2nd Annual Chasing Dreams 5K & 10K Race Benefiting Running Down A Dream

Celebrate your weekend with a run that embodies the spirit of community, freedom, and the ability to chase our dreams! Join us for San Antonio's 2nd Annual Chasing Dream's 6.2 Mile, 10K or 3.1 Mile, 5K Race benefiting Running Down a Dream through a festive and inspiring event that brings together runners, walkers, and dreamers of all levels to honor the values that unite us for a morning of miles, music, food, and fun. Hosted by the Dreamers Run Club and Running Down a Dream, this race is more than just a run—it’s a celebration of perseverance, connection, and the power of community. Race Details: - Distances : 3.1 miles (5K) or 6.2 miles (10K) - Date : July 18, 2026 - Location : Martin Luther King Park in San Antonio, TX - Highlights : - Pre-race festivities with live music and local vendors - Race swag, including a custom race shirt and finisher medal - Post-race celebration with food trucks, prizes, and family-friendly fun Water Stop Location : Between mile 1.25-1.5 (for 5K & 10K) and between mile 4.3-4.6 (10K only) Race Route : TBA This event is about more than fitness—it’s a chance to connect with others, celebrate our shared values, and take a step toward your own goals. Whether you’re chasing a PR, walking with friends, or coming out to support the community, we can’t wait to see you there! Registration : Space will be limited, so don’t miss your chance to be part of one of San Antonio’s best 5K & 10K races! The first 400 registrants WILL GET a GUARANTEED Shirt and Finisher Medal. Thank you for helping us raise money for kids here in Central Texas to participate with Running Down a Dream. On behalf of the entire Dreamers Run Club Leadership Team and Running Down a Dream, thank you for making this day possible and being a part of this awesome event! PACKET PICK-UP DETAILS - TBA ** Weather Policy – Chasing Dreams 5K & 10K** The Chasing Dreams 5K & 10K is a rain-or-shine event! That means the race will proceed as scheduled whether it’s dr