions and adapt to the growing demand for digital content.

Ultimately, the introduction of more standalone streaming options aims to reduce blackout frustrations for local fans, who previously needed cable to watch their teams.

Steve Raab, President of SNY, expressed excitement about the partnership and emphasized the network's commitment to providing flexible viewing options as it celebrates its 20th season.

This initiative addresses the issue of blackouts that have frustrated fans, making SNY the 22nd team broadcaster to offer in-market streaming without requiring a traditional TV package.

The decision to partner with Major League Baseball was strategic, as SNY aims to leverage an established platform to enhance the viewer experience with features like live games, highlights, and on-demand replays.

Authenticated subscribers within SNY's coverage area, which includes New York, Connecticut, New Jersey, and parts of Pennsylvania, can access the stream at no extra charge through the MLB App starting in March 2025.

Raab projected that SNY aims to achieve 'mid-five figures' in subscriptions during its first year, highlighting the financial challenges of transitioning to a streaming model.